MISSION 29P – Centaur comet observing campaign

Latest outburst: 2023 01 29.42 ± 0.26 16.70R => 15.40R (provisional)

February 5

Faint asymmetric outburst coma about 7 days post-outburst. Thanks to Wim Cuppens we have this view of the new outburst coma despite the strong moonlight present:

January 29

New outburst discovered by Jean-François Soulier earlier today. More information to come. See latest lightcurve plot below.

January 27

Here is a view of 29P immersed in its outburst coma most of which has originated from the strong outbursts of last November 21, 27 and 29. It was taken earlier today. The outer edges of the coma extend virtually to the edge of the 10′ square frame especially in the south direction.

January 21

Just 7 days have elapsed for the next event to take place, a mini-outburst of amplitude 0.6 magnitude r 1.7 nucleus-equivalents. Patrick Higgins imaged it faint on January 19.11 whilst Adrian Jones imaged it bright at January 19.76, constraining mid-time to January 19.43.

January 13

Another outburst has been picked up some 17 days after the previous. Amplitude is just 1.3 mag so we may expect a further event soon.

January 11

29P has faded and to reach its steady-state quiescent state at around 17.05R in a 2.5″ radius measuring aperture. Unfortunately, a stellar occultation on January 09 near the southern California border with Mexico coincided with bad weather near San Diego and so far no reports have been received. In the last 5 or 6 days observations have been affected by strong moonlight, which has now come to an end so it will be a good time to watch out for mini-outbursts over the coming days.

End of 2022 update

Centaur 29P reached opposition on 2022 December 30.4 in the constellation of Auriga at a phase angle of 1.02°. We have detected 19 outbursts during the pre-opposition period, of which 8 have been strong eruptions (amplitude >1.0 mag or 4 nucleus-equivalents). The weak outbursts appear to represent a different phenomenon and recently we have witnessed few eruptions of intermediate intensity. The object is now well placed in the evening sky for close monitoring and our objective now is to have sufficient coverage to detect outbursts that are particularly faint. Of course we never miss any strong outbursts, which is testimony to the dedication of all our observers.

December 28 – One positive observation of December 27 occultation

Although the weather conspired against most observers in the USA, Vadim Nikitin south of Roswell, New Mexico recorded a ~3.4 s (62-km) disappearance close to the predicted centreline despite clouds threatening to block his view.

New strong outburst ahead of December 27 occultation

Discovered by Denis Buczynski from north-east Scotland, this event has been narrowed down in time to around 10 hours ahead of the occultation. We have received some excellent reports from observers confirming the outburst and showing it shining at magnitude 14.2R with the new outburst coma reflecting almost 15 nucleus-equivalents of sunlight. Postscript – Artyom Novichonok has observations from Uzbekistan which constrain the time of outburst further.

Preparing for the 2022 December 27.52 occultation

This event may prove to be the best this decade so observers please do try and cover it. It involves a 13th magnitude star and high accuracy predictions are available from the Lucky Star team. A video record, preferably with absolute timing, is required. Frame exposure times of 0.25 sec or shorter are recommended. The chart below is from Mike Kretlow’s Collaborative Occultation Resources and Archive (CORA). Current weather forecast indicates that the north-western part of the track north of the Grand Canyon will be plagued by cloud and some rain. New Mexico and Texas look to have clear skies early on the Tuesday morning. Predicted mid-times are:

12:20:12 UT San Antonio, TX; 12:20:22 UT Odessa, TX; 12:20:35 UT Socorro NM, and 12:20:42 UT Sanders, AZ. 

Occultation Success!

Bob Jones has made an initial report of a disappearance lasting 3.3 s from a location -17.7 km from the predicted centreline.
Norman Carlson was particularly lucky to record a short 1.5 s positive from +10.3 km off the centreline.

An initial look at these observations and those of a previous occultation seen from Cerro Pachón, Chile show they are consistent with a spherical body some 59-60 km in diameter. By some strange law of chance we have another favourable event on Dec 27.52 when 29P occults a 13th magnitude star as seen from very north of California, southern Nevada, central New Mexico and western Texas. This will be the best opportunity from N. America for many years to come. Here is a preliminary profile based on the December 19 observations:

December 19 update

Thanks to 1.0-m multi-filter imaging by André Debackère using the Las Cumbres Observatory network, we now have the BVRI magnitudes of the occulted star and that of 29P measured in a 5.8″ radius aperture seen <12 hours before the event. Patrick Wiggins has also imaged 29P just 4 hours ahead of the due time showing a slight fade of 29P to 16.3R in a 5.5″ radius photometric aperture. A total occultation will see the V or R light drop by 3.6 mag in an 11″ diameter aperture and 3.9 mag drop in a smaller 5″ one  Here also is the latest 1.0-m colour image showing the star to be occulted.

occstar C2022 12 19.00083 06 43 51.06 +29 28 12.3 14.27B Z31
occstar C2022 12 19.00189 06 43 51.05 +29 28 12.3 13.23V Z31
occstar C2022 12 19.00299 06 43 51.07 +29 28 12.4 12.67R Z31
occstar C2022 12 19.00404 06 43 51.06 +29 28 12.3 12.09I Z31

0029P C2022 12 19.00299 06 44 06.59 +29 28 08.1 16.18R Z31 5.45″ (5.85″) Debackere
0029P C2022 12 19.00083 06 44 06.65 +29 28 08.2 17.50B Z31
0029P C2022 12 19.00189 06 44 06.63 +29 28 08.2 16.67V Z31
0029P C2022 12 19.00404 06 44 06.55 +29 28 08.1 15.63I Z31 NET USNO-B1.0

December 18 update

A mini-outburst has taken place 1.92 ± 0.25 days ahead of the occultation. The amount of material lofted into space by the event is equivalent to a projected area of 0.4 nucleus-equivalents. There is a chance the occultation record will contain evidence of some of this material, a significant fraction of which should fall back onto the nucleus within 2-4 days. Here’s the photometry:

December 19.49 stellar occultation information

An exceedingly rare stellar occultation of a 12th magnitude star by the nucleus of Comet 29P, the track of which passes over populated areas, is due between 11:44-11:55 UT on 2022 December 19 (Sunday night/Monday morning).

Mike Kretlow of CORA (Collaborative Occultation Resources and Archive) has provided these details:

Occultation Date + Time : 2022-12-19 at 11:49:22 UT +/- 0.06 min
Object Designation : 29P/SW1
Star Designation : GDR3 3386666379589120128
Star Coordinates (ICRF) : RA = 06 43 51.06, DEC = +29 28 12.1
Star Magnitudes : G = 12.94 mag, RP = 12.24 mag, BP = 13.48 mag
Object Magnitude : R = 16.6 mag (assuming no further outburst)
Estimated Magnitude Drop : 4.5 mag in R
Estimated Max. Duration : 3.6 sec
Object Mean Diameter : 64 km
Speed of the shadow : 17.7 km/s
Elongation to Moon & Sun : 115° (sunlit = 20%), Sun = 166°
Cross-track uncertainty : 5.9 mas = 21 km = 0.36 path-width (1-sig)

Mike has made available an interative map here:
https://astro.kretlow.de/cora/occultations/1bc3dc23-629a-4ecc-96a2-1ece73df41f5/

December 15 UPDATE: The Lucky Star team observed a 29P occultation of a faint star on December 05 and this has led to a further improvement in the known orbit of the nucleus. Details including an iterative map can be found here:

https://lesia.obspm.fr/lucky-star/occ.php?p=121926

The occultation is predicted to cross Taiwan during Sunday evening (~11.54-11.55 UT on December 19, viz. night of Monday, December 19/20 local time):

Earlier around 11.44-11.46 UT the path of the shadow track crosses close to the U.S. / Mexico border visible in the early morning sky Monday. The following maps depict the ground track with the Lucky Star one now indicating a southwards shift of around 60 km. In practice the uncertainties in the position overlap significantly.

Observers many km away from the predicted track may detect attenuation of the star by a debris disk created by this comet’s outbursts. There is evidence that the nucleus is unusually spherical in shape and so observers are encouraged to obtain a video record of the event since this will readily test this inferred shape without the need for absolute timing accuracy.

December 13

More 2.0-m images thanks to the Comet Chasers Group:

December 12 — ALERT! Very favourable forthcoming stellar occultation on early morning of Monday, December 19

Here is a view of the evolved coma over 12 days after the last outburst, obtained by Jean-François Soulier last night from his robotic ’29PREMOTE’ observatory in Dauban, Haute Provence, France (L27). The pseudo-nucleus is now fainter than 16.0R, which bodes well for the forthcoming stellar occultation visible near the U.S.-Mexico border on 2022 December 19.49 involving a magnitude 12.2R star. High-precision astrometry updated to a few weeks ago and a recent occultation event has narrowed the uncertainty in the N-S track position shown below to a mere ±25 km (1 σ). N.B. The current JPL K192/76 ephemeris has the orbit displaced some 1300 km to the North of the actual orbit.

December 2

We have now obtained 2.0-m images taken earlier today by Mike Beer and Valentina Matei in good conditions after a long spell of bad weather, etc. The coma appearance is a composite result produced by the recent 3 strong outbursts.  The grayscale image was taken almost 11 days after the initial major outburst and has been subjected to a logarithmic stretch to show the coma as it might appear visually through a very large telescope. The blue-white images are the same stack of 12 frames but subjected to a 15° rotational gradient filter using IRIS software and depicted in false colour. One noteworthy feature of the outbursts triggered by the initial event of Nov 22 is that a strong outflow is directed towards p.a. 30°, which is almost the opposite direction to the direction of mass flow from the initial event.

December 1

Here’s an update showing the lightcurve depicting the third outburst and its subsequent evolution.

November 30

Here is the latest lightcurve for the current apparition with still one month to go before 29P reaches opposition. We have now entered a particularly revealing episode in the revival of intense activity that started in 2021 September. The brightening of November 29 that we observed within ~3 hours of the start of the outburst appears to have been rather short-lived – something that might have been missed in the past. More observations needed!

Thanks to Alison Tripp of the Faulkes team, I have now downloaded some November 26 2.0-m images taken by Errol Simpson. Here is the image-processed result, which should allow us to extrapolate to a more accurate time-zero:

November 29

Another weaker outburst has just been detected thanks to 1.0-m imaging by Ben Wooding at St Mary’s School, Bridgend.

Although the small brightening is immersed in a strong outburst coma, the extent of the change is still equivalent to a ‘strong’ outburst, roughly equal to 30 nucleus-equivalents and so we should see a more complex expanding cloud of ejecta as a result. Dave Storey from his Isle of Man observatory has images taken around Nov 29.16-29.17 and these look to have been taken around the start of the latest event so we have a good fix on the time it began.

Image processing of the latest 1.0-m exposures from Las Cumbres Observatory, Chile show the ejecta released in these last two outbursts of Nov 27 and Nov 29. The following false-colour picture has most of the circularly symmetric coma subtracted and thereby reveals the new expanding coma outflows close to the nucleus, which fan out mainly in a northwards direction. 

 

November 27

New strong outburst  from about 14.1R to 12.2R detected thanks to Denis Buczynski’s measures:

0029P KC2022 11 27.88355 06 53 43.02 +29 20 01.7 12.22R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 11 27.88571 06 53 43.00 +29 20 01.4 12.19R I81
0029P KC2022 11 27.88786 06 53 42.91 +29 20 01.8 12.05R I81
0029P KC2022 11 27.89002 06 53 42.91 +29 20 01.8 12.20R I81

Confirmed by Wayne Hawley – See observations listed halfway down this page.

——————-

Here is an excellent processed result using 22 frames with a 0.4-m instrument from François Kugel in Haute Provence. Notice the excellent correspondence of the features in the outburst coma with those shown in the 2.0-m image below. The pixel size of the two instruments was 0.83″ vs. 0.27″ with the larger telescope.

November 25

We are now starting to see fine detail in the expanding debris cloud. Here is the latest from the Faulkes Telescope North reproduced to the same image scale as the similar processed image dated 2022 Nov 23.63, i.e. exactly 2 days earlier:

November 24

Coma expanding but no sign yet of a further outburst. Here is a higher SNR image obtained by Cai Stoddard-Jones along with an image processed close-up version in false colour that reveals an intense condensation travelling outwards towards p.a. 330° approx, the centre of which has displaced 3.0 arcsec. equivalent to 11,500 km or 75 m/s, whereas the outer edge of the near-spherical debris cloud has reached 56,000 km, i.e. a maximum expansion velocity of 360 m/s.

 

November 23

First close-up of the expanding outburst coma thanks to André Debackère. Notice the characteristic ‘Pac-Man’ shaped cut-out at position angles of 0° to 60°, which suggests that the direction of the outburst projected on the sky was in p.a. 210° approx.

November 22 – SECOND MOST INTENSE OUTBURST IN 12 YEARS

Patrick Wiggins is to be congratulated for imaging Centaur comet 29P hours after a very intense outburst. Here is the last measurement prior to, and the first measure following the strong outburst, which has attained magnitude 11.95R.

0029P C2022 11 21.34482 06 55 51.60 +29 16 21.2 15.69R 718

0029P C2022 11 22.32544 06 55 34.15 +29 16 54.6 11.95R 718

The outburst has been confirmed by Denis Buczynski:

0029P KC2022 11 22.83770 06 55 24.76 +29 17 11.1 11.95R I81
0029P KC2022 11 22.83986 06 55 24.73 +29 17 11.1 11.92R I81
0029P KC2022 11 22.84201 06 55 24.64 +29 17 11.7 11.94R I81
0029P KC2022 11 22.84417 06 55 24.64 +29 17 11.1 11.94R I81
0029P KC2022 11 22.84632 06 55 24.59 +29 17 11.4 11.95R I81

Lightcurve plot below updated.

November 21

Remarkably, Denis Buczynski has picked up a rebrightening just 2.5 days after the last event. Thankfully, Patrick Wiggins’ skies were clear last night and so his data confirm the 12th outburst event this apparition with opposition still more than 5 weeks away (Dec 30). Nick James’ data just received also confirm the event, the intensity of which is 1.1 nucleus-equivalents.

I have updated the plot below. It appears that mini-outbursts may be much more common than previously thought.

November 20

A further small outburst of about 1.1 mag amplitude occurred on Nov 18.26, first detected by JF Soulier. Confirmed using Las Cumbres Observatory 0.4-m network. Interesting that these two latest outbursts took place only about 30 hours apart. The reduced magnitude plot (see below) has been updated.

Here is a stack of 10 images taken by Patrick Wiggins about 2.3±0.5 days after this outburst. It shows the outflowing ejecta directed towards position angles (p.a.) 0° to 40° approx.:

Created with GIMP

November 17

A new outburst event has been detected – the 10th this apparition, of which we have now completed one-third. Although the latest mini-outburst this morning exhibited a 0.18 mag amplitude in the standard aperture, when measured in a 1.7 arcsec radius aperture, the amplitude increased to 0.35 mag (17.53R => 17.18R).

The additional new outburst coma equates to some 35% of the area of the nucleus alone, which represents the intrinsically weakest event detected during the past 20 months.

Patrick Wiggins, after discovering a Type 1a supernova (SN 2022aaiq) on November 15 has, with his 29P images of November 17, confirmatory evidence of this latest mini-outburst. His observations are a little earlier too, which means we can tighten up on the timing precision plus also recognise that the event looks to be of 0.21 mag amplitude or 41% of the nucleus-equivalent area. Thanks Patrick!

November 10

A further 2.0-m image today has confirmed a further small brightening in what appears to be a second mini-outburst of about 0.30 mag amplitude on 2022 11 10.39 +/-0.16.

Eric Watkins has confirmatory observations from iTelescope’s T21 (H06) as well as Jean-François Soulier last night from L27 (29PREMOTE).

November 09

We are fortunate to have managed a single 60-sec exposure on the 2.0-m Faulkes North today that has revealed the occurrence of a mini-outburst (probably sometime yesterday) ejecting a new coma equivalent to 0.6 times the area of the nucleus. 29P is currently close in the sky to a nearly full Moon making accurate photometry with small scopes difficult.

November 01

Photometric observations are shown plotted below. The Rc magnitudes have been corrected to the standard photometric aperture radius of 5.7 arcsec and corrected for heliocentric distance, distance from Earth, and for phase angle assuming a linear coefficient of 0.035 mag/deg. As well as the 7 distinct outbursts with amplitudes ranging from 0.5-2.2 mag detected this apparition, there may be other mini-outbursts that have maintained some low-level activity. Opposition occurs on December 30.

October 22

A slow fade has set in. Thanks to Faulkes Telescope Project time, 12 x 60s exposures were obtained showing the outburst coma morphology after 7 days. The Faulkes Telescope North imaged r’ and i’ filters simultaneously and these 24 frames have been stacked in the attached, which also shows galaxy MCG +05-17-005 magnitude 15.2B.

October 13

Denis Buczynski has discovered a medium-strong outburst that probably occurred on October 12. Confirmed by Nick James.

Image from a stack of 18x60s images shows the outburst coma after 2 days at mag 15.0R and slightly diffuse compared with stars in the field.

September 27

The next AAS Division of Planetary Sciences meeting is due to take place in London, Ontario, Canada between October 2 – 7. Richard Miles will be attending and presenting an iPoster.

N.B. You have to be registered to see the iPosters once the meeting starts but you can do this as a ‘virtual’ participant thereby avoiding having to travel there. You can also participate in the meeting, hear the talks and make comments if you are registered virtually. Here is a screendump of what the 29P iPoster looks like – click on image for larger version:

September 24

We’ve detected an outburst of about 0.9 mag amplitude, which equates to an increase in coma intensity of 6 nucleus-equivalents.

Here is what the outburst coma looks like after nearly 4 days’ expansion, with a very distinctive north-south asymmetry:

September 16

Here is an image processed stack of 16 x 60s exposures taken by Errol Simpson with students from King Fisher Lake School, Tofo Village, Inhambane Province, Mozambique, and their Science Teacher Aaron Catrett (Faulkes Telescope Project) with the 2.0-m FT North six days after the latest outburst. The image in blue-white false colour has been subjected to a 20° rotational gradient filter using IRIS software and shows the main outflows of outburst ejecta. The red pixel marks the position of the comet nucleus. This is an example of the use of a large telescope to follow up outbursts discovered by amateurs. Here we see a single main outflow directed towards p.a. 340°. It is hoped that documenting the various outbursts over several years it will be possible to identify a number of sources on the nucleus as well as the spin characteristics of the nucleus.

 
September 14

We are 5 days on from the latest 1.5 magnitude outburst and here’s a detailed view of the expanding coma showing the presence of an outflow at p.a. 300°-345° taken using the 2.0-m Faulkes North instrument:

September 10

Again, thanks to the Faulkes Telescope Project for detecting a second strong outburst this apparition, amounting to an amplitude of a little over 1.5 mag and attaining 15.0R. A 99.8% illuminated Moon was in the sky when images were obtained.

September 8

Thanks to the Faulkes Telescope Project and in particular Paul Roche for providing telescope time, and to teacher, Ben Wooding of St Mary’s School, Bridgend, Wales, we have a detailed image of the 4-day-old outburst coma showing a distinct outflow at p.a. 0° – 30°. This exemplifies the objective of MISSION 29P: that is to follow up discoveries of outbursts by amateur observers with much higher resolution imaging to better understand the processes taking place within the inner coma and at the nucleus. The main direction of flow relates to the position of the source, possibly a cryo-geyser, on the nucleus.

Status report as of September 6

Peculiar Centaur object 29P has now reached a solar elongation of 64° in the morning sky and so has become more accessible to observers operating in the early hours. Observations began on July 16 and we have already seen 2 mini-outbursts and one strong outburst. Amateur observers have provided excellent monitoring and record coverage of the start of its apparition, better than anything achieved in the past. New observers are invited to join the campaign since we aim to secure accurate R photometry 24/7. Please refer to the detailed Tutorial on Observing 29P, or alternatively make your FITS images available and the photometry will be done for you.

First strong outburst of the new apparition

August 18 has seen a medium-intense outburst, the first since the 2022 February 11 outburst that reached magnitude 15.05R. That’s a gap of some 188 days between strong events, one of the longest intervals we have witnessed. Below is an animation of this strange object in outburst as three 240-sec exposures made with the LCO 0.4-m (T04) on Haleakala, Hawaii as of 2022 August 18.62.

More observations encouraged !

 

New apparition 2022-23 has commenced !

Thanks to  Jean-François Soulier (L27, C10) and Luca Buzzi (204) we now have the first series of observations of this object low in the morning sky. There does not appear to have been any strong outburst in recent weeks because of the absence of any extended coma. The observing gap whilst the comet was in conjunction with the Sun was a mere 52 days, a record short gap in our data! Here are the latest observations with an indication of a 0.4 magnitude mini-outburst on or about 2022 July 26:

Photometric observations  this apparition (2022 July 16 to 2022 December 27)
(Date, RA, Dec, Magnitude, Observatory Code, Photometric aperture in arcsec, Comments)

The number to the right of the observatory is the measuring aperture size in arcsec (value in brackets is the effective size since Astrometrica adds 0.5 pixel to the radius size).

NET UCAC-4

0029P KC2022 07 16.08951 06 04 08.32 +29 13 04.7 16.62R 204 5.58″ (6.51″) poor conditions El.=23.0deg

0029P KC2022 07 17.10058 06 05 00.14 +29 12 52.0 16.08R 204 5.58″ (6.51″) poor conditions

0029P KC2022 07 17.11471 06 05 01.15 +29 12 56.4 17.6 R C10 4.86″ (5.67″) poor conditions

0029P KC2022 07 24.10204 06 10 54.22 +29 11 26.6 16.23R C10 6.48″ (7.29″)
0029P KC2022 07 24.10855 06 10 54.49 +29 11 27.8 16.44R C10

0029P KC2022 07 25.09588 06 11 43.57 +29 11 13.9 16.51R C10 6.48″ (7.29″) cirrus
0029P KC2022 07 25.10403 06 11 44.08 +29 11 13.0 16.81R C10

**Mini-outburst at 2022 07 26.60 +/-1.2 16.6R => 16.2R

0029P KC2022 07 28.13036 06 14 13.33 +29 10 29.8 16.08R L27 4.48″ (5.23″) star?
0029P KC2022 07 28.13203 06 14 13.41 +29 10 29.4 16.09R L27

0029P KC2022 07 29.08646 06 15 00.04 +29 10 14.0 16.11R C10 6.48″ (7.29″)
0029P KC2022 07 29.11582 06 15 01.46 +29 10 14.5 16.08R C10

0029P KC2022 07 30.09930 06 15 49.26 +29 09 59.4 16.19R 204 5.58″ (6.51″)
0029P KC2022 07 30.10623 06 15 49.63 +29 09 58.9 16.21R 204

0029P C2022 07 30.21378 06 15 54.88 +29 09 57.2 16.08 R G40 5.76″ (6.48″) N. Paul
0029P C2022 07 30.22765 06 15 55.53 +29 09 57.2 16.08 R G40

0029P KC2022 07 31.12718 06 16 39.04 +29 09 43.5 16.49R L27 5.96″ (6.71″)
0029P KC2022 07 31.13112 06 16 39.19 +29 09 43.8 16.31R L27

0029P KC2022 08 01.12681 06 17 27.15 +29 09 26.5 16.30R L27 5.96″ (6.71″)
0029P KC2022 08 01.13271 06 17 27.41 +29 09 27.3 16.26R L27 cirrus

0029P KC2022 08 02.12310 06 18 14.87 +29 09 11.3 16.05R L27 4.48″ (5.23″) star, bad seeing
0029P KC2022 08 02.13294 06 18 15.37 +29 09 09.9 16.51R L27 star, cirrus

0029P KC2022 08 03.12335 06 19 02.41 +29 08 54.5 16.27R L27 4.48″ (5.23″) star
0029P KC2022 08 03.13338 06 19 02.83 +29 08 53.7 16.46R L27

0029P C2022 08 04.11624 06 19 49.46 +29 08 37.2 16.43R 247 5.97″ (6.96″) 3-pixel SNR=5 M. Dawson

0029P KC2022 08 04.12630 06 19 49.89 +29 08 37.3 16.54R L27 5.96″ (6.71″)
0029P KC2022 08 04.13417 06 19 50.26 +29 08 37.1 16.42R L27

0029P KC2022 08 05.09554 06 20 35.37 +29 08 17.3 16.4 R XXX 5.97″ (6.96″) 3-pixel SNR 6.7 FWHM 3.3″ 4x10s M. Dawson (check)
0029P KC2022 08 05.10861 06 20 36.26 +29 08 21.8 16.3 R XXX
0029P KC2022 08 05.11015 06 20 36.26 +29 08 22.3 16.4 R XXX
0029P KC2022 08 05.11116 06 20 36.24 +29 08 21.8 16.3 R XXX
0029P KC2022 08 05.11966 06 20 36.58 +29 08 19.5 16.3 R XXX

0029P KC2022 08 06.08668 06 21 21.85 +29 08 04.1 16.90R M09 5.60″ (6.16″) 4x150s r’
0029P KC2022 08 06.09382 06 21 22.26 +29 08 02.8 16.74R M09
0029P KC2022 08 06.10096 06 21 22.52 +29 08 03.5 16.70R M09

0029P KC2022 08 07.08166 06 22 08.13 +29 07 46.3 17.03R M09 5.60″ (6.16″) 4x150s r’
0029P KC2022 08 07.08880 06 22 08.46 +29 07 45.9 16.98R M09
0029P KC2022 08 07.09594 06 22 08.81 +29 07 45.8 16.96R M09

0029P KC2022 08 07.11468 95.54021 +29.12918 17.07R 970 5.60″ (6.16″) 8x60s
0029P KC2022 08 07.11961 95.54115 +29.12933 16.97R 970
0029P KC2022 08 07.12456 95.54267 +29.12901 17.01R 970

0029P KC2022 08 07.12810 06 22 10.28 +29 07 45.6 16.71R L27 5.96″ (6.71″)
0029P KC2022 08 07.13822 06 22 10.76 +29 07 45.0 16.76R L27

0029P C2022 08 08.08012 06 22 54.28 +29 07 28.8 17.10R M09 5.60″ (6.16″) 4x150s r’
0029P C2022 08 08.08726 06 22 54.44 +29 07 30.0 16.99R M09
0029P C2022 08 08.09439 06 22 54.93 +29 07 28.6 16.66R M09 ?

0029P KC2022 08 08.14797 06 22 57.39 +29 07 28.3 16.97R Z10 5.49″ (5.79″)
0029P KC2022 08 08.15030 06 22 57.49 +29 07 27.8 17.16R Z10
0029P KC2022 08 08.15264 06 22 57.60 +29 07 27.7 16.97R Z10

0029P C2022 08 09.07713 06 23 40.07 +29 07 10.8 17.03R M09 5.60″ (6.16″) 4x150s r’
0029P C2022 08 09.08427 06 23 40.35 +29 07 12.9 17.19R M09
0029P C2022 08 09.09141 06 23 40.67 +29 07 10.9 16.93R M09

0029P KC2022 08 09.10648 06 23 41.33 +29 07 10.5 16.84R L27 5.96″ (6.71″)
0029P KC2022 08 09.12157 06 23 42.11 +29 07 11.8 16.80R L27

0029P C2022 08 09.16788 06 23 44.20 +29 07 09.8 17.11R Z10 5.49″ (5.79″)

0029P C2022 08 10.06976 06 24 25.41 +29 06 59.1 17.04R M09 5.60″ (6.16″) 4x150s r’
0029P C2022 08 10.07690 06 24 25.50 +29 07 00.8 16.65R M09 ? brightening ?
0029P C2022 08 10.08404 06 24 25.91 +29 07 01.1 16.60R M09 ? brightening ? field stars

0029P KC2022 08 10.09589 06 24 26.45 +29 06 54.0 17.11R I81 5.15″ (5.66″)
0029P KC2022 08 10.09946 06 24 26.63 +29 06 53.2 17.04R I81
0029P KC2022 08 10.10303 06 24 26.78 +29 06 53.1 17.11R I81

0029P KC2022 08 10.10981 06 24 27.25 +29 06 54.4 16.81R L27 5.96″ (6.71″)
0029P KC2022 08 10.13969 06 24 28.48 +29 06 53.0 16.90R L27

0029P KC2022 08 11.10851 96.30154 +29.10962 17.22R 970 5.60″ (6.16″) 8x60s
0029P KC2022 08 11.11672 96.30299 +29.10977 17.15R 970

0029P C2022 08 13.07537 06 26 40.37 +29 06 00.8 17.25R M09 5.60″ (6.16″) 6x150s r’
0029P C2022 08 13.08609 06 26 41.00 +29 05 58.8 17.14R M09
0029P C2022 08 13.09679 06 26 41.33 +29 05 58.6 16.84R M09

0029P KC2022 08 14.11219 96.85976 +29.09476 16.92R 970 5.60″ (6.16″)
0029P KC2022 08 14.12219 96.86206 +29.09467 17.20R 970

0029P C2022 08 15.11683 06 28 10.58 +29 05 26.0 16.67R XXX 5.97″ (6.96″) 3-pixel Dawson stars
0029P C2022 08 15.11953 06 28 10.72 +29 05 22.9 16.57R XXX
0029P C2022 08 15.12841 06 28 10.92 +29 05 25.5 17.07R XXX

0029P KC2022 08 16.09930 06 28 53.57 +29 05 04.1 16.43R L27 5.96″ (6.71″) star
0029P KC2022 08 16.11930 06 28 54.36 +29 05 04.5 16.73R L27
0029P KC2022 08 16.14745 06 28 55.59 +29 05 04.7 16.92R L27

0029P C2022 08 16.23052 06 28 59.11 +29 05 03.1 16.97R Z21 5.70″ (5.98″) 180s Miles
0029P C2022 08 16.23277 06 28 59.32 +29 05 03.6 17.14R Z21
0029P C2022 08 16.23502 06 28 59.36 +29 05 03.5 16.89R Z21

0029P C2022 08 17.61626 06 29 59.12 +29 04 38.5 16.91R T04 9.12″ (9.40″) 240s Miles 16pix
0029P C2022 08 17.61919 06 29 59.19 +29 04 38.5 16.80R T04 5.70″ (5.98″) 240s Miles

**Outburst at 2022 08 18.12 +/-0.40 17.00R => 14.80R

0029P C2022 08 18.61615 06 30 41.90 +29 04 20.3 14.79R T04 5.70″ (5.98″) 240s Miles
0029P C2022 08 18.61908 06 30 42.01 +29 04 20.4 14.82R T04
0029P C2022 08 18.62201 06 30 42.12 +29 04 20.3 14.80R T04

0029P KC2022 08 19.06185 06 31 00.77 +29 04 11.9 14.82R M09 5.60″ (6.16″) 10x180s r’
0029P KC2022 08 19.08317 06 31 01.60 +29 04 11.0 14.89R M09

0029P C2022 08 19.08220 06 31 01.76 +29 04 11.9 14.80R XXX 5.97″ (6.96″) 3-pixel Dawson
0029P C2022 08 19.08322 06 31 01.80 +29 04 11.8 15.10R XXX
0029P C2022 08 19.08807 06 31 01.79 +29 04 12.4 14.90R XXX
0029P C2022 08 19.09412 06 31 02.12 +29 04 10.9 14.89R XXX

0029P KC2022 08 19.09789 06 31 02.38 +29 04 11.1 14.89R I81 5.15″ (5.66″)
0029P KC2022 08 19.10002 06 31 02.38 +29 04 10.7 14.90R I81
0029P KC2022 08 19.10216 06 31 02.55 +29 04 10.2 14.98R I81
0029P KC2022 08 19.10432 06 31 02.60 +29 04 10.0 14.86R I81
0029P KC2022 08 19.11305 06 31 03.01 +29 04 10.6 14.97R I81
0029P KC2022 08 19.11521 06 31 03.00 +29 04 10.8 14.84R I81
0029P KC2022 08 19.11736 06 31 03.10 +29 04 10.5 14.88R I81
0029P KC2022 08 19.11952 06 31 03.24 +29 04 10.2 14.83R I81

0029P C2022 08 19.61614 06 31 24.29 +29 04 02.4 14.86R T04 5.70″ (5.98″) 240s Miles
0029P C2022 08 19.61907 06 31 24.41 +29 04 02.3 14.87R T04
0029P C2022 08 19.62200 06 31 24.53 +29 04 02.3 14.86R T04

0029P C2022 08 19.62966 06 31 24.87 +29 04 02.3 14.86R F65 5.61″ (5.74″) 60s Stoddard-Jones
0029P C2022 08 19.63088 06 31 24.92 +29 04 02.3 14.86R F65

0029P KC2022 08 20.11686 97.93900 +29.06455 15.01R 970 5.60″ (6.16″)
0029P KC2022 08 20.12530 97.94046 +29.06453 15.01R 970

0029P KC2022 08 20.10090 06 31 44.72 +29 03 54.1 15.04R L27 5.96″ (6.71″)
0029P KC2022 08 20.12265 06 31 45.58 +29 03 53.1 15.05R L27
0029P KC2022 08 20.15244 06 31 46.87 +29 03 52.9 14.99R L27

0029P C2022 08 20.61621 06 32 06.32 +29 03 44.4 15.05R T04 5.70″ (5.98″) 240s Miles
0029P C2022 08 20.61915 06 32 06.46 +29 03 44.3 15.06R T04
0029P C2022 08 20.62209 06 32 06.57 +29 03 44.1 15.06R T04

0029P KC2022 08 21.12020 98.11401 +29.05960 15.23R 970 5.60″ (6.16″)
0029P KC2022 08 21.12689 98.11521 +29.05948 15.25R 970

0029P KC2022 08 22.09830 06 33 07.95 +29 03 16.9 15.38R L27 5.96″ (6.71″)
0029P KC2022 08 22.12001 06 33 08.82 +29 03 17.2 15.30R L27
0029P KC2022 08 22.15407 06 33 10.24 +29 03 16.6 15.29R L27

0029P KC2022 08 23.04517 06 33 46.87 +29 03 00.5 15.66R M09 5.60″ (6.16″)
0029P KC2022 08 23.05584 06 33 47.27 +29 03 00.3 15.75R M09
0029P KC2022 08 23.06650 06 33 47.76 +29 02 59.5 15.62R M09

0029P C2022 08 23.15591 06 33 51.41 +29 02 58.8 15.35R Z28 5.40″ (5.67″)
0029P C2022 08 23.15900 06 33 51.56 +29 02 59.1 15.50R Z28

0029P KC2022 08 24.05703 06 34 28.11 +29 02 42.8 15.81R M09 5.60″ (6.16″)
0029P KC2022 08 24.07088 06 34 28.60 +29 02 42.3 15.80R M09

0029P C2022 08 24.15519 06 34 32.04 +29 02 44.6 15.88R I89 5.52″ (5.75″) Herman minus double star 16.85R +/-0.04
0029P C2022 08 24.15837 06 34 31.97 +29 02 44.9 15.80R I89
0029P C2022 08 24.16154 06 34 32.00 +29 02 45.5 15.85R I89

0029P C2022 08 24.22009 06 34 34.69 +29 02 40.5 15.90R Z21 5.70″ (5.98″) 180s Miles
0029P C2022 08 24.22234 06 34 34.79 +29 02 40.4 15.96R Z21

0029P C2022 08 25.09142 06 35 09.92 +29 02 26.2 15.96R XXX 5.97″ (6.96″) 3-pixel Dawson, minus star 15.68R +/-0.03
0029P C2022 08 25.09180 06 35 09.92 +29 02 26.5 15.94R XXX
0029P C2022 08 25.09450 06 35 09.93 +29 02 26.2 15.85R XXX
0029P C2022 08 25.09796 06 35 10.01 +29 02 26.3 15.92R XXX

0029P KC2022 08 25.11402 06 35 10.71 +29 02 25.1 15.76R L27 5.96″ (6.71″)
0029P KC2022 08 25.15749 06 35 12.45 +29 02 24.9 15.86R L27

0029P KC2022 08 25.16108 06 35 12.55 +29 02 24.3 16.23R Z10 5.49″ (5.79″)
0029P KC2022 08 25.16350 06 35 12.64 +29 02 24.2 16.26R Z10
0029P KC2022 08 25.16672 06 35 12.78 +29 02 24.4 16.25R Z10
0029P KC2022 08 25.17155 06 35 12.99 +29 02 24.5 16.23R Z10
0029P KC2022 08 25.17398 06 35 13.08 +29 02 24.3 16.24R Z10
0029P KC2022 08 25.17640 06 35 13.17 +29 02 24.2 16.19R Z10
0029P KC2022 08 25.17882 06 35 13.26 +29 02 24.0 16.20R Z10

0029P C2022 08 25.20966 06 35 14.52 +29 02 24.3 15.96R Z17 5.70″ (5.98″) 180s Miles
0029P C2022 08 25.21191 06 35 14.62 +29 02 23.5 15.96R Z17

0029P KC2022 08 26.10763 06 35 50.31 +29 02 07.8 16.18R I81 5.15″ (5.66″)
0029P KC2022 08 26.11189 06 35 50.53 +29 02 07.5 16.19R I81
0029P KC2022 08 26.11616 06 35 50.65 +29 02 07.8 16.16R I81

0029P C2022 08 27.09630 06 36 29.37 +29 01 51.3 15.85R XXX 5.94″ (6.93″) 3-pixel Dawson
0029P C2022 08 27.10221 06 36 29.53 +29 01 51.6 15.93R XXX
0029P C2022 08 27.10517 06 36 29.70 +29 01 51.3 15.90R XXX
0029P C2022 08 27.11526 06 36 30.08 +29 01 50.9 15.85R XXX
0029P C2022 08 27.12487 06 36 30.51 +29 01 50.7 15.85R XXX

0029P KC2022 08 27.07095 06 36 28.40 +29 01 51.4 15.88R L27 5.96″ (6.71″)
0029P KC2022 08 27.11365 06 36 30.07 +29 01 50.9 15.95R L27
0029P KC2022 08 27.15927 06 36 31.84 +29 01 50.3 15.84R L27

0029P KC2022 08 28.10936 99.28715 +29.02611 16.06R 970 5.60″ (6.16″)
0029P KC2022 08 28.11924 99.28885 +29.02606 15.99R 970

0029P C2022 08 28.10196 06 37 08.69 +29 01 34.5 15.97R XXX 5.94″ (6.43″) 6-pixel Dawson
0029P C2022 08 28.11137 06 37 09.05 +29 01 34.1 15.97R XXX
0029P C2022 08 28.11530 06 37 09.27 +29 01 34.0 16.01R XXX
0029P C2022 08 28.12110 06 37 09.43 +29 01 34.2 15.93R XXX

0029P C2022 08 28.62645 06 37 28.98 +29 01 26.1 16.10R F65 5.61″ (5.74″) 60s Stoddard-Jones
0029P C2022 08 28.62767 06 37 29.02 +29 01 26.2 16.09R F65
0029P C2022 08 29.62697 06 38 07.42 +29 01 10.2 16.23R F65

0029P C2022 08 29.62819 06 38 07.46 +29 01 10.2 16.21R F65 5.61″ (5.74″) 60s Stoddard-Jones
0029P C2022 08 29.62940 06 38 07.52 +29 01 10.2 16.17R F65

0029P KC2022 08 31.17264 06 39 05.88 +29 00 44.6 16.31R Z30 5.36″ (5.69″)
0029P KC2022 08 31.17490 06 39 05.94 +29 00 45.0 16.36R Z30

0029P C2022 08 31.17394 06 39 05.90 +29 00 45.6 16.38R Z10 5.49″ (5.79″)
0029P C2022 08 31.17628 06 39 05.99 +29 00 45.4 16.41R Z10
0029P C2022 08 31.17943 06 39 06.13 +29 00 45.4 16.36R Z10
0029P C2022 08 31.18257 06 39 06.27 +29 00 45.5 16.39R Z10
0029P C2022 08 31.18494 06 39 06.32 +29 00 45.5 16.41R Z10
0029P C2022 08 31.18730 06 39 06.40 +29 00 45.4 16.36R Z10

0029P KC2022 09 01.06520 06 39 39.14 +29 00 30.7 16.20R I81 5.15″ (5.66″) near star
0029P KC2022 09 01.06807 06 39 39.35 +29 00 30.5 16.54R I81 OK
0029P KC2022 09 01.07093 06 39 39.38 +29 00 30.7 16.47R I81
0029P KC2022 09 01.08855 06 39 40.05 +29 00 30.3 16.42R I81
0029P KC2022 09 01.09142 06 39 40.14 +29 00 30.4 16.46R I81
0029P KC2022 09 01.09428 06 39 40.27 +29 00 30.7 16.42R I81

0029P KC2022 09 02.10004 06 40 17.33 +29 00 15.3 16.48R I81 5.15″ (5.66″)
0029P KC2022 09 02.10342 06 40 17.46 +29 00 15.5 16.49R I81
0029P KC2022 09 02.10625 06 40 17.55 +29 00 15.0 16.44R I81
0029P KC2022 09 02.10909 06 40 17.65 +29 00 15.6 16.54R I81

0029P C2022 09 02.12328 06 40 18.20 +29 00 15.0 16.65R Z30 5.36″ (5.69″)
0029P C2022 09 02.12769 06 40 18.35 +29 00 14.7 16.59R Z30

0029P C2022 09 04.13362 06 41 30.88 +28 59 45.9 16.93R 213 5.40″ (5.85″) 460s
0029P C2022 09 04.13925 06 41 31.11 +28 59 45.6 16.87R 213
0029P C2022 09 04.14495 06 41 31.31 +28 59 44.9 17.07R 213
0029P C2022 09 04.15049 06 41 31.55 +28 59 45.9 16.81R 213
0029P C2022 09 04.15607 06 41 31.68 +28 59 45.8 16.92R 213
0029P C2022 09 04.16178 06 41 31.90 +28 59 45.4 17.02R 213

**Mini-outburst at 2022 09 04.80 +/-0.51 16.75R => 16.20R

0029P C2022 09 05.43014 06 42 16.78 +28 59 27.5 16.26R H06 5.08″ (5.71″) T19 Herman
0029P C2022 09 05.43249 06 42 16.87 +28 59 27.2 16.37R H06 star
0029P C2022 09 05.43249 06 42 16.87 +28 59 27.2 16.37R H06 star
0029P C2022 09 05.43484 06 42 16.91 +28 59 27.3 16.33R H06 star
0029P C2022 09 05.43720 06 42 17.01 +28 59 27.1 16.40R H06 star
0029P C2022 09 05.43954 06 42 17.12 +28 59 27.4 16.42R H06 star
0029P C2022 09 05.44190 06 42 17.19 +28 59 27.4 16.54R H06 star

0029P C2022 09 05.45332 06 42 17.58 +28 59 27.0 16.18R H06 5.73″ (6.69″) T21 Mobberley
0029P C2022 09 05.45492 06 42 17.63 +28 59 27.1 16.26R H06

0029P KC2022 09 06.06047 06 42 38.74 +28 59 18.4 16.25R I81 5.15″ (5.66″)
0029P KC2022 09 06.06473 06 42 38.89 +28 59 18.3 15.93R I81 higher extinction – exclude
0029P KC2022 09 06.06897 06 42 39.04 +28 59 18.2 16.03R I81
0029P KC2022 09 06.07318 06 42 39.19 +28 59 18.3 16.04R I81
0029P KC2022 09 06.09207 06 42 39.85 +28 59 17.6 16.02R I81
0029P KC2022 09 06.09633 06 42 40.05 +28 59 17.7 16.11R I81

0029P C2022 09 07.13333 06 43 15.73 +28 59 04.6 16.27R 213 5.40″ (5.85″) 460s
0029P C2022 09 07.13891 06 43 15.93 +28 59 05.0 16.20R 213
0029P C2022 09 07.14445 06 43 16.13 +28 59 04.1 16.16R 213
0029P C2022 09 07.15005 06 43 16.33 +28 59 04.9 16.25R 213
0029P C2022 09 07.15561 06 43 16.49 +28 59 04.5 16.25R 213
0029P C2022 09 07.16126 06 43 16.67 +28 59 03.9 16.28R 213
0029P C2022 09 07.16684 06 43 16.92 +28 59 04.3 16.09R 213 star exclude

0029P C2022 09 08.59424 06 44 05.25 +28 58 46.2 16.43R F65 5.61″ (5.74″) 60s Roche / Stoddard-Jones
0029P C2022 09 08.59545 06 44 05.29 +28 58 46.3 16.43R F65
0029P C2022 09 08.59667 06 44 05.34 +28 58 46.3 16.44R F65

0029P C2022 09 08.59986 06 44 05.44 +28 58 46.3 16.46R F65 5.61″ (5.74″) 60s Wooding / St Mary’s
0029P C2022 09 08.60108 06 44 05.48 +28 58 46.4 16.45R F65
0029P C2022 09 08.60229 06 44 05.52 +28 58 46.3 16.44R F65

0029P C2022 09 09.16523 06 44 24.25 +28 58 39.7 16.40R A77 4.98″ (5.40″) Kugel
0029P C2022 09 09.16604 06 44 24.28 +28 58 39.3 16.46R A77
0029P C2022 09 09.16685 06 44 24.29 +28 58 39.6 16.60R A77
0029P C2022 09 09.16766 06 44 24.29 +28 58 39.9 16.47R A77
0029P C2022 09 09.16847 06 44 24.33 +28 58 39.4 16.41R A77
0029P C2022 09 09.16928 06 44 24.33 +28 58 39.6 16.49R A77
0029P C2022 09 09.17009 06 44 24.40 +28 58 39.0 16.32R A77
0029P C2022 09 09.17090 06 44 24.47 +28 58 38.9 16.55R A77
0029P C2022 09 09.17171 06 44 24.41 +28 58 38.4 16.52R A77
0029P C2022 09 09.17252 06 44 24.53 +28 58 39.6 16.46R A77
0029P C2022 09 09.17334 06 44 24.50 +28 58 39.3 16.39R A77
0029P C2022 09 09.17415 06 44 24.42 +28 58 41.2 16.45R A77

**Outburst at 2022 09 09.65 +/-0.38 16.55R => 15.02R

0029P KC2022 09 10.12198 06 44 55.81 +28 58 26.9 15.18R 204 4.9″ (5.72″) Aletti correction G-R=+0.25 applied
0029P KC2022 09 10.13335 06 44 56.20 +28 58 27.1 15.09R 204
0029P KC2022 09 10.14828 06 44 56.65 +28 58 26.9 15.00R 204

0029P KC2022 09 10.11975 06 44 55.73 +28 58 27.1 15.07R 204 4.90″ (5.72″) AA measures
0029P KC2022 09 10.12421 06 44 55.87 +28 58 27.1 15.04R 204
0029P KC2022 09 10.13021 06 44 56.09 +28 58 27.3 14.93R 204 star contamination
0029P KC2022 09 10.13700 06 44 56.33 +28 58 27.0 14.87R 204 star contamination
0029P KC2022 09 10.14507 06 44 56.55 +28 58 27.2 14.81R 204 star contamination
0029P KC2022 09 10.15093 06 44 56.73 +28 58 27.0 14.82R 204 star contamination

0029P C2022 09 10.59883 06 45 11.36 +28 58 22.2 15.02R F65 5.61″ (5.74″) 60s Roche / Stoddard-Jones
0029P C2022 09 10.59883 06 45 11.36 +28 58 22.0 15.27G F65
0029P C2022 09 10.60004 06 45 11.42 +28 58 22.1 15.02R F65
0029P C2022 09 10.60004 06 45 11.42 +28 58 21.9 15.27G F65
0029P C2022 09 10.60126 06 45 11.45 +28 58 22.3 15.01R F65

0029P C2022 09 10.60789 06 45 11.68 +28 58 22.0 15.03R F65 5.61″ (5.74″) 60s Wooding / St Mary’s
0029P C2022 09 10.60911 06 45 11.71 +28 58 22.1 15.02R F65

0029P C2022 09 11.41742 06 45 37.82 +28 58 13.8 15.03R V38 5.70″ (5.98″) 180s Miles
0029P C2022 09 11.41856 06 45 37.84 +28 58 13.9 15.05R V38 Field star 16.31R corrected

0029P C2022 09 12.03061 06 45 57.32 +28 58 05.4 15.13R M09 5.60″ (6.16″)
0029P C2022 09 12.03344 06 45 57.41 +28 58 05.6 15.04R M09
0029P C2022 09 12.03627 06 45 57.50 +28 58 05.5 15.16R M09
0029P C2022 09 12.03909 06 45 57.59 +28 58 05.5 15.07R M09
0029P C2022 09 12.04192 06 45 57.66 +28 58 05.7 15.09R M09
0029P C2022 09 12.04474 06 45 57.77 +28 58 05.5 15.08R M09
0029P C2022 09 12.04757 06 45 57.88 +28 58 05.8 15.12R M09
0029P C2022 09 12.05040 06 45 57.93 +28 58 05.3 15.17R M09
0029P C2022 09 12.05322 06 45 58.04 +28 58 05.5 15.11R M09
0029P C2022 09 12.05605 06 45 58.15 +28 58 05.4 15.15R M09
0029P C2022 09 12.05888 06 45 58.22 +28 58 05.5 15.12R M09
0029P C2022 09 12.06171 06 45 58.30 +28 58 05.3 15.17R M09

0029P KC2022 09 12.04184 06 45 57.68 +28 58 05.8 15.11R L27 5.96″ (6.71″)
0029P KC2022 09 12.09539 06 45 59.38 +28 58 05.4 15.10R L27
0029P KC2022 09 12.17289 06 46 01.80 +28 58 04.6 15.10R L27

0029P KC2022 09 12.12141 06 46 00.19 +28 58 04.9 15.16R 204 4.90″ (5.72″) Aletti
0029P KC2022 09 12.12570 06 46 00.31 +28 58 04.9 15.14R 204
0029P KC2022 09 12.13025 06 46 00.44 +28 58 04.7 15.20R 204
0029P KC2022 09 12.13607 06 46 00.65 +28 58 04.9 15.21R 204
0029P KC2022 09 12.14058 06 46 00.78 +28 58 04.9 15.23R 204
0029P KC2022 09 12.14509 06 46 00.93 +28 58 05.1 15.19R 204
0029P KC2022 09 12.14982 06 46 01.09 +28 58 04.6 15.21R 204
0029P KC2022 09 12.15414 06 46 01.22 +28 58 04.9 15.21R 204
0029P KC2022 09 12.15861 06 46 01.37 +28 58 04.9 15.24R 204

0029P KC2022 09 12.13799 06 46 00.75 +28 58 05.0 15.38R 213 5.40″ (5.85″)
0029P KC2022 09 12.15140 06 46 01.10 +28 58 05.1 15.39R 213
0029P KC2022 09 12.16730 06 46 01.67 +28 58 05.1 15.41R 213
0029P KC2022 09 12.18510 06 46 02.12 +28 58 05.0 15.43R 213

0029P C2022 09 12.56421 06 46 14.25 +28 58 00.9 15.26R F65 5.61″ (5.74″) 60s Roche / Stoddard-Jones
0029P C2022 09 12.56543 06 46 14.26 +28 58 00.9 15.26R F65
0029P C2022 09 12.56665 06 46 14.34 +28 58 00.7 15.30R F65

0029P C2022 09 12.59654 06 46 15.27 +28 58 00.6 15.25R F65 5.61″ (5.74″) 60s Wooding / St Mary’s
0029P C2022 09 12.59776 06 46 15.31 +28 58 00.6 15.28R F65

0029P C2022 09 14.55364 06 47 15.82 +28 57 41.3 15.85R F65 5.61″ (5.74″) 60s Roche / Stoddard-Jones
0029P C2022 09 14.55485 06 47 15.87 +28 57 41.4 15.88R F65
0029P C2022 09 14.55607 06 47 15.90 +28 57 41.4 15.88R F65

0029P C2022 09 14.58218 06 47 16.70 +28 57 40.9 15.88R F65 5.61″ (5.74″) 60s Cai Stoddard-Jones
0029P C2022 09 14.58344 06 47 16.73 +28 57 40.9 15.88R F65
0029P C2022 09 14.58466 06 47 16.77 +28 57 40.8 15.89R F65

0029P C2022 09 14.61855 06 47 17.78 +28 57 40.6 15.91R F65 5.61″ (5.74″) 60s Helen Usher
0029P C2022 09 14.62214 06 47 17.88 +28 57 40.6 15.89R F65
0029P C2022 09 14.62318 06 47 17.92 +28 57 40.6 15.88R F65
0029P C2022 09 14.62639 06 47 18.01 +28 57 40.6 15.87R F65
0029P C2022 09 14.62742 06 47 18.04 +28 57 40.6 15.87R F65
0029P C2022 09 14.62865 06 47 18.08 +28 57 40.7 15.87R F65
0029P C2022 09 14.63075 06 47 18.14 +28 57 40.6 15.86R F65
0029P C2022 09 14.63174 06 47 18.17 +28 57 40.6 15.88R F65
0029P C2022 09 14.63280 06 47 18.21 +28 57 40.5 15.88R F65
0029P C2022 09 14.63380 06 47 18.23 +28 57 40.6 15.86R F65
0029P C2022 09 14.63480 06 47 18.27 +28 57 40.5 15.89R F65

0029P C2022 09 15.61610 06 47 47.80 +28 57 31.7 16.09R F65 5.61″ (5.74″) 60s Errol Simpson
0029P C2022 09 15.61811 06 47 47.86 +28 57 31.7 16.11R F65
0029P C2022 09 15.61961 06 47 47.89 +28 57 31.7 16.10R F65
0029P C2022 09 15.62066 06 47 47.93 +28 57 31.7 16.08R F65
0029P C2022 09 15.62176 06 47 47.96 +28 57 31.7 16.09R F65
0029P C2022 09 15.62277 06 47 47.99 +28 57 31.6 16.06R F65
0029P C2022 09 15.62377 06 47 48.01 +28 57 31.8 16.05R F65
0029P C2022 09 15.62477 06 47 48.05 +28 57 31.7 16.13R F65
0029P C2022 09 15.62592 06 47 48.08 +28 57 31.8 16.06R F65
0029P C2022 09 15.62696 06 47 48.12 +28 57 31.7 16.09R F65
0029P C2022 09 15.62797 06 47 48.14 +28 57 31.7 16.07R F65
0029P C2022 09 15.62951 06 47 48.19 +28 57 31.7 16.11R F65
0029P C2022 09 15.63051 06 47 48.22 +28 57 31.7 16.09R F65
0029P C2022 09 15.63163 06 47 48.25 +28 57 31.6 16.10R F65
0029P C2022 09 15.63266 06 47 48.28 +28 57 31.6 16.12R F65
0029P C2022 09 15.63370 06 47 48.31 +28 57 31.7 16.09R F65

0029P C2022 09 16.41391 06 48 11.39 +28 57 25.5 16.11R H06 5.08″ (5.71″) T19 Herman
0029P C2022 09 16.41558 06 48 11.44 +28 57 25.3 16.09R H06
0029P C2022 09 16.41723 06 48 11.47 +28 57 25.7 16.03R H06
0029P C2022 09 16.41891 06 48 11.55 +28 57 25.2 16.13R H06
0029P C2022 09 16.42057 06 48 11.61 +28 57 25.0 16.09R H06
0029P C2022 09 16.42222 06 48 11.67 +28 57 24.9 16.07R H06

0029P C2022 09 16.56442 06 48 15.86 +28 57 23.7 16.01R F65 5.61″ (5.74″) 60s Cai Stoddard-Jones
0029P C2022 09 16.56564 06 48 15.89 +28 57 23.9 16.00R F65
0029P C2022 09 16.56686 06 48 15.94 +28 57 23.7 16.00R F65

0029P KC2022 09 17.13567 06 48 32.47 +28 57 18.5 16.03 970 5.60″ (6.16″)
0029P KC2022 09 17.16097 06 48 33.21 +28 57 18.6 16.04 970

0029P C2022 09 17.15284 06 48 32.97 +28 57 19.4 16.16R Z10 5.49″ (5.79″)
0029P C2022 09 17.15517 06 48 33.03 +28 57 19.7 16.11R Z10
0029P C2022 09 17.15755 06 48 33.08 +28 57 19.6 16.18R Z10
0029P C2022 09 17.16146 06 48 33.22 +28 57 19.2 16.13R Z10
0029P C2022 09 17.16381 06 48 33.26 +28 57 19.6 16.19R Z10
0029P C2022 09 17.16616 06 48 33.33 +28 57 19.6 16.14R Z10

0029P C2022 09 17.58742006 48 45.516+28 57 16.88 16.47V T08 MPC data
0029P C2022 09 17.61853606 48 46.366+28 57 16.85 16.35V T08

**Mini-outburst at 2022 09 18.82 +/-0.96 16.20R => 15.30R

0029P KC2022 09 20.01819 06 49 53.71 +28 56 59.3 15.37R L27 5.96″ (6.71″)
0029P KC2022 09 20.13637 06 49 56.91 +28 56 59.0 15.30R L27
0029P KC2022 09 20.17947 06 49 58.05 +28 56 59.0 15.25R L27

0029P C2022 09 20.59356 06 50 09.34 +28 56 57.3 15.10R F65 5.61″ (5.74″) 60s Miles star removed
0029P C2022 09 20.59356 06 50 09.34 +28 56 57.3 16.42R F65 1.60″ (1.73″) 6 pixel

0029P C2022 09 21.01201 06 50 20.57 +28 56 54.3 15.42R I81 5.15″ (5.66″)
0029P C2022 09 21.01344 06 50 20.56 +28 56 54.3 15.37R I81

0029P KC2022 09 21.05773 06 50 21.79 +28 56 54.9 15.29R L27 5.96″ (6.71″)
0029P KC2022 09 21.09317 06 50 22.74 +28 56 54.3 15.34R L27

0029P KC2022 09 21.07864 06 50 22.36 +28 56 54.6 15.44R 204 4.90″ (5.72″) Aletti
0029P KC2022 09 21.09375 06 50 22.78 +28 56 54.6 15.49R 204
0029P KC2022 09 21.11643 06 50 23.35 +28 56 54.9 15.36R 204

0029P C2022 09 22.06634 06 50 48.46 +28 56 49.5 15.56R M09 5.60″ (6.16″) 300s
0029P C2022 09 22.06987 06 50 48.52 +28 56 50.5 15.56R M09
0029P C2022 09 22.07339 06 50 48.63 +28 56 49.6 15.61R M09
0029P C2022 09 22.07691 06 50 48.71 +28 56 50.5 15.56R M09
0029P C2022 09 22.08043 06 50 48.79 +28 56 49.6 15.55R M09
0029P C2022 09 22.08395 06 50 48.89 +28 56 49.7 15.55R M09
0029P C2022 09 22.08747 06 50 49.03 +28 56 49.8 15.59R M09
0029P C2022 09 22.09099 06 50 49.07 +28 56 50.3 15.52R M09
0029P C2022 09 22.09451 06 50 49.15 +28 56 49.8 15.57R M09
0029P C2022 09 22.09803 06 50 49.27 +28 56 50.5 15.53R M09
0029P C2022 09 22.10156 06 50 49.32 +28 56 49.9 15.61R M09
0029P C2022 09 22.10508 06 50 49.45 +28 56 50.2 15.63R M09

0029P C2022 09 22.60840 06 51 02.55 +28 56 47.0 16.01R F65 5.61″ (5.74″) 60s r’ filter
0029P C2022 09 22.60840 06 51 02.55 +28 56 47.0 15.97R F65 5.61″ (5.74″) 60s i’ filter
0029P C2022 09 22.60840 06 51 02.48 +28 56 49.6 15.75R F65 5.61″ (5.74″) 60s centroid r’
0029P C2022 09 22.60840 06 51 02.55 +28 56 46.9 17.45R F65 1.60″ (1.73″) r’ filter
0029P C2022 09 22.60840 06 51 02.55 +28 56 47.0 17.35R F65 1.60″ (1.73″) i’ filter

0029P KC2022 09 23.06156 06 51 14.15 +28 56 47.0 16.00R I81 5.15″ (5.66″)
0029P KC2022 09 23.06577 06 51 14.18 +28 56 48.1 15.94R I81
0029P KC2022 09 23.06998 06 51 14.33 +28 56 46.1 16.04R I81
0029P KC2022 09 23.07419 06 51 14.48 +28 56 45.5 16.15R I81

0029P C2022 09 23.59480 06 51 27.73 +28 56 43.7 16.33R F65 5.61″ (5.74″) 60s r’ filter
0029P C2022 09 23.59480 06 51 27.73 +28 56 43.7 16.36R F65 5.61″ (5.74″) 60s i’ filter
0029P C2022 09 23.59480 06 51 27.65 +28 56 46.0 16.09R F65 5.61″ (5.74″) 60s centroid r’
0029P C2022 09 23.59480 06 51 27.73 +28 56 43.6 17.43R F65 1.60″ (1.73″) r’ filter
0029P C2022 09 23.59480 06 51 27.73 +28 56 43.7 17.34R F65 1.60″ (1.73″) i’ filter

0029P C2022 09 24.56934 06 51 52.02 +28 56 40.8 16.63R F65 5.61″ (5.74″) 60s r’ filter
0029P C2022 09 24.56934 06 51 52.02 +28 56 40.8 16.56R F65 5.61″ (5.74″) 60s i’ filter
0029P C2022 09 24.56934 06 51 51.96 +28 56 42.9 16.33R F65 5.61″ (5.74″) 60s centroid r’
0029P C2022 09 24.56934 06 51 52.02 +28 56 40.8 17.55R F65 1.60″ (1.73″) r’ filter
0029P C2022 09 24.56934 06 51 52.02 +28 56 40.8 17.47R F65 1.60″ (1.73″) i’ filter

0029P C2022 09 25.39763 06 52 12.19 +28 56 40.0 16.81R H06 5.08″ (5.71″) T19 Herman
0029P C2022 09 25.40007 06 52 12.21 +28 56 40.4 16.90R H06
0029P C2022 09 25.40244 06 52 12.31 +28 56 38.9 16.95R H06
0029P C2022 09 25.40483 06 52 12.33 +28 56 39.6 16.77R H06
0029P C2022 09 25.40720 06 52 12.38 +28 56 40.0 16.63R H06
0029P C2022 09 25.40959 06 52 12.45 +28 56 39.3 16.78R H06
0029P C2022 09 25.41204 06 52 12.49 +28 56 39.8 16.65R H06

0029P C2022 09 25.56881 06 52 16.31 +28 56 38.7 16.82R F65 5.61″ (5.74″) 60s r’ filter
0029P C2022 09 25.56881 06 52 16.26 +28 56 40.4 16.63R F65 5.61″ (5.74″) 60s centroid r’
0029P C2022 09 25.56881 06 52 16.31 +28 56 38.7 16.68R F65 5.61″ (5.74″) 60s i’ filter
0029P C2022 09 25.56881 06 52 16.31 +28 56 38.6 17.67R F65 1.60″ (1.73″) r’ filter
0029P C2022 09 25.56881 06 52 16.31 +28 56 38.7 17.56R F65 1.60″ (1.73″) i’ filter

0029P C2022 09 26.53341 06 52 39.23 +28 56 37.5 16.88R F65 1.60″ (1.73″) r’ filter close to mag 10 star
0029P C2022 09 26.53342 06 52 39.19 +28 56 37.7 16.79R F65 1.60″ (1.73″) i’ filter
0029P C2022 09 26.53341 06 52 39.18 +28 56 37.3 17.47R F65 1.07″ (1.20″) r’ filter 4 pixel
0029P C2022 09 26.53341 06 52 39.19 +28 56 37.4 17.68R F65 0.80″ (0.87″) r’ filter 3 pixel

0029P C2022 09 27.05315 06 52 51.13 +28 56 37.8 16.98R 213 5.40″ (5.85″) 567s
0029P C2022 09 27.05994 06 52 51.41 +28 56 37.8 16.88R 213
0029P C2022 09 27.06679 06 52 51.61 +28 56 37.6 16.95R 213
0029P C2022 09 27.07368 06 52 51.73 +28 56 36.5 17.01R 213
0029P C2022 09 27.08063 06 52 51.85 +28 56 37.3 16.90R 213
0029P C2022 09 27.08744 06 52 52.02 +28 56 37.3 16.96R 213
0029P C2022 09 27.09429 06 52 52.16 +28 56 37.4 17.00R 213
0029P C2022 09 27.10136 06 52 52.36 +28 56 37.4 17.04R 213
0029P C2022 09 27.10818 06 52 52.45 +28 56 38.5 16.96R 213

0029P KC2022 09 27.13253 06 52 53.01 +28 56 37.6 17.00R Z10 5.49″ (5.79″)
0029P KC2022 09 27.13513 06 52 53.08 +28 56 37.8 17.07R Z10
0029P KC2022 09 27.13823 06 52 53.18 +28 56 37.1 17.05R Z10
0029P KC2022 09 27.14058 06 52 53.19 +28 56 37.8 17.02R Z10
0029P KC2022 09 27.14292 06 52 53.29 +28 56 37.0 17.09R Z10
0029P KC2022 09 27.14525 06 52 53.31 +28 56 37.7 16.98R Z10

0029P C2022 09 27.55853 06 53 02.83 +28 56 36.9 17.02R F65 5.61″ (5.74″) 60s r’ filter
0029P C2022 09 27.55853 06 53 02.78 +28 56 38.3 16.89R F65 5.61″ (5.74″) 60s centroid r’
0029P C2022 09 27.55853 06 53 02.83 +28 56 36.8 16.92R F65 5.61″ (5.74″) 60s i’ filter
0029P C2022 09 27.55853 06 53 02.83 +28 56 36.8 17.84R F65 1.60″ (1.73″) r’ filter
0029P C2022 09 27.55853 06 53 02.83 +28 56 36.6 17.67R F65 1.60″ (1.73″) i’ filter

0029P KC2022 09 27.98162 06 53 12.36 +28 56 36.5 16.79R I81 5.15″ (5.66″)
0029P KC2022 09 27.98583 06 53 12.48 +28 56 36.0 16.80R I81
0029P KC2022 09 27.99004 06 53 12.56 +28 56 36.2 16.91R I81
0029P KC2022 09 27.99425 06 53 12.66 +28 56 36.2 16.84R I81

0029P KC2022 09 28.08154 99.28715 +29.02611 16.87R 970 5.60″ (6.16″)
0029P KC2022 09 28.08657 99.28885 +29.02606 16.91R 970

0029P C2022 09 28.52452 06 53 24.54 +28 56 37.4 17.06R F65 5.61″ (5.74″) 60s r’ filter star_aa corrected
0029P C2022 09 28.55372 06 53 25.15 +28 56 37.2 17.11R F65 5.61″ (5.74″) 60s r’ filter CS-J
0029P C2022 09 28.55493 06 53 25.18 +28 56 37.2 17.17R F65 5.61″ (5.74″) 60s r’ filter
0029P C2022 09 28.55615 06 53 25.21 +28 56 37.0 17.14R F65 5.61″ (5.74″) 60s r’ filter
0029P C2022 09 28.55372 06 53 25.09 +28 56 38.2 17.02R F65 5.61″ (5.74″) 60s centroid r’
0029P C2022 09 28.55493 06 53 25.13 +28 56 38.3 16.97R F65 5.61″ (5.74″) 60s centroid r’
0029P C2022 09 28.55615 06 53 25.17 +28 56 38.3 16.99R F65 5.61″ (5.74″) 60s centroid r’
star_aa C2022 09 28.55372 06 53 24.61 +28 56 37.9 18.48R F65 star_aa=18.47
star_aa C2022 09 28.55493 06 53 24.62 +28 56 38.0 18.48R F65
star_aa C2022 09 28.55615 06 53 24.62 +28 56 38.0 18.44R F65
0029P C2022 09 28.55372 06 53 25.16 +28 56 37.1 17.86R F65 1.60″ (1.73″) r’ filter
0029P C2022 09 28.55493 06 53 25.17 +28 56 37.1 17.86R F65 1.60″ (1.73″) r’ filter
0029P C2022 09 28.55615 06 53 25.23 +28 56 36.9 17.85R F65 1.60″ (1.73″) r’ filter
0029P C2022 09 28.55372 06 53 25.16 +28 56 37.0 17.73R F65 1.60″ (1.73″) i’ filter
0029P C2022 09 28.55493 06 53 25.18 +28 56 36.8 17.77R F65 1.60″ (1.73″) i’ filter
0029P C2022 09 28.55615 06 53 25.22 +28 56 36.9 17.77R F65 1.60″ (1.73″) i’ filter

**Mini-outburst at 2022 09 29.04 +/-0.39 17.10R => 16.45R

0029P C2022 09 29.52522 06 53 46.35 +28 56 37.9 16.44R F65 5.61″ (5.74″) 60s r’ filter RM
0029P C2022 09 29.52522 06 53 46.34 +28 56 38.4 16.42R F65 5.61″ (5.74″) 60s centroid r’
0029P C2022 09 29.52522 06 53 46.36 +28 56 38.0 16.42R F65 5.61″ (5.74″) 60s i’ filter
0029P C2022 09 29.52522 06 53 46.35 +28 56 37.8 16.77R F65 1.60″ (1.73″) r’ filter
0029P C2022 09 29.52522 06 53 46.36 +28 56 38.0 16.73R F65 1.60″ (1.73″) i’ filter

0029P C2022 09 30.63897 06 54 09.81 +28 56 40.7 16.38R F65 5.61″ (5.74″) 60s r’ filter RM
0029P C2022 09 30.63897 06 54 09.82 +28 56 40.7 16.82R F65 1.60″ (1.73″) r’ filter

0029P C2022 10 01.13444 06 54 20.04 +28 56 41.5 16.59R Z10 5.49″ (5.79″)
0029P C2022 10 01.13686 06 54 20.07 +28 56 41.9 16.59R Z10
0029P C2022 10 01.14009 06 54 20.11 +28 56 42.0 16.55R Z10
0029P C2022 10 01.14334 06 54 20.11 +28 56 42.2 16.52R Z10
0029P C2022 10 01.14578 06 54 20.22 +28 56 42.3 16.54R Z10

0029P C2022 10 01.52114 06 54 27.90 +28 56 43.5 16.49R F65 5.61″ (5.74″) 60s r’ filter RM
0029P C2022 10 01.52114 06 54 27.90 +28 56 43.2 17.13R F65 1.60″ (1.73″) r’ filter

0029P C2022 10 01.60606 06 54 29.59 +28 56 43.7 17.15R F65 1.60″ (1.73″) r’ filter CS-J nr diffraction spike
0029P C2022 10 01.60728 06 54 29.61 +28 56 43.7 17.21R F65 1.60″ (1.73″) r’ filter

0029P C2022 10 02.08365 06 54 39.15 +28 56 44.6 16.4 N J01 J. Gonzalez
0029P C2022 10 02.09100 06 54 39.27 +28 56 44.9 16.4 N J01
0029P C2022 10 02.09836 06 54 39.41 +28 56 44.8 16.4 N J01

0029P KC2022 10 02.06899 06 54 38.82 +28 56 45.4 16.63R 204 4.90″ (5.72″) Aletti
0029P KC2022 10 02.08402 06 54 39.14 +28 56 45.4 16.52R 204
0029P KC2022 10 02.09528 06 54 39.30 +28 56 45.2 16.56R 204

0029P C2022 10 04.63617 06 55 27.54 +28 56 57.2 16.44R F65 5.61″ (5.74″) 60s r’ filter CS-J
0029P C2022 10 04.63869 06 55 27.58 +28 56 57.2 16.41R F65
0029P C2022 10 04.63991 06 55 27.60 +28 56 57.2 16.44R F65
0029P C2022 10 04.64112 06 55 27.62 +28 56 57.2 16.44R F65
0029P C2022 10 04.63617 06 55 27.54 +28 56 57.1 17.24R F65 1.60″ (1.73″) 60s r’ filter CS-J
0029P C2022 10 04.63869 06 55 27.58 +28 56 57.1 17.25R F65
0029P C2022 10 04.63991 06 55 27.60 +28 56 57.2 17.20R F65
0029P C2022 10 04.64112 06 55 27.63 +28 56 57.2 17.22R F65

0029P KC2022 10 06.05613 06 55 52.55 +28 57 06.2 16.59R 204 4.90″ (5.72″) Aletti
0029P KC2022 10 06.08625 06 55 53.05 +28 57 06.3 16.53R 204
0029P KC2022 10 06.09379 06 55 53.17 +28 57 07.0 16.60R 204

0029P KC2022 10 06.05428 103.96893 +28.95154 16.53R 970 5.60″ (6.16″)
0029P KC2022 10 06.06245 103.96955 +28.95158 16.61R 970
0029P KC2022 10 06.07062 103.97000 +28.95166 16.56R 970
0029P KC2022 10 06.07881 103.97060 +28.95170 16.58R 970
0029P KC2022 10 06.08701 103.97115 +28.95171 16.53R 970
0029P KC2022 10 06.09522 103.97178 +28.95170 16.62R 970
0029P KC2022 10 06.10343 103.97245 +28.95166 16.58R 970

0029P C2022 10 06.08947 06 55 53.13 +28 57 05.9 16.62R M09 5.60″ (6.16″) 180s
0029P C2022 10 06.09160 06 55 53.14 +28 57 06.3 16.55R M09
0029P C2022 10 06.09373 06 55 53.21 +28 57 05.4 16.65R M09
0029P C2022 10 06.09587 06 55 53.24 +28 57 06.2 16.59R M09
0029P C2022 10 06.09800 06 55 53.26 +28 57 06.0 16.61R M09
0029P C2022 10 06.10013 06 55 53.29 +28 57 06.5 16.62R M09
0029P C2022 10 06.10226 06 55 53.33 +28 57 06.1 16.57R M09
0029P C2022 10 06.10439 06 55 53.38 +28 57 06.2 16.61R M09
0029P C2022 10 06.10652 06 55 53.39 +28 57 06.7 16.65R M09
0029P C2022 10 06.10866 06 55 53.45 +28 57 06.1 16.54R M09
0029P C2022 10 06.11079 06 55 53.50 +28 57 06.3 16.57R M09
0029P C2022 10 06.11292 06 55 53.49 +28 57 06.4 16.63R M09

0029P C2022 10 06.09310 06 55 53.17 +28 57 06.3 16.46R C23 5.70″ (6.65″) 120s Luminance Diepvens
0029P C2022 10 06.09455 06 55 53.21 +28 57 06.0 16.51R C23
0029P C2022 10 06.09600 06 55 53.23 +28 57 06.4 16.37R C23
0029P C2022 10 06.09743 06 55 53.27 +28 57 05.9 16.76R C23
0029P C2022 10 06.09888 06 55 53.29 +28 57 06.2 16.49R C23
0029P C2022 10 06.10032 06 55 53.31 +28 57 06.0 16.64R C23
0029P C2022 10 06.10177 06 55 53.31 +28 57 06.2 16.44R C23

0029P KC2022 10 06.1862 06 55 54.72 +18 57 07.2 16.48R XXX 5.53″ (5.93″) T. Haymes

0029P C2022 10 06.61999 06 56 02.13 +28 57 10.4 16.58R F65 5.61″ (5.74″) 60s r’ filter RM
0029P C2022 10 06.61999 06 56 02.13 +28 57 10.4 17.33R F65 1.60″ (1.73″) r’ filter

0029P KC2022 10 07.00239 06 56 08.47 +28 57 13.5 16.61R L27 5.96″ (6.71″)
0029P KC2022 10 07.04865 06 56 09.24 +28 57 13.5 16.70R L27
0029P KC2022 10 07.09487 06 56 10.00 +28 57 13.9 16.55R L27
0029P KC2022 10 07.14110 06 56 10.73 +28 57 14.4 16.45R L27(star)
0029P KC2022 10 07.19458 06 56 11.60 +28 57 14.9 16.42R L27(star)

0029P KC2022 10 08.04517 06 56 25.31 +28 57 21.4 16.51R I81 5.15″ (5.66″)
0029P KC2022 10 08.04968 06 56 25.37 +28 57 21.4 16.70R I81
0029P KC2022 10 08.05389 06 56 25.45 +28 57 21.4 16.68R I81
0029P KC2022 10 08.05810 06 56 25.52 +28 57 21.5 16.62R I81
0029P KC2022 10 08.06230 06 56 25.61 +28 57 21.3 16.63R I81

0029P KC2022 10 08.13384 104.11127 +28.95622 16.68R 970 5.60″ (6.16″)

0029P C2022 10 09.08573 06 56 41.38 +28 57 31.3 16.16R C23 5.70″ (6.65″) 120s L Diepvens
0029P C2022 10 09.08716 06 56 41.34 +28 57 31.5 16.19R C23
0029P C2022 10 09.08861 06 56 41.40 +28 57 31.4 16.18R C23
0029P C2022 10 09.09294 06 56 41.47 +28 57 31.5 16.21R C23
0029P C2022 10 09.09439 06 56 41.48 +28 57 31.4 16.10R C23

0029P C2022 10 09.10522 06 56 41.70 +28 57 31.8 16.47R Z21 5.70″ (5.98″) RM
0029P C2022 10 09.10623 06 56 41.71 +28 57 31.8 16.50R Z21

0029P KC2022 10 10.01818 06 56 55.09 +28 57 40.7 16.27R I81 5.15″ (5.66″) bias due to full Moon
0029P KC2022 10 10.02239 06 56 55.16 +28 57 41.1 16.24R I81
0029P KC2022 10 10.02660 06 56 55.19 +28 57 41.1 16.36R I81
0029P KC2022 10 10.03081 06 56 55.23 +28 57 42.2 16.21R I81

0029P C2022 10 10.09452 06 56 56.23 +28 57 42.1 16.60R Z21 5.70″ (5.98″) RM
0029P C2022 10 10.09553 06 56 56.25 +28 57 42.0 16.49R Z21

0029P C2022 10 10.51491 06 57 02.17 +28 57 46.5 16.53R F65 5.61″ (5.74″) 60s r’ filter poor focus RM

0029P C2022 10 11.10756 06 57 10.41 +28 57 53.3 16.59R Z21 5.70″ (5.98″) RM
0029P C2022 10 11.10857 06 57 10.43 +28 57 53.3 16.60R Z21

0029P C2022 10 11.60564 06 57 17.04 +28 58 00.3 16.55R F65 5.61″ (5.74″) 60s r’ filter RM
0029P C2022 10 11.60564 06 57 17.07 +28 57 59.2 17.53R F65

**Outburst at 2022 10 12.30 +/-0.55 16.60R => 14.80R

0029P KC2022 10 12.98545 06 57 34.80 +28 58 15.1 14.84R I81 5.15″ (5.66″)
0029P KC2022 10 12.98971 06 57 34.82 +28 58 15.6 14.80R I81
0029P KC2022 10 12.99394 06 57 34.83 +28 58 16.0 14.82R I81
0029P KC2022 10 12.99819 06 57 34.88 +28 58 15.5 14.81R I81
0029P KC2022 10 13.00358 06 57 34.95 +28 58 15.8 14.80R I81
0029P KC2022 10 13.00784 06 57 35.00 +28 58 16.1 14.80R I81
0029P KC2022 10 13.00785 06 57 35.02 +28 58 15.9 14.80R I81
0029P KC2022 10 13.01211 06 57 35.06 +28 58 16.2 14.84R I81
0029P KC2022 10 13.01638 06 57 35.12 +28 58 16.1 14.83R I81
0029P KC2022 10 13.01994 06 57 35.17 +28 58 16.2 14.83R I81
0029P KC2022 10 13.04680 06 57 35.49 +28 58 16.7 14.78R I81
0029P KC2022 10 13.05106 06 57 35.54 +28 58 16.7 14.74R I81
0029P KC2022 10 13.08092 06 57 35.89 +28 58 17.2 14.92R I81

0029P C2022 10 13.10051 06 57 36.16 +28 58 17.4 14.56R I81 5.15″ (5.66″) 120s Rc star contamination
0029P C2022 10 13.10193 06 57 36.17 +28 58 17.3 14.58R I81
0029P C2022 10 13.10336 06 57 36.17 +28 58 17.5 14.59R I81
0029P C2022 10 13.10478 06 57 36.19 +28 58 17.4 14.54R I81
0029P C2022 10 13.10620 06 57 36.21 +28 58 17.5 14.50R I81

0029P C2022 10 13.18130 06 57 37.10 +28 58 18.6 14.79R I81 5.15″ (5.66″)
0029P C2022 10 13.18272 06 57 37.11 +28 58 18.7 14.79R I81
0029P C2022 10 13.18414 06 57 37.13 +28 58 18.7 14.76R I81
0029P C2022 10 13.18557 06 57 37.15 +28 58 18.7 14.83R I81
0029P C2022 10 13.18699 06 57 37.18 +28 58 18.8 14.80R I81
0029P C2022 10 13.18841 06 57 37.18 +28 58 18.7 14.82R I81
0029P C2022 10 13.18983 06 57 37.19 +28 58 18.8 14.81R I81
0029P C2022 10 13.19125 06 57 37.22 +28 58 18.8 14.82R I81
0029P C2022 10 13.19268 06 57 37.23 +28 58 18.8 14.89R I81
0029P C2022 10 13.19410 06 57 37.25 +28 58 18.8 14.85R I81
0029P C2022 10 13.19694 06 57 37.29 +28 58 18.9 14.81R I81
0029P C2022 10 13.19834 06 57 37.30 +28 58 18.9 14.80R I81

0029P C2022 10 13.28159 104.41009 +28.97231 14.87R H06 5.74″ (6.15″) N. James

0029P KC2022 10 13.94390 06 57 46.17 +28 58 29.3 14.88R I81 5.15″ (5.66″)
0029P KC2022 10 13.96561 06 57 46.49 +28 58 29.8 14.95R I81
0029P KC2022 10 13.96561 06 57 46.49 +28 58 29.8 14.95R I81

0029P KC2022 10 14.15976 06 57 48.65 +28 58 32.7 15.01R Z10 5.49″ (5.79″) 3x60s
0029P KC2022 10 14.16212 06 57 48.69 +28 58 32.9 15.02R Z10
0029P KC2022 10 14.16447 06 57 48.73 +28 58 33.4 15.01R Z10
0029P KC2022 10 14.16839 06 57 48.76 +28 58 33.5 15.01R Z10
0029P KC2022 10 14.17074 06 57 48.76 +28 58 33.3 15.01R Z10
0029P KC2022 10 14.17309 06 57 48.79 +28 58 33.2 14.99R Z10

0029P KC2022 10 14.98314 104.49136 +28.97896 14.98R 970 5.60″ (6.16″)
0029P KC2022 10 14.99139 104.49169 +28.97918 14.96R 970

0029P C2022 10 14.99796 06 57 58.09 +28 58 45.0 14.93R L27 5.96″ (6.71″)
0029P C2022 10 15.04342 06 57 58.58 +28 58 46.0 14.87R L27
0029P C2022 10 15.08971 06 57 59.03 +28 58 46.8 14.87R L27
0029P C2022 10 15.13594 06 57 59.51 +28 58 47.5 14.81R L27
0029P C2022 10 15.20029 06 58 00.17 +28 58 48.6 14.86R L27

0029P C2022 10 17.48740 06 58 22.75 +28 59 25.7 15.52R F65 5.61″ (5.74″) 60s r’ RM
0029P C2022 10 17.48861 06 58 22.76 +28 59 25.7 15.52R F65
0029P C2022 10 17.48983 06 58 22.78 +28 59 25.7 15.53R F65
0029P C2022 10 17.49105 06 58 22.79 +28 59 25.8 15.51R F65
0029P C2022 10 17.48740 06 58 22.75 +28 59 25.6 17.16R F65 1.60″ (1.73″) r’
0029P C2022 10 17.48861 06 58 22.77 +28 59 25.5 17.17R F65
0029P C2022 10 17.48983 06 58 22.77 +28 59 25.7 17.14R F65
0029P C2022 10 17.49105 06 58 22.78 +28 59 25.7 17.11R F65

0029P KC2022 10 17.94521 06 58 26.82 +28 59 33.2 15.57R I81 5.15″ (5.66″)
0029P KC2022 10 17.94942 06 58 26.81 +28 59 32.5 15.62R I81
0029P KC2022 10 17.95427 06 58 26.88 +28 59 33.9 15.58R I81
0029P KC2022 10 17.95850 06 58 26.91 +28 59 34.1 15.63R I81
0029P KC2022 10 17.96277 06 58 26.90 +28 59 34.3 15.61R I81
0029P KC2022 10 17.96704 06 58 26.95 +28 59 34.0 15.63R I81

0029P C2022 10 17.97471 06 58 27.02 +28 59 34.3 15.47R L27 5.96″ (6.71″)
0029P C2022 10 17.98340 06 58 27.05 +28 59 33.9 15.40R L27 (cloudy)

0029P KC2022 10 17.99053 104.61310 +28.99288 15.65R 970 5.60″ (6.16″) star 18.62R subtracted
0029P KC2022 10 17.99884 104.61350 +28.99301 15.66R 970

0029P C2022 10 18.97194 06 58 35.29 +28 59 52.5 15.63R C23 5.70″ (6.65″) 120s L Diepvens
0029P C2022 10 18.97339 06 58 35.29 +28 59 52.0 15.65R C23
0029P C2022 10 18.97484 06 58 35.28 +28 59 52.8 15.67R C23
0029P C2022 10 18.97627 06 58 35.27 +28 59 52.0 15.62R C23
0029P C2022 10 18.97772 06 58 35.14 +28 59 52.7 15.74R C23
0029P C2022 10 18.97917 06 58 35.36 +28 59 52.1 15.67R C23
0029P C2022 10 18.98060 06 58 35.34 +28 59 52.7 15.67R C23

0029P C2022 10 18.99175 06 58 35.42 +28 59 52.6 15.60R L27 5.96″ (6.71″)
0029P C2022 10 19.03733 06 58 35.79 +28 59 53.7 15.59R L27
0029P C2022 10 19.08358 06 58 36.13 +28 59 55.0 15.62R L27
0029P C2022 10 19.12983 06 58 36.47 +28 59 56.0 15.63R L27
0029P C2022 10 19.17608 06 58 36.81 +28 59 56.6 15.66R L27
0029P C2022 10 19.20634 06 58 37.01 +28 59 57.2 15.77R L27

0029P C2022 10 19.62713 06 58 40.24 +29 00 04.9 16.00R F65 5.61″ (5.74″) 60s r’ RM
0029P C2022 10 19.62813 06 58 40.25 +29 00 04.9 16.05R F65
0029P C2022 10 19.62913 06 58 40.25 +29 00 04.9 16.08R F65
0029P C2022 10 19.63012 06 58 40.26 +29 00 04.9 16.02R F65
0029P C2022 10 19.63110 06 58 40.26 +29 00 04.9 16.04R F65
0029P C2022 10 19.63212 06 58 40.27 +29 00 05.0 16.05R F65
0029P KC2022 10 19.63677 06 58 40.27 +29 00 04.9 15.99R F65 5.61″ (5.74″) 24x60s r’+i’ RM star 18.04R subtracted

0029P KC2022 10 20.96201 104.70618 +29.00841 15.93R 970 5.60″ (6.16″)
0029P KC2022 10 20.97033 104.70641 +29.00855 15.87R 970

0029P C2022 10 21.99295 06 58 55.63 +29 00 52.1 15.91R I81 5.15″ (5.66″) 120s Rc
0029P C2022 10 21.99437 06 58 55.65 +29 00 52.1 16.03R I81
0029P C2022 10 21.99864 06 58 55.67 +29 00 52.0 15.90R I81
0029P C2022 10 22.00859 06 58 55.73 +29 00 52.5 15.92R I81

0029P KC2022 10 22.15269 06 58 56.49 +29 00 55.5 16.05R M09 5.60″ (6.16″) 3x180s
0029P KC2022 10 22.16015 06 58 56.55 +29 00 56.2 15.94R M09 4x180s
0029P KC2022 10 22.16868 06 58 56.58 +29 00 56.2 15.97R M09 4x180s

0029P KC2022 10 24.95016 06 59 08.85 +29 01 59.2 16.30R I81 5.15″ (5.66″) 4x120s Rc
0029P KC2022 10 24.95442 06 59 08.85 +29 01 59.8 16.25R I81
0029P KC2022 10 24.95869 06 59 08.87 +29 01 59.3 16.34R I81
0029P KC2022 10 24.96296 06 59 08.88 +29 01 59.8 16.29R I81

0029P KC2022 10 25.07796 06 59 09.28 +29 02 01.9 16.43R K01 5.10″ (5.36″) Rc 10x60s A. Watkins
0029P KC2022 10 25.08648 06 59 09.30 +29 02 02.3 16.46R K01
0029P KC2022 10 25.09500 06 59 09.30 +29 02 02.0 16.51R K01
0029P KC2022 10 25.10919 06 59 09.40 +29 02 02.7 16.41R K01
0029P KC2022 10 25.11771 06 59 09.40 +29 02 02.8 16.48R K01
0029P KC2022 10 25.12623 06 59 09.41 +29 02 02.9 16.40R K01
0029P KC2022 10 25.13468 06 59 09.43 +29 02 03.1 16.46R K01

**Mini-outburst at 2022 10 26.05 ± 0.73 16.60R => 14.80R

0029P C2022 10 26.95860 06 59 13.97 +29 02 47.3 16.09R C23 5.70″ (6.65″) 120s L Diepvens
0029P C2022 10 26.95935 06 59 14.03 +29 02 47.9 16.26R C23
0029P C2022 10 26.96009 06 59 13.98 +29 02 48.2 16.17R C23
0029P C2022 10 26.96160 06 59 14.00 +29 02 48.1 16.18R C23
0029P C2022 10 26.96234 06 59 14.02 +29 02 48.3 16.13R C23
0029P C2022 10 26.96309 06 59 14.00 +29 02 48.2 16.18R C23

0029P KC2022 10 27.05513 06 59 14.14 +29 02 51.2 16.06R L27 5.96″ (6.71″)
0029P KC2022 10 27.10132 06 59 14.21 +29 02 52.4 16.08R L27
0029P KC2022 10 27.14761 06 59 14.27 +29 02 53.5 16.08R L27
0029P KC2022 10 27.21128 06 59 14.33 +29 02 55.0 16.05R L27

0029P KC2022 10 27.93929 06 59 15.33 +29 03 13.3 16.71R I81 5.15″ (5.66″) 3x120s Rc poor conditions
0029P KC2022 10 27.95611 06 59 15.39 +29 03 14.4 16.36R I81 variable extinction
0029P KC2022 10 27.96796 06 59 15.38 +29 03 14.4 16.19R I81

0029P KC2022 10 27.98737 06 59 15.38 +29 03 14.8 16.28R L27 5.96″ (6.71″) cirrus
0029P KC2022 10 28.03283 06 59 15.49 +29 03 16.4 16.14R L27
0029P KC2022 10 28.07984 06 59 15.46 +29 03 17.1 16.17R L27
0029P KC2022 10 28.12604 06 59 15.46 +29 03 19.5 16.26R L27
0029P KC2022 10 28.17228 06 59 15.50 +29 03 20.3 16.14R L27
0029P KC2022 10 28.21241 06 59 15.54 +29 03 20.8 16.12R L27

0029P C2022 10 28.34977 06 59 15.77 +29 03 24.2 16.41R 718 5.11″ (5.48″) 60s
0029P C2022 10 28.35060 06 59 15.75 +29 03 24.2 16.42R 718
0029P C2022 10 28.35144 06 59 15.75 +29 03 24.2 16.45R 718
0029P C2022 10 28.35227 06 59 15.74 +29 03 24.5 16.36R 718
0029P C2022 10 28.35310 06 59 15.75 +29 03 24.2 16.35R 718
0029P C2022 10 28.35395 06 59 15.75 +29 03 24.3 16.29R 718
0029P C2022 10 28.35478 06 59 15.74 +29 03 24.4 16.37R 718
0029P C2022 10 28.35561 06 59 15.77 +29 03 24.3 16.39R 718
0029P C2022 10 28.35645 06 59 15.73 +29 03 24.4 16.46R 718
0029P C2022 10 28.35728 06 59 15.76 +29 03 24.7 16.37R 718

0029P C2022 10 28.53127 06 59 15.79 +29 03 29.4 16.47R T04 5.70″ (5.98″) RM

0029P KC2022 10 28.94526 06 59 16.01 +29 03 39.8 16.27R L27 5.96″ (6.71″)
0029P KC2022 10 28.99146 06 59 16.01 +29 03 41.7 16.29R L27
0029P KC2022 10 29.03842 06 59 16.02 +29 03 42.9 16.24R L27
0029P KC2022 10 29.08393 06 59 16.00 +29 03 44.2 16.21R L27
0029P KC2022 10 29.13076 06 59 15.99 +29 03 45.5 16.10R L27
0029P KC2022 10 29.18137 06 59 15.96 +29 03 46.9 16.28R L27
0029P KC2022 10 29.21319 06 59 15.97 +29 03 47.4 16.22R L27

0029P KC2022 10 30.96014 06 59 14.88 +29 04 35.4 16.57R I81 5.15″ (5.66″) 3x120s Rc good conditions
0029P KC2022 10 30.96440 06 59 14.85 +29 04 35.4 16.55R I81
0029P KC2022 10 30.96863 06 59 14.86 +29 04 35.2 16.67R I81
0029P KC2022 10 30.97289 06 59 14.87 +29 04 35.7 16.61R I81

0029P C2022 10 31.35394 06 59 14.34 +29 04 46.5 16.79R 718 5.11″ (5.48″)
0029P C2022 10 31.35477 06 59 14.35 +29 04 46.6 16.77R 718
0029P C2022 10 31.35560 06 59 14.34 +29 04 46.4 16.81R 718
0029P C2022 10 31.35644 06 59 14.32 +29 04 46.6 16.79R 718
0029P C2022 10 31.35727 06 59 14.34 +29 04 46.8 16.70R 718
0029P C2022 10 31.35810 06 59 14.34 +29 04 46.7 16.82R 718
0029P C2022 10 31.35894 06 59 14.33 +29 04 46.7 16.70R 718
0029P C2022 10 31.35977 06 59 14.34 +29 04 46.5 16.70R 718
0029P C2022 10 31.36060 06 59 14.34 +29 04 46.7 16.84R 718
0029P C2022 10 31.36144 06 59 14.33 +29 04 46.9 16.81R 718

0029P KC2022 11 01.93075 06 59 10.81 +29 05 32.2 16.39R L27 5.96″ (6.71″)
0029P KC2022 11 01.97699 06 59 10.67 +29 05 33.6 16.37R L27
0029P KC2022 11 02.02443 06 59 10.49 +29 05 35.3 16.41R L27
0029P KC2022 11 02.05868 06 59 10.41 +29 05 36.5 16.48R L27 (cirrus)
0029P KC2022 11 02.08900 06 59 10.28 +29 05 37.4 17.11R L27 (cirrus)

0029P KC2022 11 02.09443 06 59 10.28 +29 05 37.1 16.62R Z09 5.11″ (5.48″) W. Hawley
0029P KC2022 11 02.09911 06 59 10.20 +29 05 37.8 16.61R Z09
0029P KC2022 11 02.10299 06 59 10.31 +29 05 37.1 16.63R Z09
0029P KC2022 11 02.10743 06 59 10.22 +29 05 37.2 16.77R Z09
0029P KC2022 11 02.11090 06 59 10.19 +29 05 37.0 17.01R Z09
0029P KC2022 11 02.11583 06 59 10.17 +29 05 38.1 16.61R Z09
0029P KC2022 11 02.12043 06 59 10.15 +29 05 38.2 16.57R Z09
0029P KC2022 11 02.12442 06 59 10.21 +29 05 38.2 16.50R Z09
0029P KC2022 11 02.12802 06 59 10.17 +29 05 38.3 16.67R Z09
0029P KC2022 11 02.13274 06 59 10.11 +29 05 38.5 16.56R Z09
0029P KC2022 11 02.14186 06 59 10.13 +29 05 38.9 16.54R Z09
0029P KC2022 11 02.14569 06 59 10.09 +29 05 38.9 16.82R Z09

0029P KC2022 11 02.14500 104.79212 +29.09404 16.62R 970 5.60″ (6.16″)
0029P KC2022 11 02.14667 104.79203 +29.09408 16.55R 970

0029P C2022 11 02.42259 06 59 09.26 +29 05 47.3 16.65R V39 5.45″ (5.85″) W. Cuppens
0029P C2022 11 02.42706 06 59 09.24 +29 05 47.4 16.65R V39
0029P C2022 11 02.43154 06 59 09.22 +29 05 47.6 16.65R V39

0029P C2022 11 02.60315 06 59 08.64 +29 05 53.1 16.71R F65 5.61″ (5.74″)
0029P C2022 11 02.60437 06 59 08.63 +29 05 53.2 16.73R F65

0029P C2022 11 02.62626 06 59 08.54 +29 05 53.7 16.71R F65 5.61″ (5.74″) Stoddard-Jones
0029P C2022 11 02.63034 06 59 08.52 +29 05 53.9 16.72R F65
0029P C2022 11 02.63300 06 59 08.51 +29 05 53.9 16.70R F65
0029P C2022 11 02.63400 06 59 08.51 +29 05 54.0 16.71R F65
0029P C2022 11 02.63665 06 59 08.50 +29 05 54.1 16.72R F65
0029P C2022 11 02.63766 06 59 08.49 +29 05 54.1 16.75R F65
0029P C2022 11 02.63874 06 59 08.49 +29 05 54.1 16.73R F65
0029P C2022 11 02.63985 06 59 08.49 +29 05 54.1 16.75R F65
0029P C2022 11 02.64092 06 59 08.48 +29 05 54.1 16.71R F65
0029P C2022 11 02.64191 06 59 08.47 +29 05 54.2 16.72R F65
0029P C2022 11 02.64301 06 59 08.47 +29 05 54.2 16.71R F65
0029P C2022 11 02.64401 06 59 08.47 +29 05 54.3 16.74R F65
0029P C2022 11 02.64500 06 59 08.46 +29 05 54.3 16.72R F65

0029P KC2022 11 02.92325 06 59 07.57 +29 06 02.0 16.55R L27 5.96″ (6.71″)
0029P KC2022 11 02.96952 06 59 07.40 +29 06 03.5 16.40R L27
0029P KC2022 11 03.01574 06 59 07.23 +29 06 04.8 16.53R L27
0029P KC2022 11 03.06202 06 59 07.04 +29 06 06.3 16.37R L27
0029P KC2022 11 03.11001 06 59 06.81 +29 06 07.9 16.30R L27
0029P KC2022 11 03.15817 06 59 06.61 +29 06 09.5 16.64R L27 cirrus

0029P KC2022 11 03.96840 06 59 03.35 +29 06 33.3 16.61R I81 5.15″ (5.66″) 3x120s Rc
0029P KC2022 11 03.97437 06 59 03.33 +29 06 33.6 16.67R I81
0029P KC2022 11 03.97858 06 59 03.28 +29 06 33.2 16.76R I81
0029P KC2022 11 03.98279 06 59 03.26 +29 06 33.8 17.02R I81
0029P KC2022 11 03.98704 06 59 03.24 +29 06 34.1 16.70R I81

0029P C2022 11 04.03237 06 59 03.07 +29 06 35.4 16.56R XXX 5.00″ (5.42″) Sargent
0029P C2022 11 04.04005 06 59 03.02 +29 06 35.6 16.56R XXX

0029P C2022 11 04.33814 06 59 01.67 +29 06 45.3 16.69R V39 5.45″ (5.85″) Cuppens
0029P C2022 11 04.34018 06 59 01.68 +29 06 45.4 16.72R V39
0029P C2022 11 04.34223 06 59 01.66 +29 06 45.4 16.71R V39

0029P KC2022 11 05.00400 06 58 58.31 +29 07 05.1 16.67R I81 5.15″ (5.66″) 3x120s Rc
0029P KC2022 11 05.00826 06 58 58.28 +29 07 05.8 16.69R I81
0029P KC2022 11 05.01252 06 58 58.26 +29 07 05.9 16.71R I81
0029P KC2022 11 05.01673 06 58 58.28 +29 07 05.6 16.65R I81

0029P C2022 11 05.11712 06 58 57.68 +29 07 09.5 16.59R C23 5.70″ (6.65″) 120s L Diepvens
0029P C2022 11 05.11855 06 58 57.68 +29 07 09.5 16.74R C23
0029P C2022 11 05.12000 06 58 57.68 +29 07 09.4 16.63R C23
0029P C2022 11 05.12288 06 58 57.65 +29 07 09.5 16.61R C23
0029P C2022 11 05.12433 06 58 57.65 +29 07 09.6 16.60R C23
0029P C2022 11 05.12578 06 58 57.66 +29 07 09.5 16.66R C23

0029P KC2022 11 05.11715 06 58 57.70 +29 07 09.7 16.81R Z10 5.49″ (5.79″) 3x60s
0029P KC2022 11 05.11958 06 58 57.69 +29 07 09.6 16.87R Z10
0029P KC2022 11 05.12200 06 58 57.66 +29 07 09.9 16.75R Z10
0029P KC2022 11 05.12605 06 58 57.65 +29 07 09.9 16.86R Z10
0029P KC2022 11 05.12846 06 58 57.64 +29 07 10.0 16.81R Z10
0029P KC2022 11 05.13088 06 58 57.63 +29 07 09.9 16.86R Z10

0029P KC2022 11 05.89958 06 58 53.33 +29 07 33.8 16.74R L27 5.96″ (6.71″)
0029P KC2022 11 05.94580 06 58 53.08 +29 07 35.7 16.57R L27
0029P KC2022 11 05.99205 06 58 52.79 +29 07 37.2 16.60R L27
0029P KC2022 11 06.03830 06 58 52.49 +29 07 38.9 16.53R L27
0029P KC2022 11 06.08455 06 58 52.20 +29 07 40.2 16.49R L27
0029P KC2022 11 06.13078 06 58 51.89 +29 07 41.7 16.59R L27
0029P KC2022 11 06.17782 06 58 51.57 +29 07 43.2 16.72R L27
0029P KC2022 11 06.21687 06 58 51.33 +29 07 44.4 16.61R L27

0029P KC2022 11 06.12853 06 58 51.94 +29 07 41.6 16.89R Z09 5.11″ (5.48″)
0029P KC2022 11 06.13241 06 58 51.86 +29 07 41.1 16.64R Z09
0029P KC2022 11 06.13688 06 58 51.90 +29 07 41.5 16.73R Z09
0029P KC2022 11 06.14077 06 58 51.79 +29 07 41.9 16.82R Z09
0029P KC2022 11 06.15015 06 58 51.76 +29 07 42.2 16.65R Z09
0029P KC2022 11 06.15404 06 58 51.76 +29 07 42.0 16.69R Z09
0029P KC2022 11 06.15791 06 58 51.72 +29 07 42.4 16.68R Z09
0029P KC2022 11 06.16180 06 58 51.72 +29 07 42.3 16.77R Z09
0029P KC2022 11 06.16567 06 58 51.70 +29 07 42.3 16.88R Z09
0029P KC2022 11 06.16955 06 58 51.64 +29 07 42.6 16.75R Z09
0029P KC2022 11 06.17342 06 58 51.64 +29 07 42.8 16.66R Z09
0029P KC2022 11 06.17731 06 58 51.59 +29 07 42.8 16.80R Z09

0029P KC2022 11 06.90426 06 58 47.00 +29 08 07.3 16.51R L27 5.96″ (6.71″)
0029P KC2022 11 06.94975 06 58 46.66 +29 08 08.3 16.60R L27
0029P KC2022 11 07.06026 06 58 45.93 +29 08 11.4 16.49R L27(star)

0029P KC2022 11 06.91722 06 58 46.86 +29 08 05.9 16.84R I81 5.15″ (5.66″) 3x120s Rc
0029P KC2022 11 06.92147 06 58 46.86 +29 08 06.2 16.67R I81
0029P KC2022 11 06.92570 06 58 46.83 +29 08 06.8 16.81R I81
0029P KC2022 11 06.92997 06 58 46.83 +29 08 06.2 16.81R I81

0029P KC2022 11 07.31962 06 58 44.17 +29 08 20.02 16.86R H06 5.76″ (6.44″) T21 Watkins
0029P KC2022 11 07.32600 06 58 44.13 +29 08 20.20 16.86R H06

**Mini-outburst at 2022 11 08.45 +/-0.90 16.85R => 16.57R

0029P C2022 11 09.58598 06 58 26.24 +29 09 34.7 16.57R F65 5.61″ (5.74″)

0029P KC2022 11 09.86049 06 58 23.86 +29 09 42.9 16.77R C10 4.86″ (5.67″) to be checked
0029P KC2022 11 09.90863 06 58 23.39 +29 09 45.4 16.70R C10
0029P KC2022 11 09.99634 06 58 22.65 +29 09 48.4 16.73R C10
0029P KC2022 11 10.04268 06 58 22.19 +29 09 49.5 17.11R C10
0029P KC2022 11 10.08905 06 58 21.74 +29 09 50.9 16.94R C10
0029P KC2022 11 10.13835 06 58 21.29 +29 09 52.7 16.88R C10
0029P KC2022 11 10.18732 06 58 20.79 +29 09 54.3 16.97R C10

**Mini-outburst at 2022 11 10.27 +/-0.07 16.55R => 16.25R

0029P C2022 11 10.35984 06 58 19.285+29 10 00.19 16.20R H06
0029P KC2022 11 10.36502 06 58 19.263+29 10 00.64 16.23R H06 5.76″ (6.44″) T21 4x120s Watkins
0029P KC2022 11 10.37142 06 58 19.210+29 10 00.88 16.28R H06

0029P C2022 11 10.58599 06 58 17.10 +29 10 08.5 16.26R F65 5.61″ (5.74″)

0029P KC2022 11 10.89868 06 58 14.17 +29 10 18.3 16.19R L27 5.96″ (6.71″)
0029P KC2022 11 10.94500 06 58 13.68 +29 10 20.1 16.24R L27
0029P KC2022 11 10.99122 06 58 13.22 +29 10 21.7 16.28R L27
0029P KC2022 11 11.03747 06 58 12.77 +29 10 23.4 16.27R L27
0029P KC2022 11 11.08369 06 58 12.28 +29 10 25.0 16.25R L27
0029P KC2022 11 11.14887 06 58 11.60 +29 10 27.1 16.19R L27
0029P KC2022 11 11.17809 06 58 11.29 +29 10 28.1 16.24R L27
0029P KC2022 11 11.22218 06 58 10.83 +29 10 29.5 16.21R L27

0029P C2022 11 11.04894 06 58 12.67 +29 10 23.9 16.53R Z10 5.49″ (5.79″) 3x60s
0029P C2022 11 11.05133 06 58 12.63 +29 10 24.1 16.28R Z10
0029P C2022 11 11.05373 06 58 12.63 +29 10 23.6 16.47R Z10
0029P C2022 11 11.05771 06 58 12.56 +29 10 24.4 16.55R Z10
0029P C2022 11 11.06010 06 58 12.52 +29 10 24.4 16.43R Z10
0029P C2022 11 11.06251 06 58 12.54 +29 10 24.2 16.46R Z10

0029P KC2022 11 12.05897 06 58 02.40 +29 10 55.7 15.36R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 11 12.06323 06 58 02.39 +29 10 55.5 15.43R I81
0029P KC2022 11 12.06749 06 58 02.38 +29 10 55.4 15.46R I81
0029P KC2022 11 12.07176 06 58 02.40 +29 10 55.3 15.69R I81

0029P KC2022 11 13.35574 06 57 47.89 +29 11 42.6 16.39R 718 5.11″ (5.48″) 10x60s 79% Moon 3deg

0029P C2022 11 14.54959 06 57 33.47 +29 12 24.5 16.61R F65 5.61″ (5.74″) Stoddard-Jones
0029P C2022 11 14.55081 06 57 33.46 +29 12 24.4 16.65R F65
0029P C2022 11 14.55203 06 57 33.44 +29 12 24.6 16.64R F65
0029P C2022 11 14.59122 06 57 32.93 +29 12 25.9 16.65R F65 5.61″ (5.74″) Miles

0029P C2022 11 15.48516 06 57 21.41 +29 12 56.5 16.67R 718 5.11″ (5.48″)
0029P C2022 11 15.48599 06 57 21.39 +29 12 56.6 16.71R 718
0029P C2022 11 15.48683 06 57 21.36 +29 12 56.8 16.72R 718
0029P C2022 11 15.48766 06 57 21.36 +29 12 56.8 16.66R 718
0029P C2022 11 15.48849 06 57 21.36 +29 12 56.8 16.57R 718
0029P C2022 11 15.48933 06 57 21.34 +29 12 56.7 16.72R 718
0029P C2022 11 15.49016 06 57 21.32 +29 12 56.8 16.52R 718
0029P C2022 11 15.49099 06 57 21.31 +29 12 56.8 16.62R 718
0029P C2022 11 15.49183 06 57 21.31 +29 12 56.8 16.66R 718
0029P C2022 11 15.49266 06 57 21.28 +29 12 56.8 16.65R 718

0029P C2022 11 16.58814 06 57 06.41 +29 13 35.2 16.81R F65 5.61″ (5.74″) Miles

**Mini-outburst at 2022 11 16.96 +/-0.30 16.81R => 16.60R

0029P C2022 11 17.33162 06 56 55.87 +29 14 00.7 16.61R 718 5.11″ (5.48″)
0029P C2022 11 17.33245 06 56 55.86 +29 14 00.8 16.53R 718
0029P C2022 11 17.33329 06 56 55.85 +29 14 00.8 16.59R 718
0029P C2022 11 17.33412 06 56 55.83 +29 14 00.7 16.52R 718
0029P C2022 11 17.33495 06 56 55.82 +29 14 00.8 16.65R 718
0029P C2022 11 17.33579 06 56 55.80 +29 14 00.7 16.60R 718
0029P C2022 11 17.33662 06 56 55.79 +29 14 00.9 16.59R 718
0029P C2022 11 17.33745 06 56 55.78 +29 14 00.9 16.56R 718
0029P C2022 11 17.33829 06 56 55.77 +29 14 01.0 16.66R 718
0029P C2022 11 17.33912 06 56 55.75 +29 14 01.0 16.68R 718

0029P C2022 11 17.62692 06 56 51.43 +29 14 11.6 16.62R F65 5.61″ (5.74″) Stoddard-Jones
0029P C2022 11 17.62813 06 56 51.41 +29 14 11.7 16.64R F65
0029P C2022 11 17.62935 06 56 51.39 +29 14 11.7 16.64R F65
0029P C2022 11 17.63219 06 56 51.34 +29 14 11.9 16.62R F65 5.61″ (5.74″) Miles

0029P C2022 11 18.17841 06 56 43.18 +29 14 30.4 16.37R C23 5.70″ (6.65″) 60s L Diepvens
0029P C2022 11 18.17916 06 56 43.16 +29 14 30.3 16.28R C23
0029P C2022 11 18.17991 06 56 43.15 +29 14 30.4 16.30R C23
0029P C2022 11 18.18066 06 56 43.14 +29 14 30.4 16.23R C23
0029P C2022 11 18.18140 06 56 43.13 +29 14 30.5 16.10R C23

**Mini-outburst at 2022 11 18.53 ± 0.28 16.65R => 15.55R

0029P KC2022 11 18.88846 06 56 32.36 +29 14 55.7 15.45R L27 5.96″ (6.71″) poor seeing + cirrus
0029P KC2022 11 18.93472 06 56 31.60 +29 14 57.2 15.36R L27
0029P KC2022 11 18.98091 06 56 30.86 +29 14 58.7 15.55R L27

0029P C2022 11 18.99432 06 56 30.71 +29 14 59.6 15.56R Z21 5.70″ (5.96″) Miles

0029P KC2022 11 18.98279 06 56 30.85 +29 14 58.7 15.53R Z09 5.11″ (5.47″) Mean of 9 frames
0029P KC2022 11 18.98936 06 56 30.73 +29 14 59.0 15.49R Z09
0029P KC2022 11 18.99593 06 56 30.62 +29 14 59.2 15.52R Z09
0029P KC2022 11 19.00250 06 56 30.52 +29 14 59.5 15.53R Z09
0029P KC2022 11 19.00906 06 56 30.41 +29 14 59.8 15.52R Z09
0029P KC2022 11 19.01563 06 56 30.30 +29 15 00.0 15.58R Z09
0029P KC2022 11 19.02283 06 56 30.19 +29 15 00.3 15.55R Z09
0029P KC2022 11 19.03011 06 56 30.07 +29 15 00.5 15.55R Z09
0029P KC2022 11 19.03734 06 56 29.96 +29 15 00.7 15.55R Z09

0029P KC2022 11 19.02717 06 56 30.12 +29 15 00.9 15.51R L27 5.96″ (6.71″) poor seeing + cirrus
0029P KC2022 11 19.06689 06 56 29.47 +29 15 02.2 15.53R L27

0029P C2022 11 19.12518 06 56 28.56 +29 15 04.6 15.64R Z17 5.70″ (5.96″) Miles

0029P KC2022 11 19.17628 06 56 27.70 +29 15 05.9 15.56R 204 5.58″ (6.04″) Rc 300s Aletti
0029P KC2022 11 19.18541 06 56 27.53 +29 15 06.1 15.55R 204
0029P KC2022 11 19.19231 06 56 27.41 +29 15 06.2 15.53R 204
0029P KC2022 11 19.20222 06 56 27.25 +29 15 06.6 15.50R 204

0029P C2022 11 19.20500 06 56 27.24 +29 15 07.6 15.62R Z21 5.70″ (5.96″) Miles

0029P C2022 11 19.28834 06 56 25.96 +29 15 11.9 15.71R W89 5.70″ (5.96″) Miles

0029P C2022 11 19.42928 06 56 23.69 +29 15 14.9 15.54R 718 5.11″ (5.48″)
0029P C2022 11 19.43011 06 56 23.66 +29 15 14.5 15.52R 718
0029P C2022 11 19.43094 06 56 23.66 +29 15 15.0 15.57R 718
0029P C2022 11 19.43178 06 56 23.64 +29 15 14.6 15.51R 718
0029P C2022 11 19.43261 06 56 23.64 +29 15 15.0 15.51R 718
0029P C2022 11 19.43344 06 56 23.62 +29 15 15.1 15.53R 718
0029P C2022 11 19.43427 06 56 23.61 +29 15 15.0 15.56R 718
0029P C2022 11 19.43511 06 56 23.60 +29 15 15.1 15.54R 718
0029P C2022 11 19.43594 06 56 23.58 +29 15 15.0 15.50R 718
0029P C2022 11 19.43677 06 56 23.58 +29 15 14.9 15.55R 718

0029P KC2022 11 19.90056 06 56 16.07 +29 15 30.5 15.70R L27 5.96″ (6.71″)
0029P KC2022 11 19.94689 06 56 15.35 +29 15 32.7 15.73R L27
0029P KC2022 11 19.99318 06 56 14.56 +29 15 34.8 15.67R L27
0029P KC2022 11 20.03940 06 56 13.77 +29 15 36.5 15.73R L27
0029P KC2022 11 20.08569 06 56 13.00 +29 15 39.4 15.72R L27
0029P KC2022 11 20.13279 06 56 12.12 +29 15 40.1 15.71R L27
0029P KC2022 11 20.17904 06 56 11.41 +29 15 41.5 15.71R L27
0029P KC2022 11 20.23020 06 56 10.51 +29 15 42.8 15.76R L27

0029P C2022 11 20.50645 06 56 05.89 +29 15 52.5 15.93R 718 5.11″ (5.48″)
0029P C2022 11 20.50729 06 56 05.87 +29 15 52.8 15.88R 718
0029P C2022 11 20.50812 06 56 05.86 +29 15 52.8 15.95R 718
0029P C2022 11 20.50896 06 56 05.84 +29 15 52.9 15.96R 718
0029P C2022 11 20.50979 06 56 05.83 +29 15 52.5 15.97R 718
0029P C2022 11 20.51062 06 56 05.82 +29 15 53.0 15.87R 718
0029P C2022 11 20.51146 06 56 05.80 +29 15 52.9 15.90R 718
0029P C2022 11 20.51229 06 56 05.78 +29 15 52.7 15.92R 718
0029P C2022 11 20.51312 06 56 05.77 +29 15 52.7 15.90R 718
0029P C2022 11 20.51408 06 56 05.76 +29 15 53.0 15.93R 718

**Mini-outburst at 2022 11 20.71 ± 0.15 15.90R => 15.65R

0029P C2022 11 20.90747 15.38R Z80 5.6 5.6 no filter Bamberger / Wells
0029P C2022 11 20.91142 15.58R Z80
0029P C2022 11 20.91929 15.62R Z80
0029P C2022 11 20.92323 15.45R Z80

0029P C2022 11 20.97557 06 55 58.02 +29 16 07.7 15.67R XXX 5.00″ (5.42″) Sargent
0029P C2022 11 20.98286 06 55 57.88 +29 16 08.3 15.62R XXX
0029P C2022 11 20.99016 06 55 57.76 +29 16 08.2 15.66R XXX

0029P KC2022 11 21.00052 06 55 57.54 +29 16 08.8 15.59R I81 5.15″ (5.66″) 3x120s Rc
0029P KC2022 11 21.00479 06 55 57.47 +29 16 08.9 15.63R I81
0029P KC2022 11 21.00906 06 55 57.39 +29 16 09.0 15.63R I81
0029P KC2022 11 21.01332 06 55 57.33 +29 16 12.7 15.70R I81

0029P KC2022 11 21.00888 103.98929 +29.26925 15.61R 970 5.60″ (6.16″)
0029P KC2022 11 21.01289 103.98895 +29.26927 15.65R 970
0029P KC2022 11 21.01604 103.98876 +29.26928 15.65R 970
0029P KC2022 11 21.01762 103.98862 +29.26930 15.61R 970

0029P KC2022 11 21.14311 06 55 55.05 +29 16 14.2 15.59R 204 4.92″ (5.74″) R filter Aletti
0029P KC2022 11 21.16193 06 55 54.71 +29 16 15.1 15.51R 204
0029P KC2022 11 21.17321 06 55 54.51 +29 16 15.4 15.52R 204
0029P KC2022 11 21.18828 06 55 54.24 +29 16 15.9 15.56R 204
0029P KC2022 11 21.19619 06 55 54.10 +29 16 16.1 15.54R 204

0029P C2022 11 21.29169 06 55 52.50 +29 16 21.3 15.74 R W88 5.08″ (5.72″) No filter Paul
0029P C2022 11 21.29517 06 55 52.43 +29 16 21.5 15.73 R W88

0029P C2022 11 21.33732 06 55 51.73 +29 16 21.0 15.70R 718 5.11″ (5.48″)
0029P C2022 11 21.33815 06 55 51.72 +29 16 21.0 15.71R 718
0029P C2022 11 21.33899 06 55 51.71 +29 16 21.0 15.70R 718
0029P C2022 11 21.33982 06 55 51.69 +29 16 21.0 15.66R 718
0029P C2022 11 21.34065 06 55 51.68 +29 16 21.0 15.69R 718
0029P C2022 11 21.34148 06 55 51.66 +29 16 21.0 15.67R 718
0029P C2022 11 21.34232 06 55 51.64 +29 16 21.1 15.64R 718
0029P C2022 11 21.34315 06 55 51.64 +29 16 21.1 15.72R 718
0029P C2022 11 21.34399 06 55 51.62 +29 16 21.1 15.67R 718
0029P C2022 11 21.34482 06 55 51.60 +29 16 21.2 15.69R 718

** Outburst at 2022 11 21.83 ± 0.40 15.70R => 11.95R
SECOND MOST INTENSE OUTBURST IN 12 YEARS

0029P C2022 11 22.32544 06 55 34.15 +29 16 54.6 11.95R 718 5.11″ (5.48″)
0029P C2022 11 22.32627 06 55 34.12 +29 16 54.5 11.95R 718
0029P C2022 11 22.32711 06 55 34.10 +29 16 54.5 11.95R 718
0029P C2022 11 22.32794 06 55 34.11 +29 16 54.3 11.96R 718
0029P C2022 11 22.32877 06 55 34.09 +29 16 54.5 11.94R 718
0029P C2022 11 22.32961 06 55 34.07 +29 16 54.4 11.94R 718
0029P C2022 11 22.33044 06 55 34.03 +29 16 54.8 11.95R 718
0029P C2022 11 22.33127 06 55 34.04 +29 16 54.6 11.94R 718
0029P C2022 11 22.33211 06 55 34.02 +29 16 54.8 11.96R 718
0029P C2022 11 22.33294 06 55 33.99 +29 16 54.7 11.96R 718

0029P KC2022 11 22.83770 06 55 24.76 +29 17 11.1 11.95R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 11 22.83986 06 55 24.73 +29 17 11.1 11.92R I81
0029P KC2022 11 22.84201 06 55 24.64 +29 17 11.7 11.94R I81
0029P KC2022 11 22.84417 06 55 24.64 +29 17 11.1 11.94R I81
0029P KC2022 11 22.84632 06 55 24.59 +29 17 11.4 11.95R I81

0029P C2022 11 22.83489 06 55 24.82 +29 17 10.7 11.95R L27 5.96″ (6.71″)
0029P C2022 11 22.85812 06 55 24.40 +29 17 12.5 12.02R L27
0029P C2022 11 22.88173 06 55 23.94 +29 17 13.2 11.99R L27
0029P C2022 11 22.90813 06 55 23.48 +29 17 14.1 11.97R L27
0029P C2022 11 22.93174 06 55 23.01 +29 17 15.3 11.96R L27

0029P C2022 11 22.90032 12.05R Z80 5.6 5.6 no filter Bamberger / Wells
0029P C2022 11 22.90326 12.06R Z80
0029P C2022 11 22.90620 12.04R Z80
0029P C2022 11 22.90916 12.07R Z80
0029P C2022 11 22.91209 12.07R Z80
0029P C2022 11 22.91505 12.06R Z80

0029P KC2022 11 22.91716 103.84710 +29.28727 12.00R 970 5.60″ (6.16″)
0029P KC2022 11 22.92032 103.84674 +29.28730 12.01R 970
0029P KC2022 11 22.98817 103.84151 +29.28798 11.98R 970
0029P KC2022 11 22.99371 103.84112 +29.28809 12.00R 970
0029P KC2022 11 23.00004 103.84061 +29.28816 11.99R 970

0029P C2022 11 22.91899 06 55 23.27 +29 17 14.1 12.00R Z09 5.11″ (5.48″) W. Hawley
0029P C2022 11 22.91972 06 55 23.22 +29 17 14.8 12.01R Z09
0029P C2022 11 22.92046 06 55 23.25 +29 17 14.5 11.97R Z09
0029P C2022 11 22.92119 06 55 23.24 +29 17 14.7 11.97R Z09
0029P C2022 11 22.92192 06 55 23.17 +29 17 13.8 12.00R Z09
0029P C2022 11 22.92265 06 55 23.16 +29 17 14.5 11.97R Z09
0029P C2022 11 22.92484 06 55 23.17 +29 17 14.6 11.96R Z09
0029P C2022 11 22.92557 06 55 23.10 +29 17 14.9 11.98R Z09
0029P C2022 11 22.92764 06 55 23.07 +29 17 14.9 11.97R Z09
0029P C2022 11 22.92837 06 55 23.10 +29 17 14.7 11.97R Z09
0029P C2022 11 22.92910 06 55 23.05 +29 17 14.7 11.97R Z09
0029P C2022 11 22.92983 06 55 23.05 +29 17 14.5 11.96R Z09
0029P C2022 11 22.93056 06 55 23.09 +29 17 14.6 11.99R Z09
0029P C2022 11 22.93129 06 55 23.01 +29 17 14.8 11.99R Z09
0029P C2022 11 22.93203 06 55 22.99 +29 17 15.2 11.99R Z09
0029P C2022 11 22.93276 06 55 23.00 +29 17 14.8 11.99R Z09
0029P C2022 11 22.93349 06 55 22.97 +29 17 15.3 11.99R Z09
0029P C2022 11 22.93484 06 55 22.96 +29 17 15.5 12.03R Z09
0029P C2022 11 22.93558 06 55 22.96 +29 17 14.6 11.99R Z09
0029P C2022 11 22.93631 06 55 22.90 +29 17 14.5 12.01R Z09
0029P C2022 11 22.93705 06 55 22.91 +29 17 15.2 12.00R Z09
0029P C2022 11 22.93778 06 55 22.91 +29 17 14.8 12.05R Z09
0029P C2022 11 22.93852 06 55 22.89 +29 17 15.1 12.04R Z09
0029P C2022 11 22.93925 06 55 22.86 +29 17 15.1 12.00R Z09
0029P C2022 11 22.93998 06 55 22.86 +29 17 14.6 12.02R Z09
0029P C2022 11 22.94072 06 55 22.81 +29 17 15.0 11.98R Z09
0029P C2022 11 22.94145 06 55 22.87 +29 17 15.1 11.98R Z09
0029P C2022 11 22.94278 06 55 22.81 +29 17 15.1 11.99R Z09
0029P C2022 11 22.94351 06 55 22.81 +29 17 15.1 12.00R Z09
0029P C2022 11 22.94425 06 55 22.83 +29 17 15.2 11.99R Z09
0029P C2022 11 22.94498 06 55 22.80 +29 17 15.4 12.02R Z09
0029P C2022 11 22.94571 06 55 22.73 +29 17 15.7 12.02R Z09
0029P C2022 11 22.94644 06 55 22.72 +29 17 15.3 12.00R Z09
0029P C2022 11 22.94717 06 55 22.70 +29 17 15.7 12.00R Z09
0029P C2022 11 22.94790 06 55 22.75 +29 17 15.4 12.01R Z09
0029P C2022 11 22.94863 06 55 22.69 +29 17 15.0 12.02R Z09
0029P C2022 11 22.94937 06 55 22.64 +29 17 15.2 12.04R Z09
0029P C2022 11 22.95070 06 55 22.64 +29 17 15.6 12.04R Z09
0029P C2022 11 22.95143 06 55 22.65 +29 17 15.7 12.01R Z09
0029P C2022 11 22.95216 06 55 22.61 +29 17 15.7 12.02R Z09
0029P C2022 11 22.95289 06 55 22.62 +29 17 15.4 12.04R Z09
0029P C2022 11 22.95362 06 55 22.58 +29 17 15.7 12.01R Z09
0029P C2022 11 22.95436 06 55 22.58 +29 17 15.9 12.02R Z09
0029P C2022 11 22.95509 06 55 22.62 +29 17 16.0 12.01R Z09
0029P C2022 11 22.95583 06 55 22.57 +29 17 15.6 11.99R Z09
0029P C2022 11 22.95656 06 55 22.52 +29 17 15.7 12.02R Z09
0029P C2022 11 22.95729 06 55 22.50 +29 17 16.0 12.02R Z09
0029P C2022 11 22.95941 06 55 22.51 +29 17 16.0 12.01R Z09
0029P C2022 11 22.96014 06 55 22.49 +29 17 15.7 12.01R Z09
0029P C2022 11 22.96087 06 55 22.48 +29 17 16.1 12.02R Z09
0029P C2022 11 22.96161 06 55 22.46 +29 17 15.6 12.03R Z09
0029P C2022 11 22.96234 06 55 22.47 +29 17 15.9 12.03R Z09
0029P C2022 11 22.96307 06 55 22.42 +29 17 15.9 12.01R Z09
0029P C2022 11 22.96380 06 55 22.40 +29 17 16.1 12.02R Z09
0029P C2022 11 22.96453 06 55 22.36 +29 17 15.9 12.02R Z09
0029P C2022 11 22.96527 06 55 22.39 +29 17 16.1 12.02R Z09

0029P C2022 11 22.96025 06 55 22.49 +29 17 16.0 11.95R XXX 5.00″ (5.42″) Sargent
0029P C2022 11 22.96292 06 55 22.46 +29 17 16.1 11.95R XXX
0029P C2022 11 22.97535 06 55 22.20 +29 17 16.2 11.98R XXX

0029P KC2022 11 22.98657 06 55 21.98 +29 17 16.7 11.86R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 11 22.98873 06 55 21.90 +29 17 17.0 11.91R I81
0029P KC2022 11 22.99088 06 55 21.87 +29 17 16.6 11.76R I81
0029P KC2022 11 22.99304 06 55 21.85 +29 17 16.9 11.93R I81

0029P C2022 11 22.99693 06 55 21.80 +29 17 17.5 12.00R XXX 5.25″ (5.63″) Haymes

0029P C2022 11 23.21874 06 55 17.54 +29 17 25.1 11.97R 204 5.60″ (6.30″) 30s 3×3 R Aletti
0029P C2022 11 23.21913 06 55 17.54 +29 17 24.7 11.97R 204
0029P C2022 11 23.21954 06 55 17.51 +29 17 25.2 11.99R 204
0029P C2022 11 23.21993 06 55 17.49 +29 17 24.8 11.98R 204
0029P C2022 11 23.22034 06 55 17.50 +29 17 25.1 11.98R 204
0029P C2022 11 23.22073 06 55 17.50 +29 17 24.9 11.98R 204
0029P C2022 11 23.22112 06 55 17.48 +29 17 25.2 11.97R 204
0029P C2022 11 23.22153 06 55 17.49 +29 17 24.9 11.96R 204
0029P C2022 11 23.22192 06 55 17.46 +29 17 25.1 11.99R 204
0029P C2022 11 23.22233 06 55 17.48 +29 17 24.9 11.98R 204
0029P C2022 11 23.22272 06 55 17.43 +29 17 25.1 11.98R 204
0029P C2022 11 23.22311 06 55 17.45 +29 17 25.0 11.96R 204
0029P C2022 11 23.22352 06 55 17.44 +29 17 25.2 11.97R 204
0029P C2022 11 23.22391 06 55 17.43 +29 17 25.0 11.97R 204
0029P C2022 11 23.22432 06 55 17.39 +29 17 25.2 12.00R 204
0029P C2022 11 23.22471 06 55 17.41 +29 17 24.9 11.98R 204
0029P C2022 11 23.22510 06 55 17.39 +29 17 24.9 11.97R 204
0029P C2022 11 23.22551 06 55 17.39 +29 17 25.0 11.97R 204
0029P C2022 11 23.22590 06 55 17.40 +29 17 25.3 11.98R 204
0029P C2022 11 23.22631 06 55 17.39 +29 17 25.0 11.98R 204

0029P C2022 11 23.39067 06 55 14.37 +29 17 30.8 12.26R H06 5.08″ (5.71″) 120s R Herman
0029P C2022 11 23.39226 06 55 14.37 +29 17 31.1 12.28R H06
0029P C2022 11 23.39385 06 55 14.27 +29 17 31.2 12.24R H06

0029P C2022 11 23.41781 06 55 13.97 +29 17 32.6 12.10R F65 5.61″ (5.74″) 60s Debackere

0029P C2022 11 23.63007 06 55 09.80 +29 17 40.2 12.22R F65 5.61″ (5.74″) 60s Stoddard-Jones
0029P C2022 11 23.63129 06 55 09.78 +29 17 40.3 12.20R F65
0029P C2022 11 23.63250 06 55 09.72 +29 17 39.9 12.17R F65

0029P C2022 11 23.79358 06 55 06.72 +29 17 43.4 12.25R C23 5.70″ (6.65″) 60s L Diepvens
0029P C2022 11 23.79433 06 55 06.73 +29 17 43.2 12.23R C23
0029P C2022 11 23.79507 06 55 06.75 +29 17 43.9 12.16R C23
0029P C2022 11 23.79582 06 55 06.76 +29 17 43.2 12.20R C23
0029P C2022 11 23.79657 06 55 06.69 +29 17 42.8 12.22R C23
0029P C2022 11 23.79731 06 55 06.72 +29 17 42.6 12.27R C23

0029P C2022 11 23.83585 06 55 06.01 +29 17 43.8 12.28R L27 5.96″ (6.71″)
0029P C2022 11 23.84728 06 55 05.75 +29 17 45.6 12.23R L27
0029P C2022 11 23.85908 06 55 05.55 +29 17 46.8 12.29R L27
0029P C2022 11 23.87088 06 55 05.34 +29 17 46.6 12.25R L27
0029P C2022 11 23.87915 06 55 05.09 +29 17 46.5 12.23R L27

0029P KC2022 11 23.88496 06 55 04.96 +29 17 47.1 12.41R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 11 23.88711 06 55 04.95 +29 17 46.9 12.43R I81

0029P C2022 11 23.89113 12.37R Z80 5.6 5.6 no filter Bamberger / Wells
0029P C2022 11 23.89488 12.42R Z80
0029P C2022 11 23.89848 12.37R Z80
0029P C2022 11 23.90222 12.39R Z80

0029P KC2022 11 23.90968 103.76906 +29.29682 12.41R 970 5.60″ (6.16″)
0029P KC2022 11 23.91363 103.76855 +29.29682 12.39R 970
0029P KC2022 11 23.91758 103.76830 +29.29682 12.40R 970
0029P KC2022 11 23.92157 103.76793 +29.29682 12.38R 970

0029P KC2022 11 24.03950 06 55 02.00 +29 17 53.5 13.66R 204 5.58″ (6.04″) Rc 300s Aletti
0029P KC2022 11 24.04381 06 55 01.94 +29 17 53.3 13.58R 204

0029P KC2022 11 24.16564 06 54 59.54 +29 17 57.0 12.62R XXX 5.25″ (5.63″) Haymes

0029P C2022 11 24.32880 06 54 56.46 +29 18 03.1 12.73R 718 5.11″ (5.48″)
0029P C2022 11 24.32964 06 54 56.46 +29 18 03.3 12.75R 718
0029P C2022 11 24.33047 06 54 56.43 +29 18 03.3 12.74R 718
0029P C2022 11 24.33130 06 54 56.42 +29 18 03.3 12.74R 718
0029P C2022 11 24.33214 06 54 56.39 +29 18 03.3 12.74R 718
0029P C2022 11 24.33297 06 54 56.35 +29 18 03.4 12.72R 718
0029P C2022 11 24.33380 06 54 56.36 +29 18 03.5 12.76R 718
0029P C2022 11 24.33464 06 54 56.34 +29 18 03.1 12.73R 718
0029P C2022 11 24.33547 06 54 56.33 +29 18 03.2 12.73R 718
0029P C2022 11 24.33630 06 54 56.29 +29 18 03.2 12.72R 718

0029P C2022 11 24.41110 06 54 54.70 +29 18 05.4 12.80R V37 5.45″ (5.85″) centroid Usher Comet Chasers
0029P C2022 11 24.41209 06 54 54.67 +29 18 05.3 12.80R V37

0029P C2022 11 24.42372 06 54 54.53 +29 18 07.1 12.78R V39 5.45″ (5.85″) Usher Comet Chasers
0029P C2022 11 24.42472 06 54 54.51 +29 18 07.1 12.78R V39
0029P C2022 11 24.42580 06 54 54.49 +29 18 07.1 12.77R V39
0029P C2022 11 24.42680 06 54 54.48 +29 18 07.3 12.79R V39

0029P C2022 11 24.43664 06 54 54.30 +29 18 07.5 12.72R H06 5.67″ (5.98″) 120s R Herman
0029P C2022 11 24.43834 06 54 54.20 +29 18 07.0 12.65R H06
0029P C2022 11 24.44006 06 54 54.18 +29 18 07.6 12.65R H06

0029P C2022 11 24.63934 06 54 50.30 +29 18 15.1 12.89R Q62 4.92″ (5.33″) R filter Mobberley

0029P C2022 11 24.82077 06 54 46.78 +29 18 19.1 12.82R M09 5.60″ (6.16″) Dekelver
0029P C2022 11 24.82221 06 54 46.77 +29 18 19.1 12.82R M09
0029P C2022 11 24.82365 06 54 46.71 +29 18 19.0 12.80R M09
0029P C2022 11 24.82509 06 54 46.70 +29 18 19.1 12.82R M09
0029P C2022 11 24.82653 06 54 46.70 +29 18 19.2 12.82R M09
0029P C2022 11 24.82796 06 54 46.63 +29 18 19.1 12.81R M09
0029P C2022 11 24.82940 06 54 46.61 +29 18 19.2 12.82R M09
0029P C2022 11 24.83084 06 54 46.54 +29 18 19.1 12.80R M09
0029P C2022 11 24.83084 06 54 46.54 +29 18 19.1 12.80R M09
0029P C2022 11 24.83228 06 54 46.59 +29 18 19.3 12.85R M09
0029P C2022 11 24.83371 06 54 46.53 +29 18 19.9 12.83R M09
0029P C2022 11 24.83515 06 54 46.51 +29 18 20.0 12.85R M09
0029P C2022 11 24.83659 06 54 46.43 +29 18 20.1 12.82R M09
0029P C2022 11 24.83803 06 54 46.44 +29 18 19.9 12.82R M09
0029P C2022 11 24.83946 06 54 46.42 +29 18 20.2 12.84R M09
0029P C2022 11 24.84090 06 54 46.34 +29 18 20.2 12.81R M09
0029P C2022 11 24.84234 06 54 46.33 +29 18 20.2 12.82R M09
0029P C2022 11 24.84378 06 54 46.33 +29 18 20.2 12.82R M09
0029P C2022 11 24.84522 06 54 46.26 +29 18 19.9 12.80R M09
0029P C2022 11 24.84665 06 54 46.27 +29 18 20.1 12.80R M09
0029P C2022 11 24.84809 06 54 46.24 +29 18 20.2 12.82R M09
0029P C2022 11 24.84953 06 54 46.18 +29 18 20.2 12.80R M09
0029P C2022 11 24.85097 06 54 46.17 +29 18 20.3 12.79R M09
0029P C2022 11 24.85240 06 54 46.18 +29 18 20.0 12.83R M09
0029P C2022 11 24.85384 06 54 46.09 +29 18 20.1 12.81R M09

0029P KC2022 11 24.91975 103.68685 +29.30643 12.93R 970 5.60″ (6.16″)
0029P KC2022 11 24.92212 103.68653 +29.30632 12.88R 970
0029P KC2022 11 24.92448 103.68646 +29.30645 12.92R 970

0029P KC2022 11 24.93380 06 54 44.52 +29 18 22.9 12.99R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 11 24.93595 06 54 44.43 +29 18 23.8 12.98R I81

0029P C2022 11 25.02949 06 54 42.67 +29 18 27.7 13.13R Z31 5.45″ (5.85″) Vannini

0029P C2022 11 25.19133 06 54 39.29 +29 18 33.1 13.05R G40 5.08″ (5.72″) No filter Paul
0029P C2022 11 25.19419 06 54 39.25 +29 18 33.3 13.03R G40
0029P C2022 11 25.19765 06 54 39.16 +29 18 32.8 13.07R G40

0029P KC2022 11 25.19479 06 54 39.25 +29 18 32.5 13.13R XXX 5.25″ (5.63″) Haymes

0029P C2022 11 25.40024 06 54 35.16 +29 18 40.0 13.22R 718 5.11″ (5.48″)
0029P C2022 11 25.40107 06 54 35.16 +29 18 39.9 13.23R 718
0029P C2022 11 25.40191 06 54 35.14 +29 18 39.9 13.22R 718
0029P C2022 11 25.40274 06 54 35.12 +29 18 40.0 13.24R 718
0029P C2022 11 25.40358 06 54 35.10 +29 18 39.8 13.23R 718
0029P C2022 11 25.40441 06 54 35.06 +29 18 40.3 13.22R 718
0029P C2022 11 25.40524 06 54 35.06 +29 18 40.1 13.21R 718
0029P C2022 11 25.40608 06 54 35.06 +29 18 40.1 13.23R 718
0029P C2022 11 25.40691 06 54 35.02 +29 18 40.4 13.20R 718
0029P C2022 11 25.40774 06 54 35.02 +29 18 40.1 13.23R 718

0029P C2022 11 25.63037 06 54 30.41 +29 18 48.1 13.32R F65 5.61″ (5.74″) 60s Malaric
0029P C2022 11 25.63114 06 54 30.37 +29 18 47.8 13.26R F65
0029P C2022 11 25.63190 06 54 30.39 +29 18 48.2 13.33R F65

0029P C2022 11 25.63601 06 54 30.28 +29 18 48.2 13.30R F65 5.61″ (5.74″) 60s Debackere
0029P C2022 11 25.63800 06 54 30.26 +29 18 48.5 13.33R F65
0029P C2022 11 25.64028 06 54 30.21 +29 18 48.4 13.32R F65
0029P C2022 11 25.64855 06 54 30.04 +29 18 48.6 13.34R F65
0029P C2022 11 25.65796 06 54 29.79 +29 18 48.5 13.29R F65

0029P C2022 11 25.67456 06 54 29.56 +29 18 50.9 13.21R Q62 5.45″ (5.99″) R Mobberley

0029P KC2022 11 25.83641 06 54 26.27 +29 18 53.8 13.36R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 11 25.83854 06 54 26.17 +29 18 54.4 13.38R I81
0029P KC2022 11 25.84069 06 54 26.21 +29 18 53.1 13.40R I81
0029P KC2022 11 25.84284 06 54 26.16 +29 18 53.4 13.27R I81

0029P C2022 11 25.84945 06 54 26.00 +29 18 52.7 12.94R L27 5.96″ (6.71″)
0029P C2022 11 25.89863 06 54 25.05 +29 18 55.7 12.97R L27
0029P C2022 11 25.94705 06 54 23.98 +29 18 56.9 13.05R L27
0029P C2022 11 25.99107 06 54 23.14 +29 18 59.7 13.16R L27
0029P C2022 11 26.03726 06 54 22.13 +29 19 00.9 13.13R L27

0029P KC2022 11 25.87483 06 54 25.52 +29 18 55.0 13.45R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 11 25.87696 06 54 25.43 +29 18 55.1 13.36R I81

0029P KC2022 11 25.91021 103.60342 +29.31566 13.36R 970 5.60″ (6.16″)
0029P KC2022 11 25.91418 103.60311 +29.31566 13.36R 970
0029P KC2022 11 25.91892 103.60251 +29.31578 13.36R 970
0029P KC2022 11 25.92209 103.60244 +29.31572 13.36R 970

0029P C2022 11 25.90691 06 54 24.88 +29 18 56.4 13.12R C23 5.70″ (6.65″) 60s L Diepvens
0029P C2022 11 25.90766 06 54 24.88 +29 18 55.8 13.14R C23
0029P C2022 11 25.90841 06 54 24.84 +29 18 56.4 13.11R C23
0029P C2022 11 25.90916 06 54 24.82 +29 18 55.9 13.13R C23
0029P C2022 11 25.90991 06 54 24.80 +29 18 56.0 13.10R C23
0029P C2022 11 25.91066 06 54 24.80 +29 18 56.2 13.10R C23
0029P C2022 11 25.91140 06 54 24.75 +29 18 56.0 13.08R C23
0029P C2022 11 25.91215 06 54 24.77 +29 18 56.2 13.07R C23

0029P C2022 11 25.91759 06 54 24.42 +29 18 59.2 13.74R Z10 5.49″ (5.79″) 3x60s poor seeing
0029P C2022 11 25.91985 06 54 24.39 +29 18 59.6 13.70R Z10
0029P C2022 11 25.92209 06 54 24.36 +29 18 59.2 13.71R Z10
0029P C2022 11 25.92587 06 54 24.26 +29 18 59.8 13.72R Z10
0029P C2022 11 25.92814 06 54 24.22 +29 19 00.0 13.72R Z10
0029P C2022 11 25.93041 06 54 24.15 +29 19 00.2 13.74R Z10

0029P C2022 11 25.96302 06 54 23.67 +29 18 58.4 13.40R B96 4.96″ (5.58″) Rc Bryssinck
0029P C2022 11 25.96467 06 54 23.67 +29 18 58.1 13.41R B96
0029P C2022 11 25.96630 06 54 23.61 +29 18 58.6 13.42R B96
0029P KC2022 11 25.96630 06 54 23.64 +29 18 57.7 13.45R B96
0029P C2022 11 25.96793 06 54 23.59 +29 18 58.4 13.42R B96
0029P C2022 11 25.96957 06 54 23.57 +29 18 58.3 13.43R B96

0029P C2022 11 25.97131 06 54 23.49 +29 18 57.3 13.43R B96 4.96″ (5.58″) Clear Bryssinck
0029P C2022 11 25.97295 06 54 23.48 +29 18 58.0 13.43R B96
0029P C2022 11 25.97458 06 54 23.45 +29 18 58.5 13.43R B96
0029P KC2022 11 25.97458 06 54 23.47 +29 18 58.1 13.43R B96
0029P C2022 11 25.97622 06 54 23.41 +29 18 58.5 13.42R B96
0029P C2022 11 25.97785 06 54 23.38 +29 18 58.4 13.43R B96

0029P C2022 11 25.95207 06 54 23.95 +29 18 58.0 13.32R M09 5.60″ (6.16″) Dekelver
0029P C2022 11 25.95489 06 54 23.88 +29 18 58.0 13.31R M09
0029P C2022 11 25.95772 06 54 23.80 +29 18 58.0 13.30R M09
0029P C2022 11 25.96055 06 54 23.78 +29 18 58.0 13.32R M09
0029P C2022 11 25.96337 06 54 23.71 +29 18 58.0 13.32R M09
0029P C2022 11 25.96620 06 54 23.63 +29 18 58.8 13.30R M09
0029P C2022 11 25.96903 06 54 23.60 +29 18 58.8 13.33R M09
0029P C2022 11 25.97185 06 54 23.53 +29 18 58.7 13.32R M09
0029P C2022 11 25.97468 06 54 23.45 +29 18 58.8 13.31R M09
0029P C2022 11 25.97751 06 54 23.43 +29 18 58.8 13.33R M09
0029P C2022 11 25.98034 06 54 23.36 +29 18 58.8 13.33R M09
0029P C2022 11 25.98316 06 54 23.28 +29 18 58.8 13.32R M09
0029P C2022 11 25.98599 06 54 23.21 +29 18 58.8 13.33R M09
0029P C2022 11 25.98882 06 54 23.18 +29 18 58.8 13.34R M09
0029P C2022 11 25.99164 06 54 23.10 +29 18 59.6 13.32R M09
0029P C2022 11 25.99447 06 54 23.02 +29 18 59.5 13.32R M09
0029P C2022 11 25.99729 06 54 23.01 +29 18 59.6 13.33R M09
0029P C2022 11 26.00012 06 54 22.93 +29 18 59.6 13.33R M09
0029P C2022 11 26.00295 06 54 22.86 +29 18 59.5 13.31R M09
0029P C2022 11 26.00577 06 54 22.83 +29 18 59.6 13.34R M09

0029P C2022 11 26.02347 06 54 22.47 +29 19 00.8 13.23R 204 5.60″ (6.30″) 30s 3×3 R Aletti
0029P C2022 11 26.02387 06 54 22.44 +29 19 00.6 13.25R 204
0029P C2022 11 26.02427 06 54 22.44 +29 19 00.7 13.24R 204
0029P C2022 11 26.02466 06 54 22.42 +29 19 00.5 13.24R 204
0029P C2022 11 26.02507 06 54 22.41 +29 19 00.7 13.26R 204
0029P C2022 11 26.02546 06 54 22.38 +29 19 00.4 13.21R 204
0029P C2022 11 26.02586 06 54 22.39 +29 19 00.7 13.25R 204
0029P C2022 11 26.02626 06 54 22.39 +29 19 00.9 13.22R 204
0029P C2022 11 26.02666 06 54 22.36 +29 19 00.7 13.24R 204
0029P C2022 11 26.02706 06 54 22.36 +29 19 00.8 13.23R 204
0029P C2022 11 26.02745 06 54 22.36 +29 19 00.6 13.22R 204
0029P C2022 11 26.02785 06 54 22.36 +29 19 00.8 13.25R 204
0029P C2022 11 26.02825 06 54 22.33 +29 19 01.1 13.25R 204
0029P C2022 11 26.02865 06 54 22.31 +29 19 00.6 13.21R 204
0029P C2022 11 26.02905 06 54 22.33 +29 19 00.5 13.27R 204
0029P C2022 11 26.02944 06 54 22.32 +29 19 00.8 13.25R 204
0029P C2022 11 26.02984 06 54 22.29 +29 19 00.6 13.20R 204
0029P C2022 11 26.03024 06 54 22.31 +29 19 00.8 13.26R 204
0029P C2022 11 26.03064 06 54 22.30 +29 19 00.6 13.26R 204
0029P C2022 11 26.03104 06 54 22.27 +29 19 00.7 13.23R 204
0029P C2022 11 26.03144 06 54 22.28 +29 19 00.9 13.26R 204
0029P C2022 11 26.03183 06 54 22.26 +29 19 00.7 13.24R 204
0029P C2022 11 26.03223 06 54 22.27 +29 19 00.9 13.23R 204
0029P C2022 11 26.03263 06 54 22.26 +29 19 00.6 13.26R 204
0029P C2022 11 26.03303 06 54 22.26 +29 19 00.8 13.25R 204

0029P C2022 11 26.04340 06 54 22.08 +29 19 01.6 13.25R G40 5.76″ (6.48″) 50s Evetts

0029P C2022 11 26.08274 06 54 21.19 +29 19 02.9 13.18R L27 5.96″ (6.71″)
0029P C2022 11 26.13705 06 54 19.97 +29 19 04.0 13.12R L27
0029P C2022 11 26.17386 06 54 19.20 +29 19 03.8 13.20R L27
0029P C2022 11 26.23668 06 54 17.79 +29 19 06.2 13.20R L27

0029P C2022 11 26.23383 06 54 17.99 +29 19 07.9 13.52R Z31 5.45″ (5.85″) Vannini

0029P C2022 11 26.29609 06 54 16.79 +29 19 11.7 13.56R W86 5.45″ (5.85″) Wooding St Mary’s
0029P C2022 11 26.29710 06 54 16.73 +29 19 11.5 13.49R W86
0029P C2022 11 26.29810 06 54 16.75 +29 19 11.8 13.55R W86
0029P C2022 11 26.29910 06 54 16.69 +29 19 11.6 13.49R W86

0029P C2022 11 26.32588 06 54 16.23 +29 19 10.8 13.58R 718 5.11″ (5.48″)
0029P C2022 11 26.32671 06 54 16.20 +29 19 10.6 13.59R 718
0029P C2022 11 26.32755 06 54 16.18 +29 19 10.7 13.58R 718
0029P C2022 11 26.32838 06 54 16.19 +29 19 10.5 13.60R 718
0029P C2022 11 26.32922 06 54 16.16 +29 19 11.4 13.60R 718
0029P C2022 11 26.33005 06 54 16.14 +29 19 11.2 13.60R 718
0029P C2022 11 26.33088 06 54 16.10 +29 19 10.7 13.60R 718
0029P C2022 11 26.33172 06 54 16.11 +29 19 10.9 13.59R 718
0029P C2022 11 26.33255 06 54 16.09 +29 19 10.7 13.61R 718
0029P C2022 11 26.33338 06 54 16.03 +29 19 11.0 13.59R 718

0029P C2022 11 26.63622 06 54 09.60 +29 19 21.6 13.61R F65 5.61″ (5.74″) 60s Simpson
0029P C2022 11 26.63723 06 54 09.58 +29 19 21.7 13.62R F65
0029P C2022 11 26.65443 06 54 09.22 +29 19 22.2 13.64R F65
0029P C2022 11 26.65544 06 54 09.20 +29 19 22.2 13.64R F65

0029P C2022 11 26.99057 06 54 02.28 +29 19 33.3 14.03R Z24 5.45″ (5.85″) Vannini

0029P C2022 11 26.87470 06 54 04.64 +29 19 27.9 13.48R L27 5.96″ (6.71″)
0029P C2022 11 26.92024 06 54 03.74 +29 19 30.1 13.46R L27
0029P C2022 11 26.96576 06 54 02.75 +29 19 31.2 13.48R L27
0029P C2022 11 27.01202 06 54 01.77 +29 19 33.0 13.53R L27
0029P C2022 11 27.05827 06 54 00.76 +29 19 35.2 13.51R L27
0029P C2022 11 27.10653 06 53 59.68 +29 19 36.2 13.54R L27
0029P C2022 11 27.15566 06 53 58.60 +29 19 37.6 13.55R L27
0029P C2022 11 27.19183 06 53 57.85 +29 19 38.9 13.59R L27

0029P C2022 11 27.10538 06 53 59.73 +29 19 36.6 13.97R A77 4.98″ (5.40″) Kugel
0029P C2022 11 27.10585 06 53 59.71 +29 19 36.0 13.96R A77
0029P C2022 11 27.10632 06 53 59.69 +29 19 36.7 13.93R A77
0029P C2022 11 27.10678 06 53 59.72 +29 19 36.6 13.94R A77
0029P C2022 11 27.10724 06 53 59.71 +29 19 36.4 13.94R A77
0029P C2022 11 27.10771 06 53 59.69 +29 19 36.4 13.94R A77
0029P C2022 11 27.10817 06 53 59.68 +29 19 36.6 13.94R A77
0029P C2022 11 27.10863 06 53 59.66 +29 19 36.5 13.96R A77
0029P C2022 11 27.10910 06 53 59.67 +29 19 36.2 13.94R A77
0029P C2022 11 27.10956 06 53 59.62 +29 19 37.1 13.94R A77
0029P C2022 11 27.11002 06 53 59.63 +29 19 36.7 13.94R A77
0029P C2022 11 27.11048 06 53 59.64 +29 19 36.8 13.94R A77
0029P C2022 11 27.11095 06 53 59.64 +29 19 36.6 13.95R A77
0029P C2022 11 27.11141 06 53 59.60 +29 19 37.1 13.94R A77
0029P C2022 11 27.11187 06 53 59.58 +29 19 37.2 13.93R A77
0029P C2022 11 27.11234 06 53 59.56 +29 19 36.9 13.93R A77
0029P C2022 11 27.11280 06 53 59.59 +29 19 36.9 13.94R A77
0029P C2022 11 27.11326 06 53 59.57 +29 19 37.2 13.93R A77
0029P C2022 11 27.11373 06 53 59.53 +29 19 36.9 13.96R A77
0029P C2022 11 27.11419 06 53 59.52 +29 19 37.1 13.96R A77
0029P C2022 11 27.11465 06 53 59.54 +29 19 36.9 13.95R A77
0029P C2022 11 27.11511 06 53 59.53 +29 19 36.8 13.98R A77

0029P C2022 11 27.24533 06 53 56.69 +29 19 41.5 13.71R Z17 5.70″ (5.98″) Vannini

0029P C2022 11 27.38282 06 53 53.91 +29 19 46.0 13.84R F65 5.61″ (5.74″) 60s Stoddard-Jones
0029P C2022 11 27.38404 06 53 53.88 +29 19 46.0 13.84R F65
0029P C2022 11 27.38526 06 53 53.86 +29 19 46.1 13.85R F65

0029P C2022 11 27.43211 06 53 52.71 +29 19 48.0 13.95R H06 5.67″ (5.98″) 120s R Herman
0029P C2022 11 27.43383 06 53 52.63 +29 19 47.8 13.91R H06
0029P C2022 11 27.43552 06 53 52.61 +29 19 47.3 13.84R H06

0029P C2022 11 27.50309 06 53 51.18 +29 19 49.6 14.49V U69 5.04″ (5.36″) Mobberley

** Outburst at 2022 11 27.69 ± 0.15 13.90R => 12.25R

0029P KC2022 11 27.88355 06 53 43.02 +29 20 01.7 12.22R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 11 27.88571 06 53 43.00 +29 20 01.4 12.19R I81
0029P KC2022 11 27.88786 06 53 42.91 +29 20 01.8 12.05R I81
0029P KC2022 11 27.89002 06 53 42.91 +29 20 01.8 12.20R I81
0029P KC2022 11 27.89660 06 53 42.70 +29 20 02.6 11.78R I81
0029P KC2022 11 27.89873 06 53 42.70 +29 20 02.2 12.19R I81

0029P KC2022 11 27.93277 06 53 41.96 +29 20 03.5 12.27R Z09 5.11″ (5.48″) r Hawley
0029P KC2022 11 27.93644 06 53 41.89 +29 20 03.7 12.18R Z09
0029P KC2022 11 27.94009 06 53 41.79 +29 20 03.6 12.25R Z09
0029P KC2022 11 27.94375 06 53 41.71 +29 20 03.7 12.31R Z09
0029P KC2022 11 27.94741 06 53 41.63 +29 20 04.0 12.22R Z09
0029P KC2022 11 27.95108 06 53 41.55 +29 20 04.3 12.26R Z09

0029P C2022 11 27.96733 06 53 41.14 +29 20 05.4 12.23R I81 5.15″ (5.66″) 3x60s Rc
0029P C2022 11 27.96948 06 53 41.07 +29 20 05.5 12.24R I81
0029P C2022 11 27.97163 06 53 41.06 +29 20 04.9 12.23R I81
0029P C2022 11 27.97376 06 53 41.00 +29 20 05.6 12.25R I81

0029P C2022 11 28.03288 06 53 39.77 +29 20 07.5 12.16R Z21 5.70″ (5.98″) 60s Miles

0029P C2022 11 28.06359 06 53 39.09 +29 20 08.6 12.29R Z24 5.45″ (5.85″) Vannini

0029P C2022 11 28.06622 06 53 39.04 +29 20 08.7 12.29R Z24 5.45″ (5.85″) Eleftheriou

0029P C2022 11 28.24345 06 53 34.99 +29 20 14.5 12.39R G40 5.08″ (5.72″) No filter Paul
0029P C2022 11 28.24633 06 53 34.93 +29 20 14.6 12.21R G40
0029P C2022 11 28.24972 06 53 34.86 +29 20 14.7 12.41R G40

0029P C2022 11 28.26462 06 53 34.54 +29 20 15.2 12.19R Z21 5.70″ (5.98″) 60s Miles

0029P C2022 11 28.34355 06 53 32.83 +29 20 19.6 12.01R W89 5.70″ (5.98″) 60s Miles

0029P C2022 11 28.35483 06 53 32.62 +29 20 18.1 12.36R H06 5.67″ (5.98″) 120s R Herman
0029P C2022 11 28.35664 06 53 32.58 +29 20 18.7 12.36R H06
0029P C2022 11 28.35833 06 53 32.56 +29 20 17.7 12.36R H06

0029P C2022 11 28.42108 06 53 31.15 +29 20 21.1 12.28R V38 5.70″ (5.98″) 60s Miles

0029P C2022 11 28.43154 06 53 30.89 +29 20 21.0 12.32R V39 5.45″ (5.85″) Vannini

0029P C2022 11 28.50332 06 53 29.25 +29 20 23.2 12.28R V38 5.70″ (5.98″) 60s Miles

0029P KC2022 11 28.86770 06 53 21.26 +29 20 34.1 12.38R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 11 28.86983 06 53 21.22 +29 20 34.3 12.36R I81
0029P KC2022 11 28.87195 06 53 21.16 +29 20 34.2 12.38R I81
0029P KC2022 11 28.87408 06 53 21.13 +29 20 34.4 12.38R I81

0029P C2022 11 28.82642 06 53 22.16 +29 20 32.6 12.51R C10 4.86″ (5.67″)
0029P C2022 11 28.85235 06 53 21.62 +29 20 33.3 12.49R C10
0029P C2022 11 28.87597 06 53 21.11 +29 20 34.4 12.50R C10
0029P C2022 11 28.90245 06 53 20.47 +29 20 35.3 12.53R C10
0029P C2022 11 28.92615 06 53 19.99 +29 20 36.4 12.51R C10
0029P C2022 11 28.94976 06 53 19.43 +29 20 37.0 12.52R C10
0029P C2022 11 28.97652 06 53 18.84 +29 20 38.2 12.51R C10
0029P C2022 11 28.99227 06 53 18.45 +29 20 38.6 12.52R C10

0029P KC2022 11 28.87923 06 53 21.03 +29 20 34.3 12.39R XXX 5.25″ (5.42″) 180s Demencik
0029P KC2022 11 28.88169 06 53 20.98 +29 20 35.1 12.41R XXX
0029P KC2022 11 28.88548 06 53 20.91 +29 20 35.3 12.39R XXX
0029P KC2022 11 28.89275 06 53 20.79 +29 20 35.3 12.41R XXX
0029P KC2022 11 28.90169 06 53 20.61 +29 20 35.9 12.43R XXX
0029P KC2022 11 28.90827 06 53 20.40 +29 20 35.9 12.44R XXX
0029P KC2022 11 28.91498 06 53 20.27 +29 20 36.1 12.47R XXX

0029P C2022 11 28.90909 06 53 20.40 +29 20 36.3 12.55R Z10 5.49″ (5.79″) 3x60s
0029P C2022 11 28.91133 06 53 20.36 +29 20 36.1 12.56R Z10
0029P C2022 11 28.91358 06 53 20.29 +29 20 36.4 12.54R Z10
0029P C2022 11 28.91581 06 53 20.23 +29 20 36.3 12.54R Z10
0029P C2022 11 28.91830 06 53 20.16 +29 20 36.5 12.55R Z10
0029P C2022 11 28.92178 06 53 20.10 +29 20 36.8 12.54R Z10

0029P C2022 11 28.91391 06 53 20.25 +29 20 36.1 12.41R XXX 5.00″ (5.42″) Sargent
0029P C2022 11 28.92678 06 53 19.96 +29 20 36.1 12.37R XXX
0029P C2022 11 28.93059 06 53 19.87 +29 20 36.2 12.37R XXX
0029P C2022 11 28.93667 06 53 19.74 +29 20 36.7 12.39R XXX

0029P KC2022 11 28.94154 06 53 19.55 +29 20 35.9 12.44R Z09 5.11″ (5.48″) r
0029P KC2022 11 28.94521 06 53 19.55 +29 20 36.5 12.44R Z09
0029P KC2022 11 28.94948 06 53 19.35 +29 20 37.0 12.47R Z09
0029P KC2022 11 28.95314 06 53 19.34 +29 20 37.1 12.43R Z09
0029P KC2022 11 28.95741 06 53 19.25 +29 20 37.7 12.40R Z09
0029P KC2022 11 28.96108 06 53 19.17 +29 20 37.6 12.46R Z09

0029P C2022 11 28.97534 06 53 18.95 +29 20 38.5 12.32R G40 6.45″ (7.52″) Evetts

0029P C2022 11 29.03336 06 53 17.56 +29 20 40.3 12.34R Z17 5.70″ (5.98″) Vannini

0029P C2022 11 29.03326 06 53 17.52 +29 20 40.0 12.42R XXX 5.00″ (5.42″) Sargent
0029P C2022 11 29.03708 06 53 17.46 +29 20 40.4 12.42R XXX

0029P C2022 11 29.10122 06 53 15.97 +29 20 42.4 12.56R Z10 5.49″ (5.79″) 3x60s
0029P C2022 11 29.10356 06 53 15.91 +29 20 42.9 12.57R Z10
0029P C2022 11 29.10593 06 53 15.86 +29 20 42.6 12.57R Z10
0029P C2022 11 29.10830 06 53 15.80 +29 20 42.7 12.57R Z10
0029P C2022 11 29.11064 06 53 15.75 +29 20 42.8 12.58R Z10
0029P C2022 11 29.11302 06 53 15.70 +29 20 42.7 12.56R Z10

0029P C2022 11 29.11612 06 53 15.65 +29 20 43.7 12.49R Z31 5.45″ (5.85″) Vannini

0029P KC2022 11 29.16407 06 53 14.47 +29 20 43.1 12.39R Z30 5.44″ (5.78″) Rc
0029P KC2022 11 29.16642 06 53 14.46 +29 20 43.0 12.38R Z30
0029P KC2022 11 29.16875 06 53 14.32 +29 20 43.0 12.39R Z30
0029P KC2022 11 29.16512 06 53 14.50 +29 20 44.0 12.39R Z30 5.44″ (5.78″) Rc RM measured
0029P KC2022 11 29.16747 06 53 14.46 +29 20 44.0 12.37R Z30
0029P KC2022 11 29.16979 06 53 14.40 +29 20 43.9 12.36R Z30

** Outburst of 2022 11 29.15 ± 0.03 12.50R => 12.20R

0029P C2022 11 29.29107 06 53 11.68 +29 20 49.6 12.20R W87 5.45″ (5.85″) Wooding St Marys
0029P C2022 11 29.29207 06 53 11.66 +29 20 49.7 12.20R W87
0029P C2022 11 29.29308 06 53 11.63 +29 20 49.7 12.19R W87
0029P C2022 11 29.29408 06 53 11.61 +29 20 49.7 12.19R W87
0029P KC2022 11 29.29257 06 53 11.65 +29 20 49.3 12.19R W87 5.45″ (5.85″) 4x60s stack (no background star contamination)

0029P C2022 11 29.85012 06 52 58.96 +29 21 05.5 12.23R L27 5.96″ (6.71″)
0029P C2022 11 29.89566 06 52 57.89 +29 21 06.8 12.23R L27
0029P C2022 11 29.94274 06 52 56.81 +29 21 08.4 12.24R L27
0029P C2022 11 29.98998 06 52 55.68 +29 21 10.1 12.27R L27

0029P KC2022 11 29.95468 06 52 56.56 +29 21 08.2 12.38R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 11 29.95681 06 52 56.50 +29 21 08.1 12.36R I81
0029P KC2022 11 29.95896 06 52 56.44 +29 21 08.3 12.42R I81
0029P KC2022 11 29.96112 06 52 56.39 +29 21 08.2 12.40R I81
0029P KC2022 11 29.96456 06 52 56.33 +29 21 08.7 12.41R I81
0029P KC2022 11 29.96669 06 52 56.29 +29 21 08.8 12.49R I81

0029P C2022 11 30.03584 06 52 54.65 +29 21 11.7 12.22R L27 5.96″ (6.71″)
0029P C2022 11 30.08387 06 52 53.52 +29 21 12.7 12.29R L27
0029P C2022 11 30.13085 06 52 52.39 +29 21 14.7 12.28R L27
0029P C2022 11 30.17783 06 52 51.30 +29 21 15.8 12.31R L27
0029P C2022 11 30.23998 06 52 49.77 +29 21 17.5 12.32R L27

0029P C2022 11 30.16045 06 52 51.74 +29 21 15.6 12.39R Z21 5.70″ (5.98″) Vannini

0029P C2022 11 30.27867 06 52 48.89 +29 21 19.1 12.62R Z31 5.45″ (5.85″) Malaric

0029P C2022 11 30.39059 06 52 46.37 +29 21 22.6 12.65R H06 5.67″ (5.98″) 120s R Herman
0029P C2022 11 30.39229 06 52 46.37 +29 21 22.9 12.64R H06
0029P C2022 11 30.39552 06 52 46.29 +29 21 23.1 12.52R H06

0029P C2022 11 30.50222 06 52 43.73 +29 21 26.5 12.86R H06 4.92″ (5.33″) Mobberley

0029P C2022 11 30.83788 06 52 35.98 +29 21 36.4 12.60R L27 5.96″ (6.71″)
0029P C2022 11 30.88343 06 52 34.94 +29 21 37.7 12.57R L27
0029P C2022 11 30.92965 06 52 33.83 +29 21 39.1 12.60R L27
0029P C2022 11 30.97585 06 52 32.69 +29 21 40.6 12.60R L27
0029P C2022 12 01.02213 06 52 31.57 +29 21 42.3 12.68R L27

0029P KC2022 11 30.93045 06 52 33.79 +29 21 38.4 12.95R XXX 5.25″ (5.63″) Haymes

0029P C2022 12 01.04006 06 52 31.18 +29 21 42.9 13.04R Z31 5.45″ (5.85″) Malaric

0029P C2022 12 01.05812 06 52 30.74 +29 21 43.2 13.05R Z31 5.45″ (5.85″) Debackere

0029P C2022 12 01.07557 06 52 30.28 +29 21 44.0 12.67R L27 5.96″ (6.71″)
0029P C2022 12 01.10326 06 52 29.61 +29 21 45.2 12.72R L27

0029P C2022 12 01.39265 06 52 22.70 +29 21 54.1 12.97R H06 5.67″ (5.98″) 120s R Herman
0029P C2022 12 01.39434 06 52 22.70 +29 21 54.0 12.97R H06
0029P C2022 12 01.39604 06 52 22.69 +29 21 54.8 12.97R H06

0029P C2022 12 01.85657 06 52 11.62 +29 22 07.7 13.08R L27 5.96″ (6.71″)
0029P C2022 12 01.89202 06 52 10.77 +29 22 09.5 12.97R L27
0029P C2022 12 01.93108 06 52 09.82 +29 22 10.7 13.02R L27

0029P C2022 12 01.95858 06 52 08.87 +29 22 08.5 13.78R Z10 5.49″ (5.79″) 3x60s
0029P C2022 12 01.96106 06 52 08.80 +29 22 07.9 13.81R Z10
0029P C2022 12 01.96331 06 52 08.74 +29 22 08.6 13.77R Z10
0029P C2022 12 01.96556 06 52 08.72 +29 22 08.0 13.78R Z10
0029P C2022 12 01.96779 06 52 08.58 +29 22 07.2 13.74R Z10
0029P C2022 12 01.97005 06 52 08.54 +29 22 07.9 13.75R Z10

0029P C2022 12 01.98021 06 52 08.68 +29 22 11.5 13.58R Z24 5.45″ (5.85″) Malaric

0029P C2022 12 02.15302 06 52 04.43 +29 22 16.7 13.74R Z10 5.49″ (5.79″) 3x60s
0029P C2022 12 02.15537 06 52 04.35 +29 22 17.0 13.74R Z10
0029P C2022 12 02.15772 06 52 04.27 +29 22 18.0 13.69R Z10
0029P C2022 12 02.16007 06 52 04.23 +29 22 17.3 13.72R Z10
0029P C2022 12 02.16399 06 52 04.13 +29 22 17.3 13.75R Z10
0029P C2022 12 02.16637 06 52 04.09 +29 22 18.0 13.71R Z10

0029P C2022 12 02.36161 06 51 59.37 +29 22 22.5 14.04R F65 4.79″ (4.92″) r 90s 18-pix Miles near bright star
0029P C2022 12 02.36317 06 51 59.33 +29 22 22.4 14.04R F65
0029P C2022 12 02.36474 06 51 59.29 +29 22 22.6 14.04R F65
0029P C2022 12 02.36629 06 51 59.26 +29 22 23.0 14.01R F65
0029P C2022 12 02.36785 06 51 59.22 +29 22 22.8 14.03R F65
0029P C2022 12 02.36942 06 51 59.18 +29 22 22.6 14.05R F65

0029P C2022 12 02.37192 06 51 59.12 +29 22 22.8 14.04R F65 4.79″ (4.92″) r 60s 18-pix Beer near bright star
0029P C2022 12 02.37269 06 51 59.10 +29 22 22.7 14.03R F65
0029P C2022 12 02.37345 06 51 59.08 +29 22 22.6 14.03R F65
0029P C2022 12 02.37422 06 51 59.06 +29 22 22.9 14.05R F65
0029P C2022 12 02.37498 06 51 59.04 +29 22 22.5 14.05R F65

0029P C2022 12 02.50477 06 51 55.82 +29 22 31.5 12.83R V37 5.45″ (5.85″) Vannini out of focus + on top of bright star

0029P C2022 12 02.64442 06 51 52.25 +29 22 31.1 13.85R F65 5.61″ (5.74″) 60s Matei
0029P C2022 12 02.64559 06 51 52.21 +29 22 30.8 13.85R F65
0029P C2022 12 02.64661 06 51 52.18 +29 22 30.8 13.84R F65
0029P C2022 12 02.64769 06 51 52.17 +29 22 30.7 13.86R F65
0029P C2022 12 02.64881 06 51 52.13 +29 22 30.9 13.85R F65
0029P C2022 12 02.64987 06 51 52.11 +29 22 30.8 13.86R F65
0029P C2022 12 02.65088 06 51 52.08 +29 22 30.7 13.89R F65
0029P C2022 12 02.65188 06 51 52.06 +29 22 31.1 13.86R F65
0029P C2022 12 02.65289 06 51 52.03 +29 22 30.9 13.86R F65
0029P C2022 12 02.65392 06 51 52.00 +29 22 31.2 13.85R F65
0029P C2022 12 02.65491 06 51 51.98 +29 22 31.0 13.87R F65
0029P C2022 12 02.65593 06 51 51.95 +29 22 31.1 13.85R F65

0029P C2022 12 02.67206 06 51 51.66 +29 22 33.9 13.75R Q62 5.45″ (5.99″) R Mobberley

0029P C2022 12 02.90721 06 51 45.94 +29 22 38.9 13.99R XXX 5.00″ (5.42″) Sargent
0029P C2022 12 02.91451 06 51 45.76 +29 22 38.4 14.04R XXX
0029P C2022 12 02.91889 06 51 45.63 +29 22 38.4 14.02R XXX
0029P C2022 12 02.91980 06 51 45.68 +29 22 40.1 13.92R XXX
0029P C2022 12 02.96206 06 51 44.56 +29 22 39.6 14.04R XXX
0029P C2022 12 02.96588 06 51 44.44 +29 22 39.5 14.04R XXX
0029P C2022 12 02.97178 06 51 44.26 +29 22 39.5 14.09R XXX
0029P C2022 12 02.97909 06 51 44.06 +29 22 39.5 14.08R XXX

0029P C2022 12 03.27657 06 51 36.64 +29 22 50.5 14.15R W87 5.45″ (5.85″) Wooding St Marys
0029P C2022 12 03.27758 06 51 36.63 +29 22 51.3 14.07R W87
0029P C2022 12 03.27858 06 51 36.60 +29 22 51.1 14.09R W87
0029P C2022 12 03.27958 06 51 36.58 +29 22 51.4 14.08R W87

0029P C2022 12 03.47997 06 51 31.51 +29 22 55.0 14.27R V37 5.45″ (5.85″) poor focus Vannini

0029P C2022 12 03.97001 06 51 19.32 +29 23 10.8 14.38R Z31 5.45″ (5.85″) Eleftheriou

0029P C2022 12 03.97182 06 51 19.31 +29 23 10.8 14.42R Z24 5.45″ (5.85″) Debackere

0029P KC2022 12 04.03493 06 51 17.56 +29 23 10.9 14.33R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 12 04.03709 06 51 17.50 +29 23 10.3 14.36R I81
0029P KC2022 12 04.03924 06 51 17.45 +29 23 11.1 14.27R I81
0029P KC2022 12 04.04140 06 51 17.40 +29 23 11.4 14.31R I81
0029P KC2022 12 04.04459 06 51 17.30 +29 23 10.7 14.36R I81
0029P KC2022 12 04.04672 06 51 17.27 +29 23 10.7 14.38R I81

0029P C2022 12 04.51051 06 51 05.33 +29 23 24.5 14.52R V37 5.45″ (5.85″) Vannini

0029P C2022 12 05.19536 06 50 47.68 +29 23 43.5 14.78R Z31 5.45″ (5.85″) Wooding St Marys
0029P C2022 12 05.19641 06 50 47.68 +29 23 44.5 14.76R Z31
0029P C2022 12 05.19745 06 50 47.65 +29 23 44.6 14.76R Z31
0029P C2022 12 05.19845 06 50 47.62 +29 23 44.6 14.78R Z31

0029P C2022 12 05.85873 14.63R Z80 5.6 5.6 no filter Bamberger / Wells
0029P C2022 12 05.86152 14.62R Z80
0029P C2022 12 05.86429 14.81R Z80
0029P C2022 12 05.86707 14.72R Z80

0029P KC2022 12 05.93712 102.61849 +29.40078 14.78R 970 5.60″ (6.16″)
0029P KC2022 12 05.94260 102.61743 +29.40063 14.88R 970
0029P KC2022 12 05.94652 102.61697 +29.40083 14.79R 970

0029P C2022 12 05.99125 06 50 27.02 +29 24 05.8 15.03R Z31 5.45″ (5.85″) lower transparency Debackere

0029P C2022 12 06.02758 06 50 26.01 +29 24 06.2 14.95R Z24 5.45″ (5.85″) Malaric

0029P C2022 12 06.36172 06 50 17.09 +29 24 14.2 15.03R 718 5.11″ (5.48″)
0029P C2022 12 06.36256 06 50 17.06 +29 24 14.1 15.04R 718
0029P C2022 12 06.36339 06 50 17.05 +29 24 14.9 15.06R 718
0029P C2022 12 06.36422 06 50 17.03 +29 24 15.0 15.05R 718
0029P C2022 12 06.36506 06 50 17.00 +29 24 15.6 15.07R 718
0029P C2022 12 06.36589 06 50 16.98 +29 24 14.2 15.00R 718
0029P C2022 12 06.36672 06 50 16.98 +29 24 14.6 15.07R 718
0029P C2022 12 06.36756 06 50 16.93 +29 24 14.6 15.01R 718
0029P C2022 12 06.36839 06 50 16.92 +29 24 14.4 15.04R 718
0029P C2022 12 06.36922 06 50 16.89 +29 24 15.0 15.06R 718

0029P C2022 12 06.81846 06 50 04.93 +29 24 26.3 14.46R L27 5.96″ (6.71″) (star)
0029P C2022 12 06.86480 06 50 03.71 +29 24 26.7 14.61R L27
0029P C2022 12 06.91030 06 50 02.47 +29 24 27.7 14.65R L27
0029P C2022 12 06.95731 06 50 01.23 +29 24 29.3 14.75R L27
0029P C2022 12 07.00357 06 49 59.85 +29 24 30.6 14.50R L27

0029P C2022 12 06.91978 06 50 02.21 +29 24 27.4 15.15R XXX 5.00″ (5.42″) Sargent
0029P C2022 12 06.92708 06 50 02.00 +29 24 27.9 15.15R XXX
0029P C2022 12 06.93135 06 50 01.88 +29 24 27.8 15.10R XXX
0029P C2022 12 06.93228 06 50 01.87 +29 24 28.3 15.09R XXX

0029P C2022 12 06.99648 14.67R Z80 5.6 5.6 no filter Bamberger / Wells
0029P C2022 12 07.00071 14.69R Z80
0029P C2022 12 07.00492 14.73R Z80

0029P C2022 12 07.04980 06 49 58.66 +29 24 32.9 14.63R L27 5.96″ (6.71″)
0029P C2022 12 07.09813 06 49 57.32 +29 24 34.5 14.64R L27
0029P C2022 12 07.14362 06 49 56.05 +29 24 35.1 14.74R L27
0029P C2022 12 07.19060 06 49 54.75 +29 24 36.1 14.73R L27
0029P C2022 12 07.24472 06 49 53.32 +29 24 38.6 14.69R L27

0029P KC2022 12 07.87440 102.40145 +29.41437 15.12R 970 5.60″ (6.16″)
0029P KC2022 12 07.87834 102.40098 +29.41446 15.17R 970
0029P KC2022 12 07.88228 102.40047 +29.41446 15.05R 970

0029P KC2022 12 07.87953 06 49 36.22 +29 24 54.8 15.30R Z09 5.11″ (5.48″) r
0029P KC2022 12 07.88318 06 49 36.15 +29 24 54.4 15.36R Z09
0029P KC2022 12 07.88684 06 49 35.96 +29 24 52.1 15.32R Z09
0029P KC2022 12 07.89051 06 49 36.02 +29 24 54.8 15.35R Z09
0029P KC2022 12 07.89418 06 49 35.79 +29 24 54.4 15.30R Z09
0029P KC2022 12 07.89784 06 49 35.82 +29 24 55.3 15.37R Z09
0029P KC2022 12 07.90150 06 49 35.54 +29 24 54.8 15.32R Z09
0029P KC2022 12 07.90517 06 49 35.49 +29 24 52.4 15.29R Z09

0029P C2022 12 07.90418 06 49 35.52 +29 24 52.5 15.24R XXX 5.00″ (5.42″) Sargent
0029P C2022 12 07.91604 06 49 35.21 +29 24 52.5 15.35R XXX

0029P KC2022 12 07.89866 06 49 35.62 +29 24 53.6 15.23R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 12 07.90079 06 49 35.57 +29 24 52.9 15.25R I81
0029P KC2022 12 07.90292 06 49 35.54 +29 24 52.8 15.19R I81
0029P KC2022 12 07.90507 06 49 35.47 +29 24 52.4 15.22R I81
0029P KC2022 12 07.91752 06 49 35.12 +29 24 52.1 15.40R I81
0029P KC2022 12 07.91968 06 49 35.05 +29 24 52.7 15.30R I81

0029P C2022 12 07.97017 15.25R Z80 5.6 5.6 no filter Bamberger / Wells
0029P C2022 12 07.97757 15.18R Z80
0029P C2022 12 07.98471 15.12R Z80

0029P C2022 12 07.92605 06 49 34.91 +29 24 56.5 14.79R L27 5.96″ (6.71″)
0029P C2022 12 08.04461 06 49 31.60 +29 24 58.6 14.81R L27
0029P C2022 12 08.09774 06 49 30.13 +29 24 59.3 15.03R L27
0029P C2022 12 08.20987 06 49 27.00 +29 25 02.0 14.87R L27

0029P KC2022 12 08.94626 06 49 06.79 +29 25 20.3 15.58R Z09 5.11″ (5.48″) r Hawley
0029P KC2022 12 08.95020 06 49 06.66 +29 25 17.5 15.83R Z09 ?
0029P KC2022 12 08.95429 06 49 06.41 +29 25 18.3 15.52R Z09
0029P KC2022 12 08.95794 06 49 06.39 +29 25 19.4 15.52R Z09
0029P KC2022 12 08.96159 06 49 06.32 +29 25 17.7 15.52R Z09
0029P KC2022 12 08.96524 06 49 06.15 +29 25 19.5 15.53R Z09
0029P KC2022 12 08.96890 06 49 06.05 +29 25 20.4 15.52R Z09
0029P KC2022 12 08.97255 06 49 05.95 +29 25 18.3 15.47R Z09
0029P KC2022 12 08.97620 06 49 05.89 +29 25 19.5 15.44R Z09
0029P KC2022 12 08.98001 06 49 05.72 +29 25 17.8 15.46R Z09
0029P KC2022 12 08.98429 06 49 05.70 +29 25 21.2 15.47R Z09

0029P C2022 12 09.35491 06 48 55.36 +29 25 28.8 15.57R F65 5.61″ (5.74″) 60s Debackere poor seeing 3.5″fwhm

0029P KC2022 12 10.35668 06 48 26.97 +29 25 49.4 15.82R 718 5.11″ (5.48″) 7x60s Wiggins 2deg from 96% Moon !

0029P KC2022 12 10.79005 06 48 14.66 +29 26 00.2 14.76R L27 5.96″ (6.71″)
0029P KC2022 12 10.81366 06 48 13.96 +29 26 01.2 15.04R L27
0029P KC2022 12 10.84200 06 48 13.15 +29 26 02.4 15.52R L27
0029P KC2022 12 10.86562 06 48 12.52 +29 26 03.6 15.38R L27
0029P KC2022 12 10.89408 06 48 11.65 +29 26 03.2 15.45R L27
0029P KC2022 12 10.91494 06 48 11.04 +29 26 03.6 15.43R L27

0029P KC2022 12 10.91198 06 48 11.12 +29 26 00.6 15.79R I81 5.15″ (5.66″) 3x60s Rc Buczynski
0029P KC2022 12 10.91413 06 48 11.07 +29 26 01.7 15.65R I81
0029P KC2022 12 10.91629 06 48 11.00 +29 26 01.7 15.78R I81

0029P C2022 12 11.30814 06 47 59.71 +29 26 09.8 15.87R V39 5.45″ (5.85″) Wooding St Marys
0029P C2022 12 11.30914 06 47 59.68 +29 26 09.8 15.93R V39
0029P C2022 12 11.31016 06 47 59.65 +29 26 09.8 15.85R V39
0029P C2022 12 11.31117 06 47 59.62 +29 26 09.8 15.89R V39

0029P C2022 12 11.38898 06 47 57.43 +29 26 12.6 15.82R F65 5.61″ (5.74″) 60s Stoddard-Jones
0029P C2022 12 11.39020 06 47 57.39 +29 26 11.7 15.84R F65
0029P C2022 12 11.39142 06 47 57.35 +29 26 11.8 15.84R F65

0029P C2022 12 11.42344 06 47 56.40 +29 26 12.4 15.89R F65 5.61″ (5.74″) 60s Debackere

0029P KC2022 12 11.78911 06 47 45.90 +29 26 19.7 15.40R L27 5.96″ (6.71″)
0029P KC2022 12 11.81273 06 47 45.08 +29 26 20.4 15.22R L27(star)
0029P KC2022 12 11.85344 06 47 43.93 +29 26 21.1 15.39R L27
0029P KC2022 12 11.87705 06 47 43.26 +29 26 21.1 15.56R L27
0029P KC2022 12 11.90473 06 47 42.46 +29 26 21.8 15.55R L27
0029P KC2022 12 11.93622 06 47 41.52 +29 26 22.2 15.55R L27

0029P KC2022 12 11.91913 06 47 42.00 +29 26 21.6 15.79R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 12 11.92128 06 47 41.91 +29 26 21.3 15.78R I81
0029P KC2022 12 11.92344 06 47 41.89 +29 26 21.4 15.90R I81
0029P KC2022 12 11.92560 06 47 41.81 +29 26 21.7 15.85R I81

0029P C2022 12 12.84963 06 47 14.75 +29 26 39.5 15.99R C23 5.70″ (6.18″) Luminance 60s 1×1
0029P C2022 12 12.85045 06 47 14.73 +29 26 39.6 15.94R C23
0029P C2022 12 12.85127 06 47 14.69 +29 26 40.6 15.81R C23
0029P C2022 12 12.85677 06 47 14.60 +29 26 39.0 15.81R C23
0029P C2022 12 12.85759 06 47 14.53 +29 26 39.4 16.10R C23
0029P C2022 12 12.85841 06 47 14.50 +29 26 39.3 16.20R C23
0029P C2022 12 12.85922 06 47 14.49 +29 26 38.8 16.07R C23
0029P C2022 12 12.86005 06 47 14.44 +29 26 40.0 15.89R C23
0029P C2022 12 12.86087 06 47 14.41 +29 26 39.4 15.97R C23

0029P C2022 12 12.95450 15.86R Z80 5.6 5.6 no filter Bamberger / Wells

0029P C2022 12 13.43459 06 46 57.39 +29 26 50.9 16.08R F65 5.61″ (5.74″) 60s Debackere near field star

0029P C2022 12 13.47759 06 46 56.08 +29 26 51.8 15.97R F65 5.61″ (5.74″) 60s Wooding St Marys
0029P C2022 12 13.47915 06 46 56.04 +29 26 51.8 16.00R F65
0029P C2022 12 13.48071 06 46 55.99 +29 26 51.8 15.99R F65
0029P C2022 12 13.48226 06 46 55.94 +29 26 51.8 15.99R F65
0029P C2022 12 13.48383 06 46 55.90 +29 26 52.7 15.98R F65
0029P C2022 12 13.48538 06 46 55.84 +29 26 51.8 15.98R F65

0029P C2022 12 13.86852 06 46 44.51 +29 26 57.3 16.12R XXX 5.00″ (5.42″) Sargent
0029P C2022 12 13.87424 06 46 44.34 +29 26 57.4 16.14R XXX
0029P C2022 12 13.87515 06 46 44.31 +29 26 57.6 16.05R XXX
0029P C2022 12 13.99646 06 46 40.63 +29 26 59.7 16.02R XXX
0029P C2022 12 14.00204 06 46 40.47 +29 27 00.1 16.07R XXX
0029P C2022 12 14.00934 06 46 40.24 +29 27 00.1 16.03R XXX

0029P C2022 12 14.63988 06 46 21.15 +29 27 11.2 16.06R F65 5.61″ (5.74″) 60s Stoddard-Jones
0029P C2022 12 14.64110 06 46 21.12 +29 27 12.1 16.05R F65
0029P C2022 12 14.64232 06 46 21.09 +29 27 12.1 16.04R F65

0029P C2022 12 14.85156 06 46 14.95 +29 27 14.7 16.05R M09 5.60″ (6.16″) SDSS-r’ 280s Dekelver
0029P C2022 12 14.85485 06 46 14.83 +29 27 14.4 16.07R M09
0029P C2022 12 14.85814 06 46 14.75 +29 27 14.1 16.03R M09
0029P C2022 12 14.86143 06 46 14.65 +29 27 15.2 16.00R M09
0029P C2022 12 14.86472 06 46 14.55 +29 27 14.8 16.02R M09
0029P C2022 12 14.86801 06 46 14.46 +29 27 14.8 15.93R M09
0029P C2022 12 14.87130 06 46 14.35 +29 27 14.4 16.06R M09
0029P C2022 12 14.87459 06 46 14.23 +29 27 14.5 16.08R M09
0029P C2022 12 14.87788 06 46 14.13 +29 27 14.5 16.04R M09
0029P C2022 12 14.88117 06 46 14.03 +29 27 14.9 16.03R M09
0029P C2022 12 14.88446 06 46 13.95 +29 27 16.1 16.00R M09
0029P C2022 12 14.88775 06 46 13.86 +29 27 14.2 16.08R M09

0029P KC2022 12 14.87125 06 46 14.36 +29 27 14.3 16.30R Z09 5.11″ (5.48″) r Hawley
0029P KC2022 12 14.87490 06 46 14.23 +29 27 14.9 16.16R Z09
0029P KC2022 12 14.87857 06 46 14.12 +29 27 14.3 16.10R Z09
0029P KC2022 12 14.88224 06 46 14.04 +29 27 14.6 16.24R Z09

0029P C2022 12 14.88177 06 46 14.03 +29 27 14.4 16.01R C23 5.70″ (6.18″) Luminance 120s 1×1
0029P C2022 12 14.88480 06 46 13.93 +29 27 14.4 16.05R C23
0029P C2022 12 14.88934 06 46 13.78 +29 27 14.7 16.05R C23
0029P C2022 12 14.89084 06 46 13.76 +29 27 14.4 16.11R C23
0029P C2022 12 14.89388 06 46 13.69 +29 27 14.7 16.19R C23
0029P C2022 12 14.89538 06 46 13.64 +29 27 15.2 16.14R C23

0029P C2022 12 14.88975 06 46 13.79 +29 27 14.6 16.19R XXX 5.00″ (5.42″) Sargent
0029P C2022 12 14.89477 06 46 13.63 +29 27 15.0 16.13R XXX
0029P C2022 12 14.89569 06 46 13.61 +29 27 14.7 16.13R XXX

0029P KC2022 12 14.97274 06 46 11.24 +29 27 16.7 16.07R Z09 5.11″ (5.48″) r Hawley
0029P KC2022 12 14.97640 06 46 11.12 +29 27 16.5 16.11R Z09
0029P KC2022 12 14.98028 06 46 11.01 +29 27 16.7 16.06R Z09
0029P KC2022 12 14.98442 06 46 10.81 +29 27 16.5 16.26R Z09
0029P KC2022 12 14.98808 06 46 10.77 +29 27 16.8 16.12R Z09
0029P KC2022 12 14.99174 06 46 10.66 +29 27 16.4 16.13R Z09

0029P C2022 12 15.01266 06 46 10.02 +29 27 16.6 16.11R XXX 5.00″ (5.42″) Sargent
0029P C2022 12 15.01997 06 46 09.79 +29 27 16.8 16.18R XXX
0029P C2022 12 15.02484 06 46 09.65 +29 27 16.8 16.16R XXX
0029P C2022 12 15.02576 06 46 09.61 +29 27 16.8 16.14R XXX

0029P C2022 12 15.17367 06 46 05.22 +29 27 18.9 16.43R H06 5.67″ (5.98″) 120s R Herman
0029P C2022 12 15.17537 06 46 05.19 +29 27 21.5 16.19R H06
0029P C2022 12 15.17708 06 46 05.08 +29 27 19.6 16.22R H06

0029P KC2022 12 15.88340 101.43129 +29.45826 16.15R 970 5.60″ (6.16″)
0029P KC2022 12 15.89130 101.43038 +29.45825 16.16R 970
0029P KC2022 12 15.89527 101.43000 +29.45828 16.10R 970

0029P KC2022 12 15.86497 06 45 44.13 +29 27 29.2 16.37R C10 4.65″ (5.23″)
0029P KC2022 12 15.90830 06 45 42.77 +29 27 30.1 16.34R C10
0029P KC2022 12 15.95475 06 45 41.35 +29 27 30.7 16.42R C10
0029P KC2022 12 16.00116 06 45 39.89 +29 27 31.5 16.55R C10
0029P KC2022 12 16.04758 06 45 38.45 +29 27 32.6 16.37R C10

0029P C2022 12 15.94652 06 45 41.61 +29 27 30.4 16.24R XXX 5.00″ (5.42″) Sargent
0029P C2022 12 16.00662 06 45 39.74 +29 27 31.5 16.45R XXX
0029P C2022 12 16.00755 06 45 39.70 +29 27 31.5 16.39R XXX

0029P C2022 12 15.86476 06 45 44.14 +29 27 29.2 16.22R XXX 5.00″ (5.42″) Sargent
0029P C2022 12 15.93454 06 45 41.97 +29 27 30.3 16.21R XXX
0029P C2022 12 15.94184 06 45 41.75 +29 27 30.5 16.17R XXX

0029P KC2022 12 15.96328 06 45 41.07 +29 27 31.1 16.31R XXX 5.25″ (5.63″) Haymes

0029P C2022 12 16.12529 06 45 35.99 +29 27 33.6 16.19R M09 5.60″ (6.16″) SDSS-r’ 270s
0029P C2022 12 16.13174 06 45 35.82 +29 27 33.9 16.04R M09
0029P C2022 12 16.13491 06 45 35.73 +29 27 33.4 16.12R M09
0029P C2022 12 16.13808 06 45 35.63 +29 27 33.4 16.16R M09
0029P C2022 12 16.14126 06 45 35.54 +29 27 33.4 16.08R M09
0029P C2022 12 16.14443 06 45 35.46 +29 27 33.4 16.15R M09
0029P C2022 12 16.14760 06 45 35.31 +29 27 33.4 16.10R M09
0029P C2022 12 16.15078 06 45 35.27 +29 27 34.2 16.13R M09

0029P KC2022 12 16.09755 06 45 36.91 +29 27 32.8 16.43R C10 4.65″ (5.23″)
0029P KC2022 12 16.14148 06 45 35.56 +29 27 33.1 16.36R C10
0029P KC2022 12 16.18729 06 45 34.11 +29 27 33.8 16.47R C10
0029P KC2022 12 16.23369 06 45 32.69 +29 27 34.6 16.40R C10
0029P KC2022 12 16.26205 06 45 31.74 +29 27 34.9 16.49R C10

**Mini-outburst at 2022 12 16.57 ± 0.25 16.35R => 16.20R

0029P C2022 12 16.87574 06 45 13.02 +29 27 43.0 15.95R C23 5.70″ (6.18″) Luminance 120s 1×1
0029P C2022 12 16.87725 06 45 12.96 +29 27 43.2 16.39R C23
0029P C2022 12 16.87876 06 45 12.94 +29 27 43.2 16.17R C23
0029P C2022 12 16.88028 06 45 12.87 +29 27 43.3 16.08R C23
0029P C2022 12 16.88330 06 45 12.80 +29 27 43.2 16.05R C23
0029P C2022 12 16.88481 06 45 12.74 +29 27 43.3 16.19R C23

0029P C2022 12 16.90732 06 45 12.09 +29 27 43.9 16.34R Z24 5.45″ (5.85″) Wooding St Marys
0029P C2022 12 16.90833 06 45 12.07 +29 27 44.2 16.28R Z24
0029P C2022 12 16.90933 06 45 12.04 +29 27 44.4 16.27R Z24
0029P C2022 12 16.91033 06 45 12.01 +29 27 44.3 16.37R Z24

0029P KC2022 12 16.94456 06 45 10.86 +29 27 44.0 16.07R I81 5.15″ (5.66″) 3x60s Rc
0029P KC2022 12 16.94815 06 45 10.74 +29 27 44.0 16.07R I81
0029P KC2022 12 16.95173 06 45 10.62 +29 27 44.1 16.11R I81
0029P KC2022 12 16.97119 06 45 10.02 +29 27 44.5 16.06R I81
0029P KC2022 12 16.97332 06 45 09.95 +29 27 44.7 16.06R I81

0029P C2022 12 16.94698 06 45 10.79 +29 27 44.4 16.08R M09 5.60″ (6.16″) SDSS-r’ 270s
0029P C2022 12 16.95333 06 45 10.60 +29 27 44.4 16.02R M09
0029P C2022 12 16.95650 06 45 10.52 +29 27 44.4 16.09R M09
0029P C2022 12 16.95967 06 45 10.37 +29 27 44.5 16.12R M09
0029P C2022 12 16.96285 06 45 10.28 +29 27 44.5 16.12R M09
0029P C2022 12 16.96602 06 45 10.20 +29 27 44.6 16.11R M09
0029P C2022 12 16.96920 06 45 10.09 +29 27 45.0 16.13R M09
0029P C2022 12 16.97237 06 45 10.00 +29 27 45.1 16.07R M09

0029P C2022 12 17.34322 06 44 58.49 +29 27 49.7 16.31R 718 5.11″ (5.48″)
0029P C2022 12 17.34405 06 44 58.47 +29 27 49.6 16.20R 718
0029P C2022 12 17.34489 06 44 58.45 +29 27 49.7 16.24R 718
0029P C2022 12 17.34572 06 44 58.42 +29 27 49.7 16.28R 718
0029P C2022 12 17.34655 06 44 58.39 +29 27 49.8 16.30R 718
0029P C2022 12 17.34739 06 44 58.36 +29 27 49.6 16.31R 718
0029P C2022 12 17.34822 06 44 58.36 +29 27 49.7 16.28R 718
0029P C2022 12 17.34905 06 44 58.29 +29 27 49.3 16.30R 718
0029P C2022 12 17.34989 06 44 58.28 +29 27 49.7 16.27R 718
0029P C2022 12 17.35072 06 44 58.26 +29 27 49.8 16.30R 718

0029P KC2022 12 17.81124 06 44 43.95 +29 27 54.4 16.10R I81 5.15″ (5.66″) Rc
0029P KC2022 12 17.81483 06 44 43.85 +29 27 54.7 16.11R I81
0029P KC2022 12 17.81843 06 44 43.74 +29 27 54.2 16.15R I81
0029P KC2022 12 17.82224 06 44 43.63 +29 27 54.2 15.95R I81
0029P KC2022 12 17.83000 06 44 43.30 +29 27 54.9 16.22R I81

0029P KC2022 12 17.81667 06 44 43.82 +29 27 55.0 15.97R Z09 5.11″ (5.48″) r
0029P KC2022 12 17.82034 06 44 43.75 +29 27 54.5 16.10R Z09
0029P KC2022 12 17.82461 06 44 43.57 +29 27 55.2 16.12R Z09
0029P KC2022 12 17.82828 06 44 43.44 +29 27 54.9 16.14R Z09
0029P KC2022 12 17.83196 06 44 43.35 +29 27 54.8 16.03R Z09
0029P KC2022 12 17.83563 06 44 43.21 +29 27 54.7 16.14R Z09
0029P KC2022 12 17.83990 06 44 43.06 +29 27 55.4 16.07R Z09
0029P KC2022 12 17.84357 06 44 42.95 +29 27 55.2 16.21R Z09
0029P KC2022 12 17.84724 06 44 42.86 +29 27 55.1 16.10R Z09
0029P KC2022 12 17.85090 06 44 42.76 +29 27 56.5 16.10R Z09

0029P KC2022 12 17.85672 101.17736 +29.46537 16.12R 970 5.60″ (6.16″)
0029P KC2022 12 17.86067 101.17684 +29.46532 16.15R 970

0029P KC2022 12 17.85465 06 44 42.64 +29 27 55.4 16.12R Z09 5.11″ (5.48″) r
0029P KC2022 12 17.85832 06 44 42.53 +29 27 54.7 16.07R Z09
0029P KC2022 12 17.86259 06 44 42.38 +29 27 55.6 16.02R Z09
0029P KC2022 12 17.86627 06 44 42.27 +29 27 55.6 16.07R Z09
0029P KC2022 12 17.86994 06 44 42.16 +29 27 55.4 16.15R Z09
0029P KC2022 12 17.87361 06 44 41.99 +29 27 55.5 16.06R Z09
0029P KC2022 12 17.87788 06 44 41.88 +29 27 55.4 16.11R Z09
0029P KC2022 12 17.88155 06 44 41.80 +29 27 55.4 16.15R Z09
0029P KC2022 12 17.88522 06 44 41.66 +29 27 55.5 16.21R Z09

0029P KC2022 12 17.78093 06 44 44.92 +29 27 55.2 15.86R L27 5.96″ (6.71″)
0029P KC2022 12 17.82719 06 44 43.51 +29 27 55.7 15.96R L27
0029P KC2022 12 17.87342 06 44 41.99 +29 27 57.0 15.91R L27
0029P KC2022 12 17.91608 06 44 40.71 +29 27 56.7 15.91R L27

0029P KC2022 12 17.89193 06 44 41.38 +29 27 53.4 16.21R Z10 5.49″ (5.79″) 3x60s
0029P KC2022 12 17.89419 06 44 41.37 +29 27 53.1 16.15R Z10
0029P KC2022 12 17.89645 06 44 41.22 +29 27 53.4 16.27R Z10
0029P KC2022 12 17.89870 06 44 41.14 +29 27 52.8 16.33R Z10
0029P KC2022 12 17.90096 06 44 41.08 +29 27 53.5 16.21R Z10
0029P KC2022 12 17.90322 06 44 41.00 +29 27 54.2 16.35R Z10
0029P KC2022 12 17.90549 06 44 40.97 +29 27 52.8 16.26R Z10

0029P KC2022 12 17.89275 06 44 41.45 +29 27 55.2 16.13R XXX 5.25″ (5.63″) Haymes
0029P KC2022 12 17.89275 06 44 41.45 +29 27 55.6 16.15R XXX
0029P KC2022 12 17.89379 06 44 41.39 +29 27 55.3 16.16R XXX
0029P KC2022 12 17.90091 06 44 41.17 +29 27 55.5 16.16R XXX

0029P KC2022 12 17.93707 101.16673 +29.46558 16.00R 970 5.60″ (6.16″)
0029P KC2022 12 17.94102 101.16627 +29.46562 16.09R 970
0029P KC2022 12 17.94497 101.16577 +29.46566 16.07R 970
0029P KC2022 12 17.94892 101.16522 +29.46568 16.14R 970

0029P C2022 12 17.96770 06 44 39.10 +29 27 57.0 17.49B Z24 5.45″ (5.85″) Debackere
0029P C2022 12 17.96876 06 44 39.08 +29 27 57.5 16.71V Z24
0029P C2022 12 17.96985 06 44 39.03 +29 27 57.1 16.14R Z24

0029P C2022 12 18.02785 06 44 37.20 +29 27 58.1 16.05R G40 5.08″ (5.72″) No filter Paul
0029P C2022 12 18.03102 06 44 37.09 +29 27 58.1 16.07R G40
0029P C2022 12 18.03448 06 44 36.98 +29 27 58.4 16.19R G40

0029P C2022 12 18.08953 06 44 35.17 +29 27 58.3 16.07R C23 5.70″ (6.18″) Luminance 120s 1×1
0029P C2022 12 18.09077 06 44 35.15 +29 27 58.5 16.13R C23
0029P C2022 12 18.09234 06 44 35.09 +29 27 58.1 16.14R C23
0029P C2022 12 18.09548 06 44 35.00 +29 27 58.4 16.14R C23
0029P C2022 12 18.09705 06 44 34.95 +29 27 58.2 16.16R C23
0029P C2022 12 18.10019 06 44 34.86 +29 27 58.3 16.19R C23

0029P C2022 12 18.12328 06 44 34.10 +29 27 58.2 16.16R M09 5.60″ (6.16″) SDSS-r’ 270s
0029P C2022 12 18.13356 06 44 33.82 +29 27 59.0 16.15R M09
0029P C2022 12 18.13674 06 44 33.75 +29 27 59.1 16.07R M09
0029P C2022 12 18.13991 06 44 33.57 +29 27 59.1 16.15R M09
0029P C2022 12 18.14308 06 44 33.48 +29 27 59.7 16.16R M09
0029P C2022 12 18.14625 06 44 33.45 +29 27 59.0 16.06R M09
0029P C2022 12 18.14943 06 44 33.24 +29 27 59.0 16.18R M09

0029P C2022 12 18.31425 06 44 28.22 +29 28 01.2 16.20R 718 5.11″ (5.48″)
0029P C2022 12 18.31509 06 44 28.18 +29 28 00.9 16.18R 718
0029P C2022 12 18.31592 06 44 28.14 +29 28 01.1 16.16R 718
0029P C2022 12 18.31675 06 44 28.14 +29 28 01.1 16.26R 718
0029P C2022 12 18.31759 06 44 28.08 +29 28 00.7 16.22R 718
0029P C2022 12 18.31842 06 44 28.08 +29 28 00.9 16.24R 718
0029P C2022 12 18.31925 06 44 28.05 +29 28 00.8 16.24R 718
0029P C2022 12 18.32009 06 44 28.02 +29 28 00.9 16.21R 718
0029P C2022 12 18.32092 06 44 28.00 +29 28 01.0 16.17R 718
0029P C2022 12 18.32175 06 44 28.02 +29 28 00.7 16.21R 718

0029P C2022 12 18.89687 06 44 09.98 +29 28 06.6 16.18R Z31 5.45″ (5.85″) Wooding St Marys
0029P C2022 12 18.89787 06 44 09.95 +29 28 06.6 16.23R Z31

0029P C2022 12 19.00299 06 44 06.59 +29 28 08.1 16.18R Z31 5.45″ (5.85″) Debackere
0029P C2022 12 19.00083 06 44 06.65 +29 28 08.2 17.50B Z31
0029P C2022 12 19.00189 06 44 06.63 +29 28 08.2 16.67V Z31
0029P C2022 12 19.00404 06 44 06.55 +29 28 08.1 15.63I Z31 NET USNO-B1.0

0029P C2022 12 19.30527 06 43 57.02 +29 28 10.7 16.24R 718 5.11″ (5.48″)
0029P C2022 12 19.30610 06 43 56.99 +29 28 10.7 16.29R 718
0029P C2022 12 19.30693 06 43 56.98 +29 28 10.6 16.31R 718
0029P C2022 12 19.30778 06 43 56.94 +29 28 10.8 16.35R 718
0029P C2022 12 19.30860 06 43 56.91 +29 28 10.7 16.30R 718
0029P C2022 12 19.30943 06 43 56.88 +29 28 10.6 16.28R 718
0029P C2022 12 19.31027 06 43 56.86 +29 28 10.7 16.26R 718
0029P C2022 12 19.31111 06 43 56.83 +29 28 10.7 16.42R 718
0029P C2022 12 19.31194 06 43 56.80 +29 28 10.7 16.35R 718
0029P C2022 12 19.31278 06 43 56.78 +29 28 10.7 16.30R 718

0029P KC2022 12 19.97976 06 43 35.64 +29 28 16.5 16.23R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2022 12 19.98191 06 43 35.58 +29 28 16.1 16.20R I81
0029P KC2022 12 19.98406 06 43 35.47 +29 28 17.2 16.22R I81
0029P KC2022 12 19.98622 06 43 35.40 +29 28 17.9 16.34R I81
0029P KC2022 12 19.98837 06 43 35.35 +29 28 17.8 16.36R I81
0029P KC2022 12 20.01172 06 43 34.58 +29 28 16.7 16.28R I81
0029P KC2022 12 20.01384 06 43 34.52 +29 28 16.3 16.21R I81

0029P KC2022 12 20.84939 06 43 07.97 +29 28 22.2 16.27R XXX 5.25″ (5.63″) Haymes

0029P KC2022 12 20.86182 06 43 07.57 +29 28 22.5 16.32R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2022 12 20.86397 06 43 07.48 +29 28 22.6 16.29R I81
0029P KC2022 12 20.86612 06 43 07.38 +29 28 22.1 16.27R I81
0029P KC2022 12 20.86828 06 43 07.32 +29 28 22.8 16.28R I81
0029P KC2022 12 20.87043 06 43 07.26 +29 28 22.4 16.28R I81

0029P KC2022 12 20.87329 06 43 07.16 +29 28 22.6 16.28R I81
0029P KC2022 12 20.87544 06 43 07.09 +29 28 22.6 16.21R I81

0029P KC2022 12 20.91523 100.77431 +29.47311 16.12R 970 5.60″ (6.16″)
0029P KC2022 12 20.92166 100.77347 +29.47313 16.23R 970

0029P C2022 12 20.93753 06 43 05.16 +29 28 23.7 16.31R Z31 5.45″ (5.85″) Wooding St Marys
0029P C2022 12 20.93854 06 43 05.13 +29 28 23.7 16.22R Z31

0029P KC2022 12 21.74993 06 42 39.13 +29 28 27.7 16.16R L27 5.96″ (6.71″) poor seeing
0029P KC2022 12 21.79624 06 42 37.61 +29 28 28.1 16.09R L27
0029P KC2022 12 21.83529 06 42 36.36 +29 28 29.5 16.15R L27
0029P KC2022 12 21.86783 06 42 35.29 +29 28 30.2 15.98R L27

0029P KC2022 12 22.01450 06 42 30.48 +29 28 29.2 16.29R I81 5.15″ (5.66″) Rc 3x60s ideal conditions
0029P KC2022 12 22.01666 06 42 30.41 +29 28 29.2 16.33R I81
0029P KC2022 12 22.01881 06 42 30.34 +29 28 29.5 16.30R I81
0029P KC2022 12 22.02097 06 42 30.27 +29 28 29.5 16.26R I81
0029P KC2022 12 22.02312 06 42 30.21 +29 28 29.4 16.33R I81
0029P KC2022 12 22.02969 06 42 29.98 +29 28 29.7 16.29R I81
0029P KC2022 12 22.03184 06 42 29.90 +29 28 29.6 16.36R I81

0029P C2022 12 23.03777 06 41 57.44 +29 28 34.1 16.37R Z24 5.45″ (5.85″) Debackere

0029P KC2022 12 23.84038 100.38077 +29.47659 16.37R 970 5.60″ (6.16″)
0029P KC2022 12 23.84432 100.38047 +29.47641 16.33R 970
0029P KC2022 12 23.84826 100.37988 +29.47655 16.43R 970
0029P KC2022 12 23.85220 100.37939 +29.47649 16.45R 970

0029P KC2022 12 24.76929 06 41 01.13 +29 28 36.4 15.96R L27 5.96″ (6.71″)
0029P KC2022 12 24.81560 06 40 59.72 +29 28 37.1 15.82R L27(star)
0029P KC2022 12 24.86181 06 40 58.13 +29 28 36.3 16.10R L27
0029P KC2022 12 24.90807 06 40 56.60 +29 28 36.5 15.98R L27

0029P KC2022 12 24.95430 06 40 55.04 +29 28 36.7 16.17R L27 5.96″ (6.71″)
0029P KC2022 12 25.00007 06 40 53.52 +29 28 36.9 16.03R L27
0029P KC2022 12 25.04817 06 40 51.95 +29 28 36.6 16.09R L27
0029P KC2022 12 25.09554 06 40 50.36 +29 28 36.3 16.27R L27

0029P KC2022 12 25.10992 06 40 50.03 +29 28 36.1 16.38R 718 5.11″ (5.48″) 5x60s
0029P KC2022 12 25.11409 06 40 49.89 +29 28 36.0 16.45R 718

0029P KC2022 12 25.14336 06 40 48.78 +29 28 36.4 16.08R L27 5.96″ (6.71″)
0029P KC2022 12 25.23948 06 40 45.59 +29 28 36.1 15.90R L27

0029P KC2022 12 25.94728 06 40 22.50 +29 28 35.0 16.31R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2022 12 25.95087 06 40 22.38 +29 28 34.9 16.35R I81
0029P KC2022 12 25.95446 06 40 22.26 +29 28 35.0 16.30R I81
0029P KC2022 12 25.96824 06 40 21.81 +29 28 34.9 16.30R I81

0029P KC2022 12 26.12044 06 40 16.95 +29 28 34.4 16.35R 718 5.11″ (5.48″) 5x60s

0029P KC2022 12 26.39474 06 40 07.75 +29 28 34.3 16.6 G V21 D.T. Durig

0029P C2022 12 26.64488 06 39 59.68 +29 28 34.1 15.98R 186 5.14″ (6.00″) Novichonok
0029P C2022 12 26.64562 06 39 59.64 +29 28 33.5 16.06R 186
0029P C2022 12 26.64637 06 39 59.62 +29 28 33.2 16.16R 186

**Outburst at 2022 12 26.73 ± 0.07 16.40R => 14.20R

0029P C2022 12 26.82317 06 39 53.79 +29 28 32.8 14.16R L27 5.96″ (6.71″)
0029P C2022 12 26.84416 06 39 53.11 +29 28 33.0 14.19R L27
0029P C2022 12 26.86875 06 39 52.30 +29 28 32.7 14.18R L27
0029P C2022 12 26.89043 06 39 51.57 +29 28 32.9 14.15R L27
0029P C2022 12 26.90346 06 39 51.13 +29 28 33.0 14.16R L27

0029P C2022 12 26.91193 06 39 50.82 +29 28 32.3 14.20R B96 4.96″ (5.58″) Clear
0029P C2022 12 26.91357 06 39 50.76 +29 28 32.0 14.19R B96
0029P C2022 12 26.91521 06 39 50.71 +29 28 32.0 14.20R B96
0029P C2022 12 26.91692 06 39 50.91 +29 28 28.1 14.16R B96
0029P C2022 12 26.91863 06 39 50.83 +29 28 28.2 14.16R B96
0029P KC2022 12 26.91952 06 39 50.56 +29 28 32.0 14.20R B96
0029P C2022 12 26.92035 06 39 50.74 +29 28 28.5 14.17R B96
0029P C2022 12 26.92206 06 39 50.48 +29 28 31.9 14.20R B96
0029P C2022 12 26.92377 06 39 50.42 +29 28 31.9 14.20R B96
0029P C2022 12 26.92549 06 39 50.37 +29 28 31.9 14.19R B96
0029P C2022 12 26.92728 06 39 50.31 +29 28 31.9 14.18R B96
0029P C2022 12 26.92916 06 39 50.24 +29 28 31.9 14.19R B96 4.96″ (5.58″) R
0029P C2022 12 26.93080 06 39 50.19 +29 28 31.9 14.18R B96
0029P C2022 12 26.93243 06 39 50.13 +29 28 31.9 14.17R B96
0029P KC2022 12 26.93248 06 39 50.13 +29 28 31.9 14.20R B96
0029P C2022 12 26.93414 06 39 50.07 +29 28 31.9 14.20R B96
0029P C2022 12 26.93586 06 39 50.02 +29 28 31.9 14.18R B96

0029P C2022 12 26.92852 06 39 50.29 +29 28 32.4 14.18R C23 5.70″ (6.18″) Luminance 60s 1×1
0029P C2022 12 26.93015 06 39 50.23 +29 28 32.4 14.20R C23
0029P C2022 12 26.93096 06 39 50.21 +29 28 32.4 14.19R C23

0029P KC2022 12 26.94089 06 39 49.87 +29 28 32.1 14.16R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2022 12 26.94302 06 39 49.80 +29 28 32.1 14.18R I81
0029P KC2022 12 26.94515 06 39 49.73 +29 28 32.1 14.20R I81
0029P KC2022 12 26.94730 06 39 49.66 +29 28 32.1 14.43R I81
0029P KC2022 12 26.94946 06 39 49.58 +29 28 32.2 13.89R I81

0029P KC2022 12 26.94375 06 39 49.79 +29 28 32.0 14.11R XXX 5.25″ (5.63″) Haymes
0029P KC2022 12 26.96030 06 39 49.24 +29 28 32.1 14.12R XXX
0029P KC2022 12 26.96690 06 39 49.02 +29 28 32.1 14.10R XXX
0029P KC2022 12 26.98218 06 39 48.51 +29 28 32.0 14.14R XXX

0029P C2022 12 26.98910 06 39 48.27 +29 28 32.4 14.18R C23 5.70″ (6.18″) Luminance 60s 1×1
0029P C2022 12 26.99148 06 39 48.19 +29 28 32.3 14.20R C23
0029P C2022 12 26.99230 06 39 48.17 +29 28 32.3 14.18R C23

0029P C2022 12 26.98822 06 39 48.30 +29 28 32.3 14.22R M09 5.60″ (6.16″) SDSS-r’ 240s
0029P C2022 12 26.99104 06 39 48.21 +29 28 32.3 14.21R M09
0029P C2022 12 26.99387 06 39 48.12 +29 28 32.2 14.21R M09
0029P C2022 12 26.99670 06 39 48.02 +29 28 32.2 14.21R M09
0029P C2022 12 26.99952 06 39 47.92 +29 28 32.2 14.21R M09
0029P C2022 12 27.00235 06 39 47.84 +29 28 32.4 14.22R M09
0029P C2022 12 27.00518 06 39 47.75 +29 28 32.4 14.22R M09
0029P C2022 12 27.00800 06 39 47.66 +29 28 32.4 14.21R M09

0029P C2022 12 26.99770 06 39 48.00 +29 28 32.3 14.20R XXX 5.76″ (6.12″) R channel Tickner
0029P C2022 12 26.99910 06 39 47.95 +29 28 32.2 14.16R XXX
0029P C2022 12 27.00050 06 39 47.90 +29 28 32.3 14.19R XXX
0029P C2022 12 27.00189 06 39 47.86 +29 28 32.2 14.18R XXX
0029P C2022 12 27.00329 06 39 47.81 +29 28 32.3 14.19R XXX

0029P C2022 12 27.00469 06 39 47.76 +29 28 32.2 14.24R XXX 5.04″ (5.40″) R channel Tickner
0029P C2022 12 27.00609 06 39 47.72 +29 28 32.2 14.18R XXX
0029P C2022 12 27.00749 06 39 47.67 +29 28 32.2 14.19R XXX
0029P C2022 12 27.00889 06 39 47.62 +29 28 32.2 14.18R XXX
0029P C2022 12 27.01028 06 39 47.58 +29 28 32.2 14.22R XXX
0029P C2022 12 27.01168 06 39 47.53 +29 28 32.2 14.20R XXX
0029P C2022 12 27.01308 06 39 47.48 +29 28 32.2 14.23R XXX
0029P C2022 12 27.01447 06 39 47.44 +29 28 32.2 14.23R XXX
0029P C2022 12 27.01587 06 39 47.39 +29 28 32.2 14.20R XXX

0029P KC2022 12 27.01997 06 39 47.23 +29 28 31.9 14.17R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2022 12 27.02212 06 39 47.16 +29 28 31.9 14.20R I81

0029P C2022 12 27.09639 06 39 44.68 +29 28 31.7 14.18R C23 5.70″ (6.18″) Luminance 60s 1×1
0029P C2022 12 27.09875 06 39 44.61 +29 28 31.9 14.17R C23
0029P C2022 12 27.09957 06 39 44.57 +29 28 31.7 14.17R C23

0029P KC2022 12 27.10434 06 39 44.44 +29 28 31.7 14.16R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2022 12 27.11074 06 39 44.22 +29 28 31.7 14.16R I81
0029P KC2022 12 27.11290 06 39 44.15 +29 28 31.7 14.39R I81

0029P C2022 12 27.10329 06 39 44.52 +29 28 32.2 14.31R Z10 5.49″ (5.79″) 3x60s
0029P C2022 12 27.10566 06 39 44.44 +29 28 32.4 14.31R Z10
0029P C2022 12 27.10801 06 39 44.35 +29 28 32.3 14.30R Z10
0029P C2022 12 27.11115 06 39 44.25 +29 28 32.3 14.31R Z10
0029P C2022 12 27.11431 06 39 44.15 +29 28 32.2 14.31R Z10
0029P C2022 12 27.11667 06 39 44.06 +29 28 32.1 14.33R Z10

0029P C2022 12 27.13216 06 39 43.51 +29 28 31.4 14.23R M09 5.60″ (6.16″) SDSS-r’ 240s
0029P C2022 12 27.13499 06 39 43.40 +29 28 31.4 14.23R M09
0029P C2022 12 27.13782 06 39 43.31 +29 28 31.4 14.24R M09
0029P C2022 12 27.14065 06 39 43.21 +29 28 31.3 14.21R M09
0029P C2022 12 27.14348 06 39 43.13 +29 28 31.3 14.22R M09
0029P C2022 12 27.14630 06 39 43.03 +29 28 31.7 14.22R M09
0029P C2022 12 27.14913 06 39 42.94 +29 28 31.7 14.23R M09
0029P C2022 12 27.15196 06 39 42.85 +29 28 31.2 14.21R M09
0029P C2022 12 27.15478 06 39 42.76 +29 28 31.7 14.22R M09
0029P C2022 12 27.15761 06 39 42.67 +29 28 31.7 14.24R M09
0029P C2022 12 27.16043 06 39 42.58 +29 28 31.7 14.20R M09
0029P C2022 12 27.17886 06 39 41.94 +29 28 31.4 14.22R M09
0029P C2022 12 27.18169 06 39 41.85 +29 28 31.4 14.21R M09
0029P C2022 12 27.18451 06 39 41.76 +29 28 31.3 14.23R M09
0029P C2022 12 27.18734 06 39 41.67 +29 28 31.3 14.24R M09
0029P C2022 12 27.19016 06 39 41.58 +29 28 31.3 14.21R M09
0029P C2022 12 27.19299 06 39 41.49 +29 28 31.2 14.23R M09
0029P C2022 12 27.19582 06 39 41.40 +29 28 31.2 14.22R M09
0029P C2022 12 27.19864 06 39 41.30 +29 28 31.2 14.21R M09
0029P C2022 12 27.20147 06 39 41.21 +29 28 31.1 14.21R M09
0029P C2022 12 27.20430 06 39 41.12 +29 28 31.1 14.22R M09
0029P C2022 12 27.20712 06 39 41.00 +29 28 31.0 14.24R M09
0029P C2022 12 27.20995 06 39 40.91 +29 28 31.0 14.23R M09

0029P C2022 12 27.73332 06 39 23.85 +29 28 28.8 14.25R C23 5.70″ (6.18″) Luminance 60s 1×1
0029P C2022 12 27.73413 06 39 23.83 +29 28 29.1 14.26R C23
0029P C2022 12 27.73495 06 39 23.82 +29 28 28.8 14.29R C23
0029P C2022 12 27.75787 06 39 23.04 +29 28 28.9 14.23R C23
0029P C2022 12 27.75869 06 39 23.01 +29 28 28.6 14.21R C23
0029P C2022 12 27.75950 06 39 22.98 +29 28 28.5 14.31R C23

0029P C2022 12 27.73792 06 39 23.76 +29 28 28.5 14.18R L27 5.96″ (6.71″)
0029P C2022 12 27.78345 06 39 22.23 +29 28 28.7 14.21R L27
0029P C2022 12 27.82967 06 39 20.68 +29 28 29.0 14.21R L27
0029P C2022 12 27.96838 06 39 16.06 +29 28 28.9 14.16R L27
0029P C2022 12 28.01540 06 39 14.48 +29 28 28.7 14.10R L27

0029P C2022 12 27.79373 06 39 21.85 +29 28 30.4 14.25R M09 5.60″ (6.16″) SDSS-r’ 120s
0029P C2022 12 27.79517 06 39 21.83 +29 28 29.9 14.26R M09
0029P C2022 12 27.79661 06 39 21.76 +29 28 30.4 14.24R M09
0029P C2022 12 27.79805 06 39 21.72 +29 28 30.4 14.24R M09
0029P C2022 12 27.79949 06 39 21.71 +29 28 30.3 14.25R M09
0029P C2022 12 27.80092 06 39 21.62 +29 28 30.2 14.21R M09
0029P C2022 12 27.80236 06 39 21.63 +29 28 29.7 14.29R M09
0029P C2022 12 27.80380 06 39 21.52 +29 28 30.2 14.26R M09
0029P C2022 12 27.80524 06 39 21.44 +29 28 29.7 14.28R M09
0029P C2022 12 27.80668 06 39 21.44 +29 28 30.2 14.23R M09
0029P C2022 12 27.80812 06 39 21.37 +29 28 29.9 14.30R M09
0029P C2022 12 27.80955 06 39 21.38 +29 28 30.1 14.27R M09
0029P C2022 12 27.81099 06 39 21.28 +29 28 30.3 14.27R M09
0029P C2022 12 27.81243 06 39 21.26 +29 28 29.5 14.24R M09
0029P C2022 12 27.81387 06 39 20.93 +29 28 31.0 14.24R M09
0029P C2022 12 27.81531 06 39 20.92 +29 28 31.3 14.28R M09
0029P C2022 12 27.81675 06 39 20.88 +29 28 30.9 14.27R M09
0029P C2022 12 27.81819 06 39 20.74 +29 28 31.9 14.28R M09
0029P C2022 12 27.81962 06 39 20.74 +29 28 31.2 14.28R M09
0029P C2022 12 27.82106 06 39 20.71 +29 28 31.3 14.24R M09
0029P C2022 12 27.82250 06 39 20.65 +29 28 31.5 14.26R M09
0029P C2022 12 27.82394 06 39 20.56 +29 28 31.0 14.23R M09
0029P C2022 12 27.82538 06 39 20.54 +29 28 31.1 14.25R M09
0029P C2022 12 27.82681 06 39 20.50 +29 28 31.6 14.27R M09
0029P C2022 12 27.82825 06 39 20.44 +29 28 31.1 14.30R M09
0029P C2022 12 27.82969 06 39 20.36 +29 28 31.3 14.21R M09
0029P C2022 12 27.83113 06 39 20.37 +29 28 30.8 14.30R M09
0029P C2022 12 27.83257 06 39 20.28 +29 28 31.9 14.22R M09
0029P C2022 12 27.83401 06 39 20.29 +29 28 31.9 14.20R M09
0029P C2022 12 27.83544 06 39 20.25 +29 28 30.9 14.28R M09
0029P C2022 12 27.83689 06 39 20.06 +29 28 31.7 14.25R M09
0029P C2022 12 27.83832 06 39 20.10 +29 28 32.1 14.26R M09
0029P C2022 12 27.83976 06 39 20.05 +29 28 31.5 14.25R M09
0029P C2022 12 27.84120 06 39 20.03 +29 28 31.0 14.23R M09

0029P C2022 12 27.93169 06 39 17.28 +29 28 28.6 14.26R 941 5.07″ (5.91″) 60s Manteca
0029P C2022 12 27.93329 06 39 17.22 +29 28 28.6 14.27R 941
0029P C2022 12 27.93490 06 39 17.17 +29 28 28.7 14.26R 941
0029P C2022 12 27.93729 06 39 17.09 +29 28 28.6 14.26R 941
0029P C2022 12 27.93889 06 39 17.04 +29 28 28.6 14.26R 941

0029P C2022 12 28.06164 06 39 12.96 +29 28 27.9 14.14R L27 5.96″ (6.71″)
0029P C2022 12 28.10869 06 39 11.35 +29 28 27.5 14.19R L27
0029P C2022 12 28.15775 06 39 09.73 +29 28 27.1 14.25R L27
0029P C2022 12 28.20396 06 39 08.16 +29 28 26.3 14.27R L27
0029P C2022 12 28.24293 06 39 06.93 +29 28 26.5 14.24R L27

0029P C2022 12 28.13622 06 39 10.58 +29 28 27.9 15.66B V37
0029P C2022 12 28.13728 06 39 10.54 +29 28 27.8 14.87V V37
0029P C2022 12 28.13838 06 39 10.51 +29 28 27.7 14.41R V37 5.45″ (5.85″) Debackere field star
0029P C2022 12 28.13838 06 39 10.51 +29 28 27.6 14.39R V37 5.45″ (5.85″) star image subtracted
0029P C2022 12 28.13945 06 39 10.46 +29 28 27.6 13.60I V37 NET USNO-B1.0

0029P KC2022 12 28.14275 06 39 10.27 +29 28 27.8 14.42R Z10 5.49″ (5.79″) 3x60s field star nearby
0029P KC2022 12 28.14509 06 39 10.18 +29 28 27.8 14.42R Z10
0029P KC2022 12 28.14744 06 39 10.11 +29 28 27.9 14.44R Z10
0029P KC2022 12 28.14978 06 39 10.03 +29 28 27.6 14.42R Z10
0029P KC2022 12 28.15369 06 39 09.90 +29 28 27.8 14.43R Z10
0029P KC2022 12 28.15602 06 39 09.83 +29 28 27.8 14.43R Z10

0029P C2022 12 28.16672 06 39 09.51 +29 28 29.4 14.33R XXX 5.40″ (5.58″) 120s R Herman
0029P C2022 12 28.16859 06 39 09.45 +29 28 29.1 14.35R XXX
0029P C2022 12 28.17045 06 39 09.38 +29 28 29.4 14.35R XXX

0029P C2022 12 28.74467 06 38 50.56 +29 28 22.2 14.25R L27 5.96″ (6.71″)
0029P C2022 12 28.74974 06 38 50.31 +29 28 22.1 14.16R L27

0029P KC2022 12 28.84332 06 38 47.22 +29 28 21.5 14.56R XXX 5.25″ (5.63″) Haymes

0029P C2022 12 29.73708 06 38 17.69 +29 28 15.5 15.13R C10 4.65″ (5.23″)
0029P C2022 12 29.77968 06 38 16.29 +29 28 15.9 15.15R C10
0029P C2022 12 29.82748 06 38 14.68 +29 28 14.3 15.09R C10
0029P C2022 12 29.87613 06 38 13.14 +29 28 13.3 15.18R C10
0029P C2022 12 29.92454 06 38 11.49 +29 28 13.5 15.22R C10
0029P C2022 12 29.97072 06 38 10.01 +29 28 13.0 15.19R C10
0029P C2022 12 30.02312 06 38 08.24 +29 28 12.2 15.23R C10

0029P KC2022 12 29.82511 06 38 14.80 +29 28 13.4 15.09R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2022 12 29.82869 06 38 14.69 +29 28 13.8 14.94R I81
0029P KC2022 12 29.83224 06 38 14.54 +29 28 13.7 14.96R I81
0029P KC2022 12 29.83624 06 38 14.40 +29 28 13.6 14.97R I81
0029P KC2022 12 29.83837 06 38 14.36 +29 28 13.6 14.97R I81

0029P C2022 12 29.91156 06 38 11.94 +29 28 13.3 15.04R XXX 5.04″ (5.40″) R channel Tickner
0029P C2022 12 29.91296 06 38 11.90 +29 28 13.3 15.13R XXX
0029P C2022 12 29.91436 06 38 11.85 +29 28 13.1 15.06R XXX
0029P C2022 12 29.91575 06 38 11.82 +29 28 13.7 15.01R XXX
0029P C2022 12 29.91715 06 38 11.77 +29 28 13.2 15.08R XXX

0029P C2022 12 29.90175 06 38 12.27 +29 28 13.7 14.90R M09 5.60″ (6.16″) SDSS-r’ 150s
0029P C2022 12 29.90424 06 38 12.17 +29 28 13.7 14.89R M09
0029P C2022 12 29.90827 06 38 12.02 +29 28 13.7 14.89R M09
0029P C2022 12 29.91006 06 38 11.94 +29 28 13.6 14.89R M09
0029P C2022 12 29.91184 06 38 11.93 +29 28 13.6 14.89R M09
0029P C2022 12 29.91363 06 38 11.85 +29 28 13.6 14.88R M09
0029P C2022 12 29.91541 06 38 11.83 +29 28 13.5 14.89R M09
0029P C2022 12 29.91720 06 38 11.75 +29 28 13.4 14.90R M09
0029P C2022 12 29.91898 06 38 11.68 +29 28 13.5 14.88R M09
0029P C2022 12 29.92077 06 38 11.65 +29 28 13.4 14.89R M09
0029P C2022 12 29.92256 06 38 11.58 +29 28 13.4 14.88R M09
0029P C2022 12 29.92434 06 38 11.50 +29 28 13.4 14.88R M09
0029P C2022 12 29.92612 06 38 11.42 +29 28 13.4 14.90R M09
0029P C2022 12 29.92791 06 38 11.40 +29 28 14.1 14.88R M09
0029P C2022 12 29.92970 06 38 11.32 +29 28 13.4 14.91R M09
0029P C2022 12 29.93148 06 38 11.25 +29 28 13.4 14.90R M09

0029P C2022 12 29.91816 06 38 11.73 +29 28 13.9 14.83R C23 5.70″ (6.18″) Luminance 60s
0029P C2022 12 29.92061 06 38 11.62 +29 28 13.5 14.82R C23
0029P C2022 12 29.92142 06 38 11.55 +29 28 13.1 14.95R C23
0029P C2022 12 29.92564 06 38 11.46 +29 28 12.9 14.90R C23
0029P C2022 12 29.92727 06 38 11.42 +29 28 13.1 14.90R C23
0029P C2022 12 29.92972 06 38 11.30 +29 28 12.9 14.96R C23

0029P KC2022 12 29.96945 06 38 09.99 +29 28 12.3 15.13R Z09 5.11″ (5.48″) r
0029P KC2022 12 29.97310 06 38 09.85 +29 28 12.4 15.14R Z09

0029P C2022 12 31.10058 06 37 32.63 +29 28 00.9 15.45R Z10 5.49″ (5.79″) 3x60s
0029P C2022 12 31.10294 06 37 32.57 +29 28 01.1 15.49R Z10
0029P C2022 12 31.10529 06 37 32.48 +29 28 01.4 15.41R Z10
0029P C2022 12 31.10764 06 37 32.39 +29 28 01.1 15.47R Z10
0029P C2022 12 31.10999 06 37 32.29 +29 28 01.2 15.46R Z10
0029P C2022 12 31.11389 06 37 32.19 +29 28 00.6 15.54R Z10

0029P C2022 12 31.13980 06 37 31.44 +29 28 00.5 16.69 V39
0029P C2022 12 31.14085 06 37 31.41 +29 28 00.4 15.90V V39
0029P C2022 12 31.14194 06 37 31.37 +29 28 00.4 15.38R V39 5.45″ (5.85″) Debackere
0029P C2022 12 31.14299 06 37 31.33 +29 28 00.2 14.53I V39 NET USNO-B1.0

0029P C2022 12 31.75520 06 37 11.10 +29 27 52.5 15.27R L27 5.96″ (6.71″)
0029P C2022 12 31.80072 06 37 09.60 +29 27 52.3 15.35R L27
0029P C2022 12 31.84691 06 37 08.07 +29 27 51.7 15.30R L27
0029P C2022 12 31.90757 06 37 06.13 +29 27 51.1 15.29R L27
0029P C2022 12 31.94292 06 37 04.91 +29 27 52.1 15.19R L27
0029P C2022 12 31.98734 06 37 03.37 +29 27 50.0 15.26R L27
0029P C2023 01 01.03356 06 37 01.84 +29 27 49.3 15.24R L27
0029P C2023 01 01.07619 06 37 00.40 +29 27 48.8 15.26R L27
0029P C2023 01 01.10437 06 36 59.45 +29 27 48.3 15.28R L27

0029P KC2023 01 01.93835 06 36 32.04 +29 27 36.1 15.74R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2023 01 01.94194 06 36 31.91 +29 27 36.0 15.75R I81
0029P KC2023 01 01.94552 06 36 31.80 +29 27 35.9 15.79R I81
0029P KC2023 01 01.95174 06 36 31.59 +29 27 35.8 15.74R I81
0029P KC2023 01 01.95389 06 36 31.52 +29 27 35.8 15.75R I81
0029P KC2023 01 01.95608 06 36 31.45 +29 27 35.8 16.24V I81
0029P KC2023 01 01.95824 06 36 31.37 +29 27 35.7 16.26V I81
0029P KC2023 01 01.96042 06 36 31.31 +29 27 36.0 17.27B I81
0029P KC2023 01 01.96257 06 36 31.26 +29 27 35.8 17.18B I81
0029P KC2023 01 01.96477 06 36 31.16 +29 27 35.4 14.98I I81 5.15″ (5.66″) NET USNO-B1.0
0029P KC2023 01 01.96693 06 36 31.08 +29 27 35.5 15.10I I81

0029P C2023 01 02.19521 06 36 23.60 +29 27 34.3 15.83R XXX 5.40″ (5.58″) 120s R Herman
0029P C2023 01 02.19715 06 36 23.53 +29 27 34.6 15.86R XXX

0029P KC2023 01 02.72615 06 36 06.22 +29 27 23.0 15.87R C10 5.80″ (6.38″)
0029P KC2023 01 02.77083 06 36 04.73 +29 27 23.2 15.74R C10
0029P KC2023 01 02.79970 06 36 03.75 +29 27 22.7 15.93R C10
0029P KC2023 01 02.82733 06 36 02.86 +29 27 22.0 15.77R C10

0029P KC2023 01 02.75859 99.02128 +29.45639 15.88R 970 5.60″ (6.16″)
0029P KC2023 01 02.76254 99.02083 +29.45640 15.88R 970
0029P KC2023 01 02.76649 99.02034 +29.45642 15.87R 970

0029P KC2023 01 02.80804 06 36 03.48 +29 27 22.3 16.00R I64 5.22″ (5.51″) Rc 4x200s Jones
0029P KC2023 01 02.81818 06 36 03.15 +29 27 22.2 15.97R I64
0029P KC2023 01 02.82832 06 36 02.84 +29 27 22.0 16.01R I64
0029P KC2023 01 02.83591 06 36 02.55 +29 27 21.7 16.06R I64

0029P KC2023 01 02.81505 06 36 03.25 +29 27 22.5 15.84R Z09 5.11″ (5.48″) r
0029P KC2023 01 02.81872 06 36 03.14 +29 27 22.2 16.02R Z09
0029P KC2023 01 02.82299 06 36 03.04 +29 27 22.3 16.00R Z09
0029P KC2023 01 02.83092 06 36 02.70 +29 27 22.0 16.09R Z09
0029P KC2023 01 02.83459 06 36 02.61 +29 27 22.1 15.96R Z09
0029P KC2023 01 02.83886 06 36 02.48 +29 27 22.4 15.94R Z09
0029P KC2023 01 02.84253 06 36 02.39 +29 27 22.2 16.10R Z09

0029P C2023 01 02.81527 06 36 03.28 +29 27 22.1 16.01R XXX 5.00″ (5.42″) Sargent
0029P C2023 01 02.82257 06 36 03.01 +29 27 22.1 15.95R XXX
0029P C2023 01 02.93301 06 35 59.35 +29 27 20.3 15.99R XXX
0029P C2023 01 02.94049 06 35 59.11 +29 27 20.1 15.93R XXX

0029P C2023 01 02.94523 06 35 58.94 +29 27 20.7 15.92R C23 5.70″ (6.18″) Luminance 60s
0029P C2023 01 02.94604 06 35 58.91 +29 27 20.2 15.85R C23
0029P C2023 01 02.94686 06 35 58.87 +29 27 20.2 15.97R C23
0029P C2023 01 02.94850 06 35 58.83 +29 27 20.1 15.89R C23
0029P C2023 01 02.95013 06 35 58.77 +29 27 20.2 15.78R C23
0029P C2023 01 02.95095 06 35 58.74 +29 27 20.1 15.92R C23

0029P C2023 01 03.15848 06 35 51.99 +29 27 17.1 15.98R V39 5.45″ (5.85″) Stoddard-Jones high extinction

0029P C2023 01 03.16410 06 35 51.79 +29 27 17.1 16.03R V39 5.45″ (5.85″) Usher (Abbey Grange Academy)
0029P C2023 01 03.16510 06 35 51.77 +29 27 17.0 15.99R V39

0029P C2023 01 03.16565 06 35 51.75 +29 27 16.9 15.98R V37 5.45″ (5.85″) Stoddard-Jones
0029P C2023 01 03.16666 06 35 51.71 +29 27 16.9 16.00R V37
0029P C2023 01 03.16768 06 35 51.68 +29 27 16.9 16.04R V37

0029P C2023 01 03.25778 06 35 48.66 +29 27 15.5 17.12B V37
0029P C2023 01 03.25884 06 35 48.62 +29 27 15.5 16.43V V37
0029P C2023 01 03.25994 06 35 48.60 +29 27 15.4 15.94R V37 5.45″ (5.85″) Debackere
0029P C2023 01 03.26101 06 35 48.55 +29 27 15.2 15.08I V37 NET USNO-B1.0

0029P KC2023 01 03.75778 06 35 32.33 +29 27 05.9 15.90R L27 5.96″ (6.71″)
0029P KC2023 01 03.80228 06 35 30.87 +29 27 05.2 15.99R L27
0029P KC2023 01 03.85572 06 35 29.10 +29 27 04.5 15.88R L27

0029P C2023 01 03.88904 06 35 28.04 +29 27 03.8 16.15R Z24 5.45″ (5.85″) Usher (Abbey Grange Academy)
0029P C2023 01 03.89004 06 35 28.01 +29 27 03.7 16.23R Z24

0029P C2023 01 04.00090 06 35 24.30 +29 27 01.9 17.22B Z31
0029P C2023 01 04.00196 06 35 24.27 +29 27 02.2 16.63V Z31
0029P C2023 01 04.00306 06 35 24.24 +29 27 01.9 16.16R Z31 5.45″ (5.85″) Debackere
0029P C2023 01 04.00411 06 35 24.21 +29 27 01.8 15.28I Z31 NET USNO-B1.0

0029P C2023 01 05.11944 06 34 47.86 +29 26 40.0 17.42B V39
0029P C2023 01 05.12050 06 34 47.78 +29 26 39.4 16.80V V39
0029P C2023 01 05.12159 06 34 47.76 +29 26 39.6 16.46R V39 5.45″ (5.85″) Debackere
0029P C2023 01 05.12266 06 34 47.72 +29 26 39.2 15.54I V39 NET USNO-B1.0

0029P C2023 01 05.13880 06 34 47.17 +29 26 39.2 16.31R V39 5.45″ (5.85″) Stoddard-Jones
0029P C2023 01 05.13981 06 34 47.14 +29 26 39.1 16.34R V39
0029P C2023 01 05.14081 06 34 47.12 +29 26 39.1 16.43R V39

0029P C2023 01 07.09042 06 33 43.71 +29 25 54.7 16.40R Z31 5.45″ (5.85″) Stoddard-Jones Moon 99.8%, 10deg
0029P C2023 01 07.09143 06 33 43.67 +29 25 54.7 16.38R Z31 SNR=14
0029P C2023 01 07.09244 06 33 43.63 +29 25 54.5 16.36R Z31

0029P C2023 01 07.09478 06 33 43.54 +29 25 54.1 17.73B Z31 Moon 99.8%, 10deg SNR=6
0029P C2023 01 07.09584 06 33 43.56 +29 25 54.6 16.96V Z31
0029P C2023 01 07.09695 06 33 43.46 +29 25 54.4 16.60R Z31 5.45″ (5.85″) Debackere SNR=11
0029P C2023 01 07.09801 06 33 43.41 +29 25 54.2 15.41I Z31 NET USNO-B1.0

0029P KC2023 01 07.90422 98.32301 +29.42595 16.57R 970 5.60″ (6.16″)
0029P KC2023 01 07.90892 98.32238 +29.42600 16.44R 970

0029P C2023 01 08.13114 06 33 10.20 +29 25 27.3 17.83B Z31 Moon 98.6%, 22deg SNR=9
0029P C2023 01 08.13220 06 33 10.11 +29 25 28.6 16.88V Z31
0029P C2023 01 08.13329 06 33 10.11 +29 25 28.2 16.49R Z31 5.45″ (5.85″) Debackere
0029P C2023 01 08.13434 06 33 10.05 +29 25 28.2 15.59I Z31 NET USNO-B1.0

0029P KC2023 01 08.30712 06 33 04.54 +29 25 23.2 16.41R 718 5.11″ (5.48″) 5x60s
0029P KC2023 01 08.31129 06 33 04.39 +29 25 23.0 16.43R 718

0029P C2023 01 09.35818 06 32 30.90 +29 24 53.7 16.37R V37 5.45″ (5.85″) Stoddard-Jones
0029P C2023 01 09.35921 06 32 30.86 +29 24 53.7 16.38R V37
0029P C2023 01 09.36022 06 32 30.83 +29 24 53.6 16.37R V37

0029P C2023 01 09.80609 06 32 16.82 +29 24 39.8 16.35R XXX 5.04″ (5.40″) R channel Tickner
0029P C2023 01 09.80750 06 32 16.75 +29 24 40.1 16.38R XXX moonlight / low SNR
0029P C2023 01 09.80890 06 32 16.70 +29 24 39.8 16.22R XXX
0029P C2023 01 09.81031 06 32 16.61 +29 24 39.6 16.32R XXX
0029P C2023 01 09.81171 06 32 16.62 +29 24 40.3 16.51R XXX

0029P KC2023 01 09.82596 06 32 16.08 +29 24 39.3 16.28R I81 5.15″ (5.66″) Rc 5x60s
0029P KC2023 01 09.82953 06 32 15.96 +29 24 39.6 16.22R I81
0029P KC2023 01 09.83312 06 32 15.88 +29 24 39.0 16.29R I81

0029P C2023 01 10.00080 06 32 10.53 +29 24 35.0 17.63 Z24
0029P C2023 01 10.00185 06 32 10.52 +29 24 34.9 16.95V Z24
0029P C2023 01 10.00294 06 32 10.48 +29 24 34.9 16.45R Z24 5.45″ (5.85″) Debackere
0029P C2023 01 10.00399 06 32 10.44 +29 24 34.8 15.64I Z24 NET USNO-B1.0

0029P C2023 01 11.22164 06 31 32.05 +29 23 56.6 17.05R V39 2.34″ (2.54″)
0029P C2023 01 11.22264 06 31 32.02 +29 23 56.6 17.02R V39 2.34″ (2.54″)
0029P KC2023 01 11.22214 06 31 32.03 +29 23 56.6 16.55R V39 5.45″ (5.85″) Stoddard-Jones 2x60s star subtracted
0029P C2023 01 11.22364 06 31 31.93 +29 23 56.7 16.54R V39 5.45″ (5.85″) Stoddard-Jones
0029P C2023 01 11.22364 06 31 31.99 +29 23 56.5 17.06R V39 2.34″ (2.54″)

0029P C2023 01 11.23348 06 31 31.64 +29 23 56.4 17.78B V39 v.low SNR
0029P C2023 01 11.23453 06 31 31.63 +29 23 56.2 17.40V V39 v.low SNR
0029P C2023 01 11.23558 06 31 31.59 +29 23 56.2 16.66R V39 5.45″ (5.85″) Wooding St Marys SNR=10
0029P C2023 01 11.23558 06 31 31.59 +29 23 56.2 17.00R V39 2.34″ (2.54″)
0029P C2023 01 11.23664 06 31 31.55 +29 23 56.3 16.50I V39 NET USNO-B1.0 v.low SNR

0029P C2023 01 11.26127 06 31 30.77 +29 23 55.4 16.77R V37 5.45″ (5.85″) Stoddard-Jones
0029P C2023 01 11.26230 06 31 30.75 +29 23 55.3 16.62R V37
0029P C2023 01 11.26331 06 31 30.72 +29 23 55.5 16.66R V37

0029P KC2023 01 11.87673 06 31 11.58 +29 23 35.1 16.56R I81 5.15″ (5.66″) Rc 3x120s
0029P KC2023 01 11.88100 06 31 11.37 +29 23 34.2 16.56R I81
0029P KC2023 01 11.88526 06 31 11.24 +29 23 33.8 16.53R I81
0029P KC2023 01 11.88953 06 31 11.13 +29 23 34.3 16.87R I81

0029P KC2023 01 11.90708 06 31 10.62 +29 23 34.0 16.69R Z10 5.49″ (5.79″) 3x60s
0029P KC2023 01 11.90866 06 31 10.58 +29 23 34.0 16.68R Z10
0029P KC2023 01 11.91183 06 31 10.49 +29 23 34.1 16.65R Z10
0029P KC2023 01 11.91420 06 31 10.40 +29 23 33.9 16.76R Z10
0029P KC2023 01 11.91656 06 31 10.32 +29 23 33.7 16.66R Z10
0029P KC2023 01 11.92052 06 31 10.20 +29 23 33.7 16.75R Z10

0029P C2023 01 12.27590 06 30 59.08 +29 23 21.3 16.46R 718 5.11″ (5.48″)
0029P C2023 01 12.27674 06 30 59.05 +29 23 21.2 16.38R 718
0029P C2023 01 12.27757 06 30 59.02 +29 23 21.2 16.45R 718
0029P C2023 01 12.27840 06 30 59.00 +29 23 21.1 16.42R 718
0029P C2023 01 12.27924 06 30 58.97 +29 23 21.2 16.49R 718
0029P C2023 01 12.28007 06 30 58.94 +29 23 21.2 16.44R 718
0029P C2023 01 12.28090 06 30 58.92 +29 23 21.2 16.51R 718
0029P C2023 01 12.28174 06 30 58.89 +29 23 21.1 16.52R 718
0029P C2023 01 12.28257 06 30 58.87 +29 23 21.3 16.47R 718
0029P C2023 01 12.28340 06 30 58.84 +29 23 21.0 16.55R 718

**Outburst at 2023 01 12.61 ± 0.26 16.60R => 15.30R

0029P KC2023 01 12.95087 06 30 38.18 +29 22 56.9 15.34R XXX 5.25″ (5.63″) Haymes

0029P C2023 01 12.95893 06 30 37.96 +29 22 57.5 15.37R Z24 5.45″ (5.85″) Wooding St Marys
0029P C2023 01 12.95999 06 30 37.93 +29 22 57.5 15.39R Z24
0029P C2023 01 12.96104 06 30 37.89 +29 22 57.5 15.34R Z24
0029P C2023 01 12.96211 06 30 37.86 +29 22 57.4 15.29R Z24

0029P C2023 01 13.16760 06 30 31.55 +29 22 50.0 16.59B V37
0029P C2023 01 13.16867 06 30 31.50 +29 22 50.0 15.77V V37
0029P C2023 01 13.16980 06 30 31.47 +29 22 49.8 15.29R V37 5.45″ (5.85″) Debackere
0029P C2023 01 13.17087 06 30 31.42 +29 22 49.8 14.58I V37

0029P C2023 01 13.23920 06 30 29.28 +29 22 47.5 15.31R V37 5.45″ (5.85″) Cuppens star subtracted
0029P C2023 01 13.24127 06 30 29.20 +29 22 47.4 15.32R V37
0029P C2023 01 13.24333 06 30 29.16 +29 22 47.4 15.30R V37
0029P C2023 01 13.24540 06 30 29.09 +29 22 47.3 15.26R V37

0029P C2023 01 13.26711 06 30 28.43 +29 22 45.4 14.18R V37 5.45″ (5.85″) Stoddard-Jones
0029P C2023 01 13.26814 06 30 28.42 +29 22 45.4 14.19R V37 on star – not useable
0029P C2023 01 13.26916 06 30 28.41 +29 22 45.4 14.19R V37

0029P C2023 01 13.28403 06 30 27.79 +29 22 45.4 15.24R 718 5.11″ (5.48″) star subtracted
0029P C2023 01 13.28486 06 30 27.80 +29 22 45.5 15.24R 718
0029P C2023 01 13.28569 06 30 27.84 +29 22 45.5 15.24R 718
0029P C2023 01 13.28652 06 30 27.87 +29 22 45.6 15.23R 718
0029P C2023 01 13.28736 06 30 27.91 +29 22 45.6 15.36R 718

0029P C2023 01 13.88832 06 30 09.42 +29 22 23.3 15.38R M09 5.60″ (6.16″) SDSS-r’ 240s stars subtracted
0029P C2023 01 13.89116 06 30 09.34 +29 22 22.3 15.35R M09
0029P C2023 01 13.89398 06 30 09.19 +29 22 23.1 15.35R M09
0029P C2023 01 13.89681 06 30 09.10 +29 22 22.9 15.40R M09
0029P C2023 01 13.89964 06 30 09.02 +29 22 22.7 15.38R M09

0029P C2023 01 14.16747 06 30 00.88 +29 22 13.1 16.60B V39
0029P C2023 01 14.16851 06 30 00.84 +29 22 13.3 15.80V V39
0029P C2023 01 14.16961 06 30 00.83 +29 22 13.0 15.29R V39 5.45″ (5.85″) Debackere
0029P C2023 01 14.17066 06 30 00.79 +29 22 13.1 14.46I V39 NET USNO-B1.0

0029P KC2023 01 14.82797 06 29 40.75 +29 21 46.8 15.50R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2023 01 14.83013 06 29 40.70 +29 21 46.7 15.50R I81
0029P KC2023 01 14.83228 06 29 40.62 +29 21 46.6 15.52R I81
0029P KC2023 01 14.8344`4 06 29 40.57 +29 21 46.6 15.48R I81
0029P KC2023 01 14.83659 06 29 40.49 +29 21 46.4 15.54R I81

0029P C2023 01 14.86600 06 29 39.67 +29 21 45.9 15.67R Z10 5.49″ (5.79″) 3x60s
0029P C2023 01 14.86824 06 29 39.60 +29 21 46.1 15.64R Z10
0029P C2023 01 14.87051 06 29 39.54 +29 21 45.8 15.64R Z10
0029P C2023 01 14.87279 06 29 39.47 +29 21 45.7 15.65R Z10
0029P C2023 01 14.87506 06 29 39.40 +29 21 45.6 15.61R Z10
0029P C2023 01 14.87731 06 29 39.33 +29 21 45.8 15.67R Z10

0029P C2023 01 14.97546 06 29 36.29 +29 21 42.0 15.63R G40 5.08″ (5.72″) No filter Paul
0029P C2023 01 14.97891 06 29 36.18 +29 21 41.9 15.59R G40
0029P C2023 01 14.98237 06 29 36.08 +29 21 41.7 15.58R G40

0029P C2023 01 15.26119 06 29 27.60 +29 21 30.8 15.69R V37 5.45″ (5.85″) Stoddard-Jones
0029P C2023 01 15.26221 06 29 27.56 +29 21 30.8 15.70R V37
0029P C2023 01 15.26323 06 29 27.54 +29 21 30.7 15.70R V37

0029P C2023 01 15.26542 06 29 27.49 +29 21 30.4 16.93B V37
0029P C2023 01 15.26648 06 29 27.49 +29 21 30.4 16.09V V37
0029P C2023 01 15.26758 06 29 27.45 +29 21 30.4 15.66R V37 5.45″ (5.85″) Debackere
0029P C2023 01 15.26866 06 29 27.40 +29 21 30.2 14.86I V37 NET USNO-B1.0

0029P KC2023 01 15.75609 06 29 12.83 +29 21 10.4 15.62R L27 5.96″ (6.71″)
0029P KC2023 01 15.83135 06 29 10.61 +29 21 07.7 15.51R L27 (star)

0029P KC2023 01 15.94592 06 29 07.04 +29 21 02.3 15.94R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2023 01 15.94807 06 29 06.96 +29 21 02.3 15.92R I81
0029P KC2023 01 15.95023 06 29 06.91 +29 21 02.4 15.98R I81
0029P KC2023 01 15.95238 06 29 06.85 +29 21 02.2 15.93R I81
0029P KC2023 01 15.95454 06 29 06.79 +29 21 02.3 15.97R I81

0029P C2023 01 15.94653 06 29 07.09 +29 21 02.9 16.00R Z10 5.49″ (5.79″) 3x60s
0029P C2023 01 15.94877 06 29 07.03 +29 21 02.9 16.03R Z10
0029P C2023 01 15.95102 06 29 06.95 +29 21 02.6 15.98R Z10
0029P C2023 01 15.95326 06 29 06.87 +29 21 02.9 16.03R Z10
0029P C2023 01 15.95551 06 29 06.80 +29 21 02.8 16.05R Z10
0029P C2023 01 15.95775 06 29 06.76 +29 21 02.4 16.01R Z10

0029P C2023 01 16.16926 06 29 00.46 +29 20 53.9 17.14 V37
0029P C2023 01 16.17032 06 29 00.43 +29 20 53.8 16.41V V37
0029P C2023 01 16.17142 06 29 00.40 +29 20 53.6 15.90R V37 5.45″ (5.85″) Debackere
0029P C2023 01 16.17249 06 29 00.34 +29 20 53.7 15.17I V37 NET USNO-B1.0

0029P KC2023 01 16.77148 06 28 42.58 +29 20 27.6 16.08R XXX 5.25″ (5.63″) Haymes

0029P C2023 01 16.77769 06 28 42.38 +29 20 27.5 16.05R I64 5.22″ (5.51″) Rc 5x150s
0029P C2023 01 16.78745 06 28 42.06 +29 20 27.0 16.11R I64
0029P C2023 01 16.79721 06 28 41.79 +29 20 26.9 16.07R I64
0029P C2023 01 16.80697 06 28 41.48 +29 20 26.7 16.02R I64

0029P C2023 01 17.26094 06 28 28.00 +29 20 08.0 16.20R V39 5.45″ (5.85″) Stoddard-Jones star deleted
0029P C2023 01 17.26194 06 28 27.96 +29 20 07.6 16.19R V39
0029P C2023 01 17.26294 06 28 27.93 +29 20 07.5 16.18R V39

0029P C2023 01 17.34042 06 28 25.61 +29 20 04.4 17.45B V37
0029P C2023 01 17.34148 06 28 25.55 +29 20 04.7 16.52V V37
0029P C2023 01 17.34148 06 28 25.55 +29 20 04.7 16.66V V37 5.45″ (5.85″) Debackere

0029P C2023 01 17.34258 06 28 25.55 +29 20 04.2 16.07R V37 5.45″ (5.85″) Debackere
0029P C2023 01 17.34366 06 28 25.51 +29 20 04.1 15.31I V37 NET USNO-B1.0

0029P C2023 01 17.72959 06 28 14.32 +29 19 46.0 16.26R C23 5.70″ (6.18″) Luminance 120s
0029P C2023 01 17.73413 06 28 14.23 +29 19 46.3 16.13R C23
0029P C2023 01 17.73715 06 28 14.16 +29 19 46.4 16.20R C23

0029P KC2023 01 18.73714 06 27 45.12 +29 19 01.4 16.01R L27 5.96″ (6.71″)
0029P KC2023 01 18.78337 06 27 43.80 +29 18 59.4 16.14R L27
0029P KC2023 01 18.81232 06 27 42.95 +29 18 59.1 16.21R L27

0029P C2023 01 18.82677 06 27 42.50 +29 18 57.3 16.23R XXX 5.00″ (5.42″) Sargent
0029P C2023 01 18.83410 06 27 42.30 +29 18 56.8 16.23R XXX

0029P KC2023 01 18.92628 06 27 39.61 +29 18 52.8 16.29R XXX 5.25″ (5.63″) Haymes

0029P KC2023 01 18.93031 06 27 39.47 +29 18 52.8 16.29R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2023 01 18.93246 06 27 39.40 +29 18 52.4 16.26R I81
0029P KC2023 01 18.93462 06 27 39.33 +29 18 52.5 16.34R I81
0029P KC2023 01 18.93677 06 27 39.28 +29 18 52.4 16.31R I81
0029P KC2023 01 18.93892 06 27 39.22 +29 18 52.2 16.41R I81
0029P KC2023 01 18.94205 06 27 39.14 +29 18 52.2 16.39R I81
0029P KC2023 01 18.94421 06 27 39.06 +29 18 52.0 16.41R I81

0029P KC2023 01 18.94640 06 27 39.03 +29 18 51.9 16.89V I81
0029P KC2023 01 18.94855 06 27 38.93 +29 18 52.1 16.87V I81
0029P KC2023 01 18.95073 06 27 38.88 +29 18 51.7 17.81B I81
0029P KC2023 01 18.95289 06 27 38.84 +29 18 51.0 18.03B I81
0029P KC2023 01 18.95508 06 27 38.73 +29 18 51.1 15.54I I81 5.15″ (5.66″) USNO-B1.0
0029P KC2023 01 18.95723 06 27 38.69 +29 18 51.4 15.62I I81

0029P C2023 01 19.10155 06 27 34.67 +29 18 44.3 16.49R 718 5.11″ (5.48″) minus 17.64R star
0029P C2023 01 19.10238 06 27 34.63 +29 18 44.4 16.62R 718
0029P C2023 01 19.10322 06 27 34.62 +29 18 44.4 16.66R 718
0029P C2023 01 19.10405 06 27 34.57 +29 18 44.1 16.53R 718
0029P C2023 01 19.10488 06 27 34.55 +29 18 43.8 16.41R 718
0029P C2023 01 19.10572 06 27 34.54 +29 18 44.2 16.59R 718
0029P C2023 01 19.10655 06 27 34.52 +29 18 43.7 16.63R 718
0029P C2023 01 19.10738 06 27 34.50 +29 18 43.8 16.56R 718
0029P C2023 01 19.10822 06 27 34.48 +29 18 43.7 16.48R 718
0029P C2023 01 19.10905 06 27 34.49 +29 18 43.5 16.47R 718

**Mini-outburst at 2023 01 19.43 ± 0.25 16.45R => 15.85R

0029P KC2023 01 19.75940 06 27 15.91 +29 18 13.9 15.71R I64 5.22″ (5.51″) Luminance 5x150s
0029P KC2023 01 19.77955 06 27 15.32 +29 18 13.2 15.95R I64 Rc 5x150s

0029P C2023 01 19.85979 06 27 13.00 +29 18 09.3 15.87R M09 5.60″ (6.16″) SDSS-r’ 270s
0029P C2023 01 19.86297 06 27 12.91 +29 18 09.2 15.83R M09
0029P C2023 01 19.86614 06 27 12.83 +29 18 09.1 15.84R M09
0029P C2023 01 19.86932 06 27 12.73 +29 18 08.9 15.78R M09
0029P C2023 01 19.87249 06 27 12.64 +29 18 08.8 15.83R M09
0029P C2023 01 19.87567 06 27 12.55 +29 18 08.6 15.83R M09
0029P C2023 01 19.87884 06 27 12.46 +29 18 08.4 15.76R M09
0029P C2023 01 19.88201 06 27 12.36 +29 18 08.3 15.82R M09
0029P C2023 01 19.88519 06 27 12.27 +29 18 08.2 15.84R M09

0029P KC2023 01 19.93483 06 27 10.82 +29 18 05.7 15.49R I81 5.15″ (5.66″) USNO-B1.0

0029P KC2023 01 19.98524 06 27 09.40 +29 18 03.2 15.99R I81
0029P KC2023 01 19.98737 06 27 09.34 +29 18 03.1 15.83R I81
0029P KC2023 01 19.98953 06 27 09.28 +29 18 03.1 16.34V I81
0029P KC2023 01 19.99166 06 27 09.22 +29 18 03.0 16.35V I81
0029P KC2023 01 19.99381 06 27 09.16 +29 18 02.7 17.06B I81
0029P KC2023 01 19.99523 06 27 09.12 +29 18 02.7 17.06B I81
0029P KC2023 01 19.99809 06 27 09.03 +29 18 02.7 15.15I I81 5.15″ (5.66″) USNO-B1.0
0029P KC2023 01 20.00022 06 27 08.98 +29 18 02.7 15.15I I81

0029P KC2023 01 20.00793 06 27 08.75 +29 18 02.2 15.83R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2023 01 20.01008 06 27 08.70 +29 18 02.1 15.86R I81
0029P KC2023 01 20.01224 06 27 08.63 +29 18 02.0 15.86R I81
0029P KC2023 01 20.01597 06 27 08.52 +29 18 01.8 15.86R I81
0029P KC2023 01 20.01810 06 27 08.46 +29 18 01.7 15.80R I81
0029P KC2023 01 20.02022 06 27 08.40 +29 18 01.6 15.59R I81

0029P KC2023 01 20.74776 06 26 48.09 +29 17 25.8 15.86R L27 5.96″ (6.71″)
0029P KC2023 01 20.78709 06 26 46.95 +29 17 24.5 15.84R L27
0029P KC2023 01 20.82208 06 26 45.97 +29 17 23.4 15.84R L27
0029P KC2023 01 20.88939 06 26 44.08 +29 17 20.0 15.70R L27

0029P KC2023 01 20.83407 06 26 45.61 +29 17 22.0 15.81R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2023 01 20.83623 06 26 45.55 +29 17 21.9 15.79R I81
0029P KC2023 01 20.83838 06 26 45.49 +29 17 21.8 15.79R I81
0029P KC2023 01 20.84053 06 26 45.43 +29 17 21.7 15.82R I81
0029P KC2023 01 20.84269 06 26 45.37 +29 17 21.6 15.86R I81
0029P KC2023 01 20.84846 06 26 45.21 +29 17 21.4 15.80R I81
0029P KC2023 01 20.85061 06 26 45.14 +29 17 21.2 15.83R I81

0029P KC2023 01 20.85281 06 26 45.08 +29 17 21.2 16.48V I81
0029P KC2023 01 20.85496 06 26 45.03 +29 17 21.1 16.21V I81
0029P KC2023 01 20.85714 06 26 44.97 +29 17 21.3 17.08B I81
0029P KC2023 01 20.85929 06 26 44.91 +29 17 20.6 17.14B I81
0029P KC2023 01 20.86148 06 26 44.83 +29 17 20.7 15.02I I81 5.15″ (5.66″) USNO-B1.0
0029P KC2023 01 20.86364 06 26 44.78 +29 17 20.6 15.09I I81

0029P C2023 01 20.86679 06 26 44.72 +29 17 20.6 15.78R XXX 5.00″ (5.42″) Sargent
0029P C2023 01 20.87410 06 26 44.50 +29 17 20.3 15.79R XXX

0029P C2023 01 20.88275 06 26 44.24 +29 17 19.7 15.82R C23 5.70″ (6.18″) Luminance 240s
0029P C2023 01 20.89146 06 26 44.00 +29 17 19.4 15.85R C23
0029P C2023 01 20.90016 06 26 43.80 +29 17 19.1 15.80R C23
0029P C2023 01 20.90306 06 26 43.67 +29 17 19.0 15.78R C23

0029P KC2023 01 20.92866 06 26 42.97 +29 17 17.3 15.94R XXX 5.25″ (5.63″) 16x30s Haymes

0029P C2023 01 21.02280 06 26 40.30 +29 17 12.9 15.85R XXX 5.00″ (5.42″) Sargent
0029P C2023 01 21.03010 06 26 40.09 +29 17 12.6 15.84R XXX

0029P C2023 01 21.06515 06 26 39.25 +29 17 11.2 15.92R V39 5.45″ (5.85″) Stoddard-Jones
0029P C2023 01 21.06555 06 26 39.23 +29 17 11.1 15.93R V39
0029P C2023 01 21.06616 06 26 39.22 +29 17 11.2 15.92R V39

0029P C2023 01 21.06716 06 26 39.19 +29 17 11.1 15.93R V39 5.45″ (5.85″) Wooding St Marys

0029P C2023 01 21.09658 06 26 38.36 +29 17 09.5 15.90R V37 5.45″ (5.85″) Debackere

0029P C2023 01 21.06336 06 26 39.29 +29 17 11.4 17.19B V39 5.45″ (5.85″) Wooding St Marys
0029P C2023 01 21.06444 06 26 39.27 +29 17 11.2 16.39V V39
0029P C2023 01 21.06661 06 26 39.19 +29 17 11.2 15.17I V39 NET USNO-B1.0

0029P KC2023 01 21.06686 06 26 39.05 +29 17 10.6 16.01R XXX 5.25″ (5.63″) 16x30s Haymes

0029P C2023 01 21.09449 06 26 38.42 +29 17 09.9 17.21B V37 5.45″ (5.85″) Debackere
0029P C2023 01 21.09554 06 26 38.39 +29 17 09.8 16.38V V37
0029P C2023 01 21.09763 06 26 38.32 +29 17 09.8 15.17I V37 NET USNO-B1.0

0029P C2023 01 21.11009 06 26 37.83 +29 17 08.4 15.94R M09 5.60″ (6.16″) SDSS-r’ 270s
0029P C2023 01 21.11326 06 26 37.74 +29 17 08.4 15.90R M09
0029P C2023 01 21.11644 06 26 37.67 +29 17 08.2 15.84R M09
0029P C2023 01 21.11961 06 26 37.58 +29 17 08.0 15.98R M09
0029P C2023 01 21.12279 06 26 37.48 +29 17 07.7 15.95R M09

0029P C2023 01 21.78686 06 26 19.29 +29 16 34.2 15.98R XXX 5.00″ (5.42″) Sargent
0029P C2023 01 21.79417 06 26 19.11 +29 16 34.2 15.96R XXX

0029P KC2023 01 21.77937 06 26 19.50 +29 16 35.6 15.78R L27 5.96″ (6.71″)
0029P KC2023 01 21.81115 06 26 18.64 +29 16 34.0 15.94R L27
0029P KC2023 01 21.85740 06 26 17.33 +29 16 31.5 16.05R L27
0029P KC2023 01 21.90365 06 26 16.06 +29 16 29.1 15.86R L27
0029P KC2023 01 21.95178 06 26 14.72 +29 16 26.7 15.85R L27

0029P C2023 01 21.89654 06 26 16.26 +29 16 29.5 16.05R Z10 5.49″ (5.79″) 3x60s
0029P C2023 01 21.89880 06 26 16.22 +29 16 29.4 16.01R Z10
0029P C2023 01 21.90105 06 26 16.16 +29 16 29.3 16.04R Z10
0029P C2023 01 21.90330 06 26 16.08 +29 16 29.2 16.05R Z10
0029P C2023 01 21.90554 06 26 16.01 +29 16 28.9 16.07R Z10
0029P C2023 01 21.90928 06 26 15.94 +29 16 28.7 16.06R Z10

0029P KC2023 01 21.99796 06 26 13.42 +29 16 24.2 15.86R L27 5.96″ (6.71″)
0029P KC2023 01 22.04424 06 26 12.17 +29 16 21.2 15.83R L27
0029P KC2023 01 22.12219 06 26 10.00 +29 16 17.8 16.19R L27
0029P KC2023 01 22.17495 06 26 08.58 +29 16 15.3 15.74R L27

0029P C2023 01 22.11495 06 26 10.33 +29 16 18.0 16.10R 718 5.11″ (5.48″)
0029P C2023 01 22.11578 06 26 10.33 +29 16 18.5 16.10R 718
0029P C2023 01 22.11661 06 26 10.29 +29 16 18.0 16.04R 718
0029P C2023 01 22.11745 06 26 10.27 +29 16 18.4 16.05R 718
0029P C2023 01 22.11828 06 26 10.24 +29 16 18.3 16.13R 718
0029P C2023 01 22.11911 06 26 10.22 +29 16 18.2 16.13R 718
0029P C2023 01 22.11995 06 26 10.22 +29 16 18.4 16.03R 718
0029P C2023 01 22.12078 06 26 10.19 +29 16 18.5 16.16R 718
0029P C2023 01 22.12161 06 26 10.15 +29 16 18.1 16.18R 718
0029P C2023 01 22.12245 06 26 10.13 +29 16 18.4 16.11R 718

0029P KC2023 01 22.76673 06 25 52.65 +29 15 44.6 15.97R L27 5.96″ (6.71″)
0029P KC2023 01 22.78930 06 25 52.06 +29 15 44.0 15.95R L27
0029P KC2023 01 22.81468 06 25 51.35 +29 15 42.3 15.96R L27
0029P KC2023 01 22.83724 06 25 50.71 +29 15 41.4 15.95R L27
0029P KC2023 01 22.84475 06 25 50.53 +29 15 40.3 15.96R L27

0029P C2023 01 22.95984 06 25 47.46 +29 15 36.4 16.20R Z10 5.49″ (5.79″) 3x60s
0029P C2023 01 22.96233 06 25 47.39 +29 15 36.7 16.21R Z10
0029P C2023 01 22.96456 06 25 47.29 +29 15 36.3 16.19R Z10
0029P C2023 01 22.96679 06 25 47.22 +29 15 36.2 16.20R Z10
0029P C2023 01 22.96903 06 25 47.19 +29 15 36.7 16.16R Z10
0029P C2023 01 22.97127 06 25 47.12 +29 15 36.1 16.18R Z10
0029P C2023 01 23.03563 06 25 45.31 +29 15 30.4 16.23R Z10
0029P C2023 01 23.03796 06 25 45.24 +29 15 30.4 16.23R Z10
0029P C2023 01 23.04032 06 25 45.20 +29 15 30.6 16.20R Z10
0029P C2023 01 23.04266 06 25 45.12 +29 15 30.4 16.21R Z10

0029P KC2023 01 23.92699 06 25 21.62 +29 14 42.5 16.18R XXX 5.25″ (5.63″) 16x30s Haymes

0029P C2023 01 23.95512 06 25 20.87 +29 14 40.9 16.29R Z09 5.11″ (5.48″) r
0029P C2023 01 23.95584 06 25 20.86 +29 14 40.9 16.22R Z09
0029P C2023 01 23.95656 06 25 20.85 +29 14 40.8 16.15R Z09
0029P C2023 01 23.95729 06 25 20.81 +29 14 40.7 16.24R Z09
0029P C2023 01 23.95801 06 25 20.80 +29 14 40.7 16.35R Z09
0029P C2023 01 23.95873 06 25 20.79 +29 14 40.7 16.22R Z09
0029P C2023 01 23.95946 06 25 20.77 +29 14 40.7 16.29R Z09
0029P C2023 01 23.96018 06 25 20.74 +29 14 40.7 16.10R Z09
0029P C2023 01 23.96091 06 25 20.71 +29 14 40.6 16.32R Z09
0029P C2023 01 23.96163 06 25 20.69 +29 14 40.5 16.16R Z09

0029P C2023 01 23.90976 06 25 22.11 +29 14 43.3 16.31R Z10 5.49″ (5.79″) 3x60s
0029P C2023 01 23.91201 06 25 22.05 +29 14 43.7 16.27R Z10
0029P C2023 01 23.91426 06 25 22.00 +29 14 43.6 16.27R Z10
0029P C2023 01 23.91653 06 25 21.95 +29 14 43.7 16.31R Z10
0029P C2023 01 23.91880 06 25 21.85 +29 14 42.9 16.37R Z10

0029P C2023 01 24.13361 06 25 16.13 +29 14 31.5 16.31R Z10 5.49″ (5.79″) 3x60s
0029P C2023 01 24.13361 06 25 16.14 +29 14 31.9 16.34R Z10
0029P C2023 01 24.14403 06 25 15.84 +29 14 31.5 16.39R Z10 was 16.23R star 18.38R subtracted
0029P C2023 01 24.14638 06 25 15.75 +29 14 30.8 16.37R Z10 was 16.21R star 18.38R subtracted

0029P KC2023 01 24.88862 06 24 56.53 +29 13 49.9 16.34R Z09 5.11″ (5.48″) r
0029P KC2023 01 24.89225 06 24 56.44 +29 13 49.9 16.42R Z09
0029P KC2023 01 24.89587 06 24 56.34 +29 13 49.6 16.34R Z09

0029P KC2023 01 24.74822 06 25 00.25 +29 13 57.6 16.13R L27 5.96″ (6.71″)
0029P KC2023 01 24.79443 06 24 59.01 +29 13 56.3 16.11R L27
0029P KC2023 01 24.84067 06 24 57.81 +29 13 53.8 16.08R L27
0029P KC2023 01 24.89049 06 24 56.51 +29 13 51.0 16.13R L27

0029P C2023 01 24.85810 06 24 57.39 +29 13 52.1 16.45R Z24 5.45″ (5.85″) Malaric

0029P C2023 01 24.88937 06 24 56.50 +29 13 50.3 16.33R Z80 4.50″ (5.08″) no filter Wells
0029P C2023 01 24.89218 06 24 56.41 +29 13 49.4 16.41R Z80

0029P C2023 01 24.90742 06 24 56.01 +29 13 48.9 16.43R Z10 5.49″ (5.79″) 3x60s
0029P C2023 01 24.90966 06 24 55.96 +29 13 49.3 16.45R Z10
0029P C2023 01 24.91191 06 24 55.91 +29 13 49.7 16.46R Z10
0029P C2023 01 24.91416 06 24 55.78 +29 13 48.0 16.46R Z10
0029P C2023 01 24.91641 06 24 55.80 +29 13 49.3 16.48R Z10
0029P C2023 01 24.91866 06 24 55.70 +29 13 48.5 16.45R Z10

0029P C2023 01 24.99044 06 24 53.86 +29 13 45.0 16.44R Z24 5.45″ (5.85″) Debackere
0029P C2023 01 24.98828 06 24 53.92 +29 13 45.0 17.67B Z24 5.45″ (5.85″) Debackere star?
0029P C2023 01 24.98934 06 24 53.89 +29 13 45.2 16.86V Z24
0029P C2023 01 24.99149 06 24 53.83 +29 13 45.0 15.63I Z24 NET USNO-B1.0

0029P C2023 01 25.27858 06 24 46.51 +29 13 28.6 16.39R F65 5.61″ (5.74″) 60s Malaric
0029P C2023 01 25.36489 06 24 44.22 +29 13 23.9 16.37R F65 5.61″ (5.74″) 60s Stoddard-Jones
0029P C2023 01 25.36611 06 24 44.19 +29 13 23.8 16.38R F65
0029P C2023 01 25.36732 06 24 44.16 +29 13 23.8 16.38R F65

0029P KC2023 01 25.74831 06 24 34.55 +29 13 02.3 16.34R L27 5.96″ (6.71″)
0029P KC2023 01 25.79452 06 24 33.37 +29 12 59.5 16.32R L27
0029P KC2023 01 25.84077 06 24 32.14 +29 12 56.8 16.19R L27 (star)
0029P KC2023 01 25.89423 06 24 30.84 +29 12 54.3 16.36R L27

0029P KC2023 01 25.77376 06 24 33.86 +29 12 59.8 16.48R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2023 01 25.77591 06 24 33.82 +29 12 59.3 16.43R I81
0029P KC2023 01 25.77807 06 24 33.74 +29 12 59.2 16.45R I81
0029P KC2023 01 25.78022 06 24 33.70 +29 12 59.5 16.33R I81
0029P KC2023 01 25.78238 06 24 33.64 +29 12 58.9 16.42R I81

0029P C2023 01 26.04337 06 24 26.93 +29 12 44.6 16.41R XXX 5.25″ (5.63″) 30s Haymes star deleted
0029P C2023 01 26.04371 06 24 26.93 +29 12 44.3 16.32R XXX 5.25″ (5.63″) 30s Haymes star deleted

0029P C2023 01 26.18454 06 24 23.52 +29 12 36.5 16.36R V37 5.45″ (5.85″) was 14.96R star 15.31R mag subtracted
0029P C2023 01 26.18697 06 24 23.51 +29 12 36.5 16.32R V37 was 14.95R star subtracted
0029P C2023 01 26.18938 06 24 23.51 +29 12 36.5 16.40R V37 was 14.97R star subtracted
0029P C2023 01 26.19178 06 24 23.48 +29 12 36.6 16.40R V37 was 14.97R star subtracted

0029P KC2023 01 26.74419 06 24 09.52 +29 12 04.7 16.22R L27 5.96″ (6.71″)
0029P KC2023 01 26.79043 06 24 08.35 +29 12 01.9 16.33R L27
0029P KC2023 01 26.83668 06 24 07.20 +29 11 59.1 16.34R L27
0029P KC2023 01 26.88804 06 24 05.88 +29 11 56.2 16.28R L27

0029P KC2023 01 26.81668 06 24 07.67 +29 11 59.6 16.32R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2023 01 26.81882 06 24 07.61 +29 11 59.6 16.48R I81
0029P KC2023 01 26.82098 06 24 07.56 +29 11 59.4 16.48R I81
0029P KC2023 01 26.82313 06 24 07.49 +29 11 59.4 16.50R I81

0029P C2023 01 26.83033 06 24 07.37 +29 12 00.0 17.93B Z24 5.45″ (5.85″) Wooding St Marys
0029P C2023 01 26.83138 06 24 07.35 +29 11 59.4 16.99V Z24 5.45″ (5.85″) Wooding St Marys
0029P C2023 01 26.83244 06 24 07.34 +29 11 59.5 16.54R Z24 5.45″ (5.85″) Wooding St Marys
0029P C2023 01 26.83350 06 24 07.30 +29 11 59.5 15.86I Z24 NET USNO-B1.0

0029P C2023 01 27.16040 06 23 59.16 +29 11 40.3 16.57R V39 5.45″ (5.85″) 180s Cuppens
0029P C2023 01 27.16278 06 23 59.10 +29 11 40.2 16.56R V39
0029P C2023 01 27.16517 06 23 59.05 +29 11 40.0 16.55R V39
0029P C2023 01 27.16756 06 23 58.98 +29 11 39.9 16.55R V39

0029P KC2023 01 27.74498 06 23 44.93 +29 11 05.3 16.58R L27 5.96″ (6.71″)
0029P KC2023 01 27.79166 06 23 43.79 +29 11 02.7 16.46R L27
0029P KC2023 01 27.86596 06 23 41.96 +29 10 58.2 16.45R L27

0029P C2023 01 27.83170 06 23 42.77 +29 11 00.9 16.69R Z24 5.45″ (5.85″) Debackere was 16.22R star 17.36R subtracted
star_bb C2023 01 27.16815 06 23 42.67 +29 11 01.5 17.36R Z24 4x180s
star_bb C2023 01 26.83244 06 23 42.68 +29 11 01.4 17.40R Z24 1x60s

0029P C2023 01 27.82990 06 23 42.80 +29 11 00.7 18.38B Z24 5.45″ (5.85″) Debackere was 17.65B star 18.43B subtracted
star_bb C2023 01 26.83033 06 23 42.66 +29 11 01.7 18.43B Z24
0029P C2023 01 27.83095 06 23 42.79 +29 11 01.1 17.23V Z24 5.45″ (5.85″) Debackere was 16.72V star 17.78V subtracted
star_bb C2023 01 26.83138 06 23 42.69 +29 11 01.6 17.78V Z24
0029P C2023 01 27.83170 06 23 42.77 +29 11 00.9 16.22R Z24 combined with star
0029P C2023 01 27.83310 06 23 42.74 +29 11 01.0 15.99I Z24 5.45″ (5.85″) Debackere was 15.52I star 16.66I subtracted
star_bb C2023 01 26.83350 06 23 42.66 +29 11 01.6 16.66I Z24

0029P C2023 01 28.73801 06 23 21.08 +29 10 05.8 16.44R C23 5.70″ (6.18″) Luminance 240s
0029P C2023 01 28.73801 06 23 21.08 +29 10 05.8 16.44R C23
0029P C2023 01 28.74091 06 23 21.02 +29 10 05.7 16.33R C23
0029P C2023 01 28.74671 06 23 20.93 +29 10 05.5 16.32R C23

0029P KC2023 01 28.74562 06 23 20.91 +29 10 03.9 16.30R L27 5.96″ (6.71″)
0029P KC2023 01 28.79189 06 23 19.79 +29 10 02.5 16.47R L27
0029P KC2023 01 28.83819 06 23 18.71 +29 09 59.7 16.57R L27
0029P KC2023 01 28.91447 06 23 16.88 +29 09 55.0 16.46R L27

0029P C2023 01 28.91348 06 23 16.87 +29 09 54.7 16.57R M09 5.60″ (6.16″) SDSS-r’ 300s
0029P C2023 01 28.91700 06 23 16.79 +29 09 54.3 16.65R M09
0029P C2023 01 28.92053 06 23 16.70 +29 09 54.4 16.60R M09
0029P C2023 01 28.92405 06 23 16.61 +29 09 54.0 16.56R M09
0029P C2023 01 28.92757 06 23 16.53 +29 09 53.8 16.58R M09
0029P C2023 01 28.93109 06 23 16.44 +29 09 53.6 16.61R M09
0029P KC2023 01 28.93285 06 23 16.41 +29 09 53.5 16.60R M09 5.60″ (6.16″) SDSS-r’ 12x300s
0029P C2023 01 28.93461 06 23 16.37 +29 09 53.5 16.66R M09
0029P C2023 01 28.93813 06 23 16.29 +29 09 53.3 16.59R M09
0029P C2023 01 28.94165 06 23 16.20 +29 09 53.0 16.60R M09
0029P C2023 01 28.94518 06 23 16.14 +29 09 53.2 16.70R M09
0029P C2023 01 28.94870 06 23 16.02 +29 09 52.6 16.65R M09
0029P C2023 01 28.95222 06 23 15.94 +29 09 52.3 16.64R M09

0029P C2023 01 29.07835 06 23 13.06 +29 09 45.1 17.87B V37
0029P C2023 01 29.07941 06 23 13.05 +29 09 44.8 17.14V V37
0029P C2023 01 29.08050 06 23 13.02 +29 09 44.8 16.67R V37 5.45″ (5.85″) Debackere
0029P C2023 01 29.08157 06 23 12.99 +29 09 44.8 16.02I V37 NET USNO-B1.0

0029P C2023 01 29.09100 06 23 12.66 +29 09 44.3 16.80R Z10 5.49″ (5.79″) 3x60s
0029P C2023 01 29.09334 06 23 12.59 +29 09 43.2 16.82R Z10
0029P C2023 01 29.09571 06 23 12.53 +29 09 43.7 16.78R Z10
0029P C2023 01 29.09808 06 23 12.48 +29 09 43.6 16.72R Z10
0029P C2023 01 29.10122 06 23 12.40 +29 09 43.2 16.84R Z10
0029P C2023 01 29.10436 06 23 12.33 +29 09 43.4 16.80R Z10

**Outburst at 2023 01 29.42 ± 0.26 16.75R => 15.35R

0029P KC2023 01 29.74617 06 22 57.52 +29 09 03.0 15.21R L27 5.96″ (6.71″) (star)
0029P KC2023 01 29.76572 06 22 57.06 +29 09 02.1 15.36R L27
0029P KC2023 01 29.78163 06 22 56.69 +29 09 00.9 15.33R L27
0029P KC2023 01 29.80186 06 22 56.21 +29 08 59.7 15.33R L27
0029P KC2023 01 29.82186 06 22 55.73 +29 08 58.5 15.00R L27 (cirrus)
0029P KC2023 01 29.84186 06 22 55.27 +29 08 57.3 15.23R L27
0029P KC2023 01 29.85742 06 22 54.90 +29 08 56.3 15.34R L27

0029P C2023 01 29.92823 06 22 53.27 +29 08 51.2 15.29R XXX 5.25″ (5.63″) 30s Haymes
0029P C2023 01 29.92857 06 22 53.25 +29 08 51.4 15.31R XXX
0029P C2023 01 29.92927 06 22 53.21 +29 08 50.9 15.39R XXX
0029P C2023 01 29.92962 06 22 53.21 +29 08 51.1 15.29R XXX

0029P C2023 01 29.93434 06 22 53.14 +29 08 51.5 15.37R Z80 4.50″ (5.08″) no filter Wells
0029P C2023 01 29.93716 06 22 53.03 +29 08 50.8 15.41R Z80

0029P C2023 01 30.08982 06 22 49.60 +29 08 41.8 16.57B V37 5.45″ (5.85″) Usher Comet Chasers
0029P C2023 01 30.09088 06 22 49.55 +29 08 41.7 15.83V V37
0029P C2023 01 30.09198 06 22 49.53 +29 08 41.7 15.34R V37

0029P KC2023 01 30.79939 06 22 33.57 +29 07 56.4 15.51R Z09 5.11″ (5.48″) r
0029P KC2023 01 30.80299 06 22 33.39 +29 07 56.4 15.45R Z09
0029P KC2023 01 30.81234 06 22 33.26 +29 07 54.9 15.47R Z09
0029P KC2023 01 30.81594 06 22 33.15 +29 07 55.3 15.48R Z09
0029P KC2023 01 30.81953 06 22 33.08 +29 07 55.5 15.55R Z09
0029P KC2023 01 30.79940 06 22 33.51 +29 07 56.5 15.38R Z09 5.84″ (6.20″) 5x60s r
0029P KC2023 01 30.80299 06 22 33.43 +29 07 56.2 15.36R Z09
0029P KC2023 01 30.81234 06 22 33.23 +29 07 55.6 15.36R Z09
0029P KC2023 01 30.81594 06 22 33.14 +29 07 55.5 15.37R Z09
0029P KC2023 01 30.81954 06 22 33.04 +29 07 55.4 15.40R Z09

0029P C2023 01 30.85470 06 22 32.29 +29 07 53.0 15.56R C23 5.70″ (6.18″) no filter 120s
0029P C2023 01 30.85773 06 22 32.19 +29 07 53.1 15.51R C23
0029P C2023 01 30.86075 06 22 32.11 +29 07 52.6 15.53R C23

0029P C2023 01 31.13523 06 22 26.02 +29 07 34.9 15.68R 718 5.11″ (5.48″)
0029P C2023 01 31.13607 06 22 26.00 +29 07 35.1 15.61R 718
0029P C2023 01 31.13690 06 22 25.99 +29 07 35.0 15.63R 718
0029P C2023 01 31.13773 06 22 25.97 +29 07 34.7 15.64R 718
0029P C2023 01 31.13857 06 22 25.96 +29 07 34.7 15.65R 718
0029P C2023 01 31.13940 06 22 25.93 +29 07 34.8 15.65R 718
0029P C2023 01 31.14023 06 22 25.91 +29 07 34.8 15.70R 718
0029P C2023 01 31.14107 06 22 25.90 +29 07 34.8 15.69R 718
0029P C2023 01 31.14190 06 22 25.87 +29 07 34.7 15.64R 718
0029P C2023 01 31.14273 06 22 25.85 +29 07 35.1 15.72R 718

0029P C2023 01 31.13308 06 22 25.95 +29 07 35.6 15.75R Z10 5.49″ (5.79″) 3x60s
0029P C2023 01 31.13543 06 22 25.94 +29 07 35.4 15.73R Z10
0029P C2023 01 31.13777 06 22 25.84 +29 07 35.6 15.75R Z10
0029P C2023 01 31.14010 06 22 25.81 +29 07 34.4 15.71R Z10
0029P C2023 01 31.14245 06 22 25.76 +29 07 34.4 15.77R Z10
0029P C2023 01 31.14479 06 22 25.66 +29 07 34.4 15.76R Z10

0029P C2023 01 31.14899 06 22 25.68 +29 07 34.7 16.07V V37
0029P C2023 01 31.15009 06 22 25.67 +29 07 34.6 15.65R V37 5.45″ (5.85″) Debackere
0029P C2023 01 31.15114 06 22 25.67 +29 07 34.9 14.96I V37 NET USNO-B1.0

0029P KC2023 01 31.74810 06 22 12.57 +29 06 55.6 15.65R L27 5.96″ (6.71″)
0029P KC2023 01 31.79431 06 22 11.51 +29 06 52.6 15.37R L27 (star)
0029P KC2023 01 31.82325 06 22 10.91 +29 06 50.5 15.35R L27 (star)
0029P KC2023 01 31.86585 06 22 09.90 +29 06 48.1 15.76R L27

0029P KC2023 02 01.74926 06 21 50.98 +29 05 50.5 15.95R L27 5.96″ (6.71″) 6deg from 87% Moon
0029P KC2023 02 01.79683 06 21 49.96 +29 05 47.0 16.16R L27
0029P KC2023 02 01.81751 06 21 49.50 +29 05 45.9 16.01R L27
0029P KC2023 02 01.85984 06 21 48.55 +29 05 43.1 16.03R L27

0029P KC2023 02 02.39075 06 21 37.36 +29 05 07.9 16.34R 718 5.11″ (5.48″) 10x30s 2deg from 90% Moon ±0.3mag

0029P KC2023 02 02.75870 06 21 29.90 +29 04 43.8 16.10R L27
0029P KC2023 02 02.80678 06 21 28.89 +29 04 40.5 15.81R L27(star)
0029P KC2023 02 02.84350 06 21 28.03 +29 04 37.2 16.24R L27

0029P KC2023 02 03.10286 06 21 22.81 +29 04 20.1 16.49R 718 5.11″ (5.48″) 5x60s
0029P KC2023 02 03.10703 06 21 22.72 +29 04 19.8 16.39R 718

0029P KC2023 02 03.91123 06 21 06.50 +29 03 25.8 16.54R Z10 5.49″ (5.79″) 3x60s
0029P KC2023 02 03.91350 06 21 06.47 +29 03 25.2 16.37R Z10
0029P KC2023 02 03.91575 06 21 06.41 +29 03 25.2 16.62R Z10
0029P KC2023 02 03.91800 06 21 06.36 +29 03 25.1 16.51R Z10
0029P KC2023 02 03.92025 06 21 06.32 +29 03 24.9 16.64R Z10
0029P KC2023 02 03.92402 06 21 06.25 +29 03 24.7 16.56R Z10

0029P KC2023 02 04.75190 06 20 50.19 +29 02 27.3 16.51R L27 5.96″ (6.71″)
0029P KC2023 02 04.79983 06 20 49.12 +29 02 23.3 16.45R L27
0029P KC2023 02 04.89558 06 20 47.42 +29 02 17.2 16.77R L27
0029P KC2023 02 04.91175 06 20 47.03 +29 02 16.1 16.20R L27 (cirrus)

0029P KC2023 02 04.91259 06 20 46.97 +29 02 16.0 16.37R I81 5.15″ (5.66″) Rc 3x60s
0029P KC2023 02 04.91474 06 20 46.93 +29 02 15.8 16.54R I81
0029P KC2023 02 04.91690 06 20 46.90 +29 02 15.7 16.41R I81
0029P KC2023 02 04.91905 06 20 46.86 +29 02 15.8 16.36R I81

0029P C2023 02 05.16679 06 20 42.13 +29 01 59.0 16.50R V39 5.45″ (5.85″) 60s Debackere

0029P C2023 02 05.18363 06 20 41.80 +29 01 57.8 16.48R V39
0029P C2023 02 05.18533 06 20 41.77 +29 01 57.7 16.45R V39
0029P KC2023 02 05.18618 06 20 41.75 +29 01 57.7 16.51R V39 5.45″ (5.85″) 4x120s Cuppens
0029P C2023 02 05.18703 06 20 41.74 +29 01 57.6 16.57R V39
0029P C2023 02 05.18872 06 20 41.70 +29 01 57.5 16.52R V39

0029P C2023 02 05.20077 06 20 41.46 +29 01 56.7 16.44R V39 5.45″ (5.85″) 60s Wooding St Marys

0029P C2023 02 05.16464 06 20 42.17 +29 01 59.3 18.05B V39 5.45″ (5.85″)
0029P C2023 02 05.19866 06 20 41.50 +29 01 56.8 17.72B V39
0029P C2023 02 05.16569 06 20 42.16 +29 01 59.1 17.22V V39
0029P C2023 02 05.19972 06 20 41.50 +29 01 56.7 16.93V V39
0029P C2023 02 05.16784 06 20 42.11 +29 01 59.1 15.91I V39 NET USNO-B1.0
0029P C2023 02 05.20182 06 20 41.44 +29 01 56.7 15.85I V39

0029P C2023 02 05.77957 06 20 30.71 +29 01 15.5 16.62R C23 5.70″ (6.18″) no filter 360s
0029P C2023 02 05.78411 06 20 30.61 +29 01 15.3 16.51R C23
0029P C2023 02 05.79015 06 20 30.50 +29 01 14.5 16.77R C23

0029P KC2023 02 05.94133106 20 27.64 +29 01 03.6 16.62R XXX 5.25″ (5.63″) 5x30s Moonlight Haymes
0029P KC2023 02 05.94306706 20 27.60 +29 01 03.7 16.81R XXX

0029P KC2023 02 05.99100 06 20 26.64 +29 01 00.1 16.49R Z09 5.84″ (6.20″) 5x60s r
0029P KC2023 02 05.99462 06 20 26.58 +29 01 00.4 16.56R Z09
0029P KC2023 02 05.99824 06 20 26.51 +29 01 00.0 16.54R Z09
0029P KC2023 02 06.00185 06 20 26.40 +29 00 59.5 16.33R Z09 star
0029P KC2023 02 06.00547 06 20 26.36 +29 00 59.0 16.22R Z09 star
0029P KC2023 02 06.00909 06 20 26.28 +29 00 59.1 16.34R Z09 star

0029P C2023 02 06.11151 06 20 24.54 +29 00 52.7 17.73B V37
0029P C2023 02 06.11258 06 20 24.51 +29 00 52.5 16.99V V37
0029P C2023 02 06.11370 06 20 24.48 +29 00 52.5 16.52R V37 5.45″ (5.85″) 60s Debackere
0029P C2023 02 06.11477 06 20 24.48 +29 00 52.5 15.84I V37 NET USNO-B1.0

0029P C2023 02 06.79102 06 20 12.27 +29 00 03.7 16.64R C23 5.70″ (6.18″) no filter 360s
0029P C2023 02 06.79557 06 20 12.17 +29 00 03.4 16.72R C23
0029P C2023 02 06.80313 06 20 12.06 +29 00 03.3 16.71R C23

0029P C2023 02 06.86542 06 20 10.88 +28 59 58.9 16.73R Z10 5.49″ (5.79″) 3x60s ±0.04mag
0029P C2023 02 06.86771 06 20 10.86 +28 59 58.8 16.73R Z10
0029P C2023 02 06.86997 06 20 10.84 +28 59 59.0 16.75R Z10
0029P C2023 02 06.87222 06 20 10.78 +28 59 58.6 16.75R Z10
0029P C2023 02 06.87449 06 20 10.72 +28 59 58.4 16.74R Z10
0029P C2023 02 06.87755 06 20 10.66 +28 59 58.2 16.90R Z10

0029P KC2023 02 06.96888 06 20 09.01 +28 59 51.2 16.79R Z80 4.50″ (5.08″) 5x200s ±0.05mag Wells

0029P C2023 02 06.98220 06 20 08.69 +28 59 49.8 16.72R I64 5.22″ (5.51″) Rc 8x150s
0029P C2023 02 06.99780 06 20 08.45 +28 59 49.1 16.73R I64
0029P C2023 02 07.01339 06 20 08.17 +28 59 47.7 16.77R I64
0029P C2023 02 07.02899 06 20 07.89 +28 59 46.5 16.88R I64
0029P C2023 02 07.04459 06 20 07.59 +28 59 45.3 16.69R I64
0029P C2023 02 07.05920 06 20 07.36 +28 59 44.2 16.62R I64
0029P C2023 02 07.07187 06 20 07.14 +28 59 43.4 16.60R I64 4x150s

0029P C2023 02 07.16849 06 20 05.53 +28 59 37.1 17.91B V37
0029P C2023 02 07.16956 06 20 05.47 +28 59 37.2 17.06V V37
0029P C2023 02 07.17068 06 20 05.43 +28 59 37.2 16.64R V37 5.45″ (5.85″) 60s Debackere
0029P C2023 02 07.17175 06 20 05.42 +28 59 37.3 15.79I V37 NET USNO-B1.0

0029P KC2023 02 07.32413 06 20 02.68 +28 59 25.6 16.58R 718 5.11″ (5.48″) 3x60s star subtracted (was 16.43)
0029P KC2023 02 07.32705 06 20 02.61 +28 59 25.8 16.62R 718 4x60s star subtracted (was 16.47)
0029P KC2023 02 07.32997 06 20 02.59 +28 59 25.4 16.60R 718 3x60s star subtracted (was 16.45)
star_aa KC2023 02 05.18896 06 20 02.57 +28 59 29.8 18.68R V37 4x60s

0029P C2023 02 07.82021 06 19 54.17 +28 58 49.6 16.86R B96 4.96″ (5.58″) Clear
0029P C2023 02 07.82184 06 19 54.14 +28 58 49.4 16.79R B96
0029P C2023 02 07.82348 06 19 54.09 +28 58 49.3 16.97R B96
0029P C2023 02 07.82512 06 19 54.09 +28 58 49.1 16.81R B96
0029P C2023 02 07.82675 06 19 54.06 +28 58 49.0 16.72R B96
0029P KC2023 02 07.82675 06 19 54.06 +28 58 49.0 16.77R B96
0029P C2023 02 07.82839 06 19 54.02 +28 58 48.8 16.70R B96
0029P C2023 02 07.83002 06 19 53.99 +28 58 48.8 16.72R B96
0029P C2023 02 07.83166 06 19 53.96 +28 58 48.9 16.91R B96
0029P C2023 02 07.83330 06 19 53.92 +28 58 48.5 16.83R B96

0029P C2023 02 07.83502 06 19 53.91 +28 58 48.2 16.85R B96 4.96″ (5.58″) R
0029P C2023 02 07.83666 06 19 53.86 +28 58 48.0 16.74R B96
0029P C2023 02 07.83829 06 19 53.85 +28 58 48.3 16.94R B96
0029P C2023 02 07.83993 06 19 53.83 +28 58 48.2 16.79R B96
0029P KC2023 02 07.84156 06 19 53.79 +28 58 48.0 16.79R B96
0029P C2023 02 07.84156 06 19 53.79 +28 58 48.2 16.67R B96
0029P C2023 02 07.84320 06 19 53.77 +28 58 47.7 16.71R B96
0029P C2023 02 07.84484 06 19 53.72 +28 58 47.7 16.61R B96
0029P C2023 02 07.84647 06 19 53.71 +28 58 47.7 16.86R B96
0029P C2023 02 07.84810 06 19 53.66 +28 58 47.3 16.74R B96

0029P KC2023 02 07.85731 06 19 53.55 +28 58 47.1 16.74R Z80 4.50″ (5.08″) 5x200s Wells

0029P KC2023 02 07.93369 06 19 52.17 +28 58 41.6 16.80R Z09 5.84″ (6.20″) 5x60s r
0029P KC2023 02 07.93731 06 19 52.14 +28 58 41.6 16.81R Z09
0029P KC2023 02 07.94093 06 19 52.08 +28 58 41.2 16.91R Z09
0029P KC2023 02 07.94455 06 19 51.98 +28 58 41.0 16.71R Z09
0029P KC2023 02 07.94817 06 19 51.92 +28 58 40.8 16.68R Z09
0029P KC2023 02 07.95179 06 19 51.86 +28 58 40.3 16.78R Z09

0029P KC2023 02 08.15893 06 19 48.41 +28 58 25.5 16.59R 718 5.11″ (5.48″) 3x60s
0029P KC2023 02 08.16185 06 19 48.36 +28 58 25.4 16.62R 718 4x60s
0029P KC2023 02 08.16477 06 19 48.30 +28 58 25.2 16.57R 718 3x60s

—- end —–

186 A. Novichonok Kitab Observatory, Uzbekistan TEL 0.36-m f/8 Reflector, no filter 5.14″ (3pix) provisional
204 L. Buzzi Schiaparelli Observatory, Italy TEL 0.84-m f/3.5 Newtonian reflector, no filter, 5.58″ (3pix)
204 A. Aletti Schiaparelli Observatory, Italy TEL 0.36-m f/7.5 Reflector, Rc filter, 5.58″ (6pix 2×2) 5.60″ (4pix 3×3)
204 A. Aletti Schiaparelli Observatory, Italy TEL 0.20-m f/4.0 Reflector, Rc filter, 4.92″ (3pix)
213 R. Naves Montcabre Observatory, Spain TEL 0.30-m f/9 Schmidt-Cassegrain, no filter, 5.40″ (6pix)
718 P. Wiggins Tooele, Utah, USA TEL 0.36-m f/5.4 Schmidt-Cassegrain, no filter, 5.11″ (7pix)
941 J. Manteca Segorbe, Spain TEL 0.40-m f/7.3 Schmidt-Cassegrain, no filter, 5.07″ (3pix)
970 N. James Chelmsford, UK TEL 0.28-m f/10 Schmidt-Cassegrain, no filter, 5.60″ (5pix)
A77 F. Kugel Dauban, France TEL 0.40-m f/2.8 Reflector, no filter, 4.98″ (6pix)
B96 E. Bryssinck BRIXIIS Observatory, Belgium TEL 0.4-m f/3.8 Reflector, R, Clear 4.96″ (4pix)
C10 J.-F. Soulier Maisoncelles Observatory, France TEL 0.30-m f/3.8 Newtonian, no filter, 4.65″ (4pix) 5.80″ (5pix)
C23 A. Diepvens Olmen Observatory, Belgium TEL 0.20-m f/9 Refractor, Luminance 5.70″ (3pix) 5.70″ (6pix)
F65 Faulkes North Haleakala, Hawaii TEL 2.00-m f/10 Ritchey-Chretien, r’ filter, 5.61″ (21pix)
R. Miles, A. Debackere, C. Stoddard-Jones, H. Usher, J. Vannini, M. Malaric, E. Simpson, V. Matei, M. Beer
G40 N. Paul Slooh, Canary Is., Spain TEL 0.50-m f/6.8 Corrected Dall-Kirkham, no filter, 5.76″ (4pix)
G40 N. Evetts
G40 N. Paul Slooh, Canary Is., Spain TEL 0.43-m f/6.8 Corrected Dall-Kirkham, no filter, 5.08″ (4pix)
H06 iTelescope T11 Mayhill, New Mexico, USA TEL 0.50-m f/6.8 Corrected Dall-Kirkham, no filter, 4.92″ (6pix) 5.74″ (7pix)
H06 N. James, M. Mobberley
H06 iTelescope T19 Mayhill, New Mexico, USA TEL 0.43-m f/6.8 Corrected Dall-Kirkham, Red filter, 5.08″ (4pix 2×2) 5.67″ (9pix 1×1)
H06 E. Herman
H06 iTelescope T21 Mayhill, New Mexico, USA TEL 0.43-m f/4.5 Corrected Dall-Kirkham, R filter, 5.73″ (3pix)
H06 M. Mobberley
H06 iTelescope T21 Mayhill, New Mexico, USA TEL 0.43-m f/4.5 Corrected Dall-Kirkham, R filter, 5.76″ (6pix)
H06 A. Watkins
I64 A. Jones Maidenhead Observatory, UK TEL 0.30-m f/6.3 Schmidt-Cassegrain, Rc filter, 5.22″ (9pix)
I81 D. Buczynski Portmahomack, Scotland, UK TEL 0.35-m f/6 Schmidt-Cassegrain, Rc filter, 5.15″ (5pix)
I89 iTelescope T18 Nerpio, Spain TEL 0.32-m f/5.3 Corrected Dall-Kirkham, Lum. filter, 5.52″ (12pix)
I89 E. Herman
K01 A. Watkins Bradwell, Essex, UK TEL 0.36-m f/7.7 Schmidt-Cassegrain, Rc filter, 5.10″ (10 pix)
L27 J.-F. Soulier Dauban, France TEL 0.25-m f/3.5 Newtonian reflector, no filter, 4.48″ (3pix) 5.96″ (4pix)
M09 P.-J. Dekelver Oudsbergen, Belgium TEL 0.30-m f/4 Newtonian reflector, r’ filter, 5.60″ (5pix)
Q62 iTelescope T30 Siding Spring, Australia TEL 0.50-m f/4.5 Corrected Dall-Kirkham, R filter, 4.92″ (6pix)
M. Mobberley
Q62 iTelescope T31 Siding Spring, Australia TEL 0.51-m f/4.4 Corrected Dall-Kirkham, R filter, 5.45″ (5pix)
M. Mobberley
T04 LCO Clamshell #1 Haleakala, Hawaii, USA TEL 0.40-m f/8 Schmidt-Cassegrain, r’ filter, 5.70″ (10pix)
U69 iTelescope T24 Auberry, California, USA TEL 0.61-m f/6.5 reflector V filter, 5.04″ (8pix)
M. Mobberley
V37 LCO Dome A McDonald Observatory, Texas, USA TEL 1.00-m f/8 Ritchey-Chretien, r’ filter, 5.45″ (14pix)
V37 H. Usher (Comet Chasers), J. Vannini, A. Debackere, W. Cuppens
V38 LCO Aqawan-01 McDonald Observatory, Texas, USA TEL 0.40-m f/8 Schmidt-Cassegrain, r’ filter, 5.70″ (10pix)
V39 LCO Dome B McDonald Observatory, Texas, USA TEL 1.00-m f/8 Ritchey-Chretien, r’ filter, 5.45″ (14pix)
V39 H. Usher (Comet Chasers), W. Cuppens, A. Debackere,
W87 LCO Aqawan A Cerro Tololo, Chile TEL 0.40-m f/8 Schmidt-Cassegrain, r’ filter, 5.70″ (10pix)
B. Wooding
W88 N. Paul Slooh, La Dehesa, Chile TEL 0.43-m f/6.8 Corrected Dall-Kirkham, no filter, 5.08″ (4pix)
W89 LCO Aqawan B Cerro Tololo, Chile TEL 0.40-m f/8 Schmidt-Cassegrain, r’ filter, 5.70″ (10pix)
Z09 W. Hawley Fiddington, Somerset, UK TEL 0.25-m f/10 Schmidt-Cassegrain r’ filter, 5.11″ (7pix)
Z10 P. Carson Fregenal de la Sierra, Spain TEL 0.32-m f/8 Reflector, no filter, 5.49″ (9pix)
Z17 LCO Aqawan A#2 Tenerife, Spain TEL 0.40-m f/8 Schmidt-Cassegrain, r’ filter, 5.70″ (10pix)
Z17 J. Vannini
Z21 LCO Aqawan A#1 Tenerife, Spain TEL 0.40-m f/8 Schmidt-Cassegrain, r’ filter, 5.70″ (10pix)
Z21 J. Vannini
Z24 LCO Dome B Tenerife, Spain TEL 1.00-m f/8 Ritchey-Chretien, r’ filter, 5.45″ (14pix)
Z24 R. Miles, A. Debackere, M. Eleftheriou
Z28 N. Paul Nerpio, Spain TEL 0.5-m f/6.8 Corrected Dall-Kirkham, no filter, 5.40″ (10pix)
Z30 D. Storey Isle of Man, UK TEL 0.35-m f/10 Schmidt-Cassegrain, Rc filter, 5.44″ (8pix)
Z31 LCO Dome A Tenerife, Spain TEL 1.00-m f/8 Ritchey-Chretien, r’ filter, 5.45″ (14pix)
J. Vannini, M. Malaric, A. Debackere, R. Miles, M. Eleftheriou, B. Wooding + St Marys
Z80 D. Bamberger England TEL 0.25-m f/8 Ritchey-Chretien, no filter, 4.50″ (4pix)
G. Wells
XXX M. Dawson Calibria, Italy TEL 0.51-m f/3.5 Newtonian reflector, no filter, 5.94″ (3pix), 5.94″ (6pix)
XXX E. Demencik Slovakia TEL 0.46-m f/4.2 Reflector, no filter, 5.25″ (15pix)
XXX T. Haymes Steeple Aston, Oxfordshire, UK TEL 0.28-m f/5.8 Schmidt-Cassegrain, no filter, 5.25″ (7pix)
XXX iTelescope T72 Deep Sky Chile, Chile TEL 0.51-m f/6.7 Reflector, R filter, 5.40″ (15pix)
XXX E. Herman
XXX R. Sargent Chester, UK TEL 0.30-m f/5.5 Schmidt-Cassegrain, no filter, 5.00″ (6pix)
XXX P. Tickner Lower Earley, UK TEL 0.36-m f/9.5 Schmidt-Cassegrain, R channel 5.76″ (8pix)

MISSION 29P Observer Statistics for 2021-22

Here is a full breakdown of observers contributions for the latest completed apparition – a record number of contributors  – Well done everyone!

Centaur comet 29P and the James Webb Space Telescope

JWST Proposal 2416 entitled “Measuring Volatile Production in Active Centaurs with NIRSpec” led by Adam McKay (PI) is due to kick off between 2022 July 25 – July 31 by observing 22nd magnitude 39P/Oterma with its Integral Field Unit (IFU). Four further targets will be investigated before finishing with 29P during 2023 Feb 09 – Mar 30, i.e. about 3 weeks either side of its retrograde point. The methodology is similar for all targets when NIRSpec will map H2O, CO2 and CO in a 3″x3″ box centered on the nucleus as well as an offset from the nucleus to characterise the coma. Methane may also be detected if the observing epoch is shortly following an outburst. A total of 3.1 hours will be spent observing the nucleus and around 29P between 0.6-5.3 microns (resolving power ~100). The 3″x3″ box is traversed by 30 slits providing high spatial resolution. Pointing accuracy of JWST is 0.1″.
(added on 2022 Jun 18)

End of the 2021-2022 Apparition

We have finally reached the end of our coverage of the latest apparition.

Patrick Wiggins (Obs Code 718) has extended observational coverage well into the month of May, with his last time series taken on May 21 when 29P could be seen at almost 17th magnitude, sitting just 21 degrees from the limb of the Sun!

I believe this is a record for a comet so faint as 29P at the moment and just 26 days from solar conjunction.  Patrick has also imaged the field containing the comet on May 25 with the Sun 18 degrees distant and just 5 degrees altitude. The target appears to be fainter than mag 16.0R, the plate limit.

So 29P last exhibited a ‘strong outburst’ 214 days since its last one: that reached magnitude 13.1R on October 23. It appears that the historical record of 4 rapid consecutive outbursts last September has possibly resulted in a significant loss of sub-crustal pressure and that the centaur object is taking a long time to build up this pressure ahead of the next strong event. Maybe it will still be quiescent when we next see it appear after conjunction with the Sun on 2022 June 16? Coverage of the new apparition could begin around July 12 at the earliest.

Clear skies for then!

Latest lightcurve of 29P

Here are plotted the R magnitude of the comet during the current apparition. The measurement is expressed in terms of the brightness of a 5.7 arcsec radius photometric aperture. Inner coma measurements are also shown (in red) made with a 1.6 arcsec radius aperture with either 1.0-m or 2.0-m telescopes.

2021 December 21 occultation event – Report

Only one observer (Peter Ceravolo) was able to make a video recording of this potential occultation event, which was negative. Other observers were defeated by the very bright Moon nearby, the very low temperatures causing equipment malfunction, or by cloud.

Hubble imaging of Comet 29P

Hubble’s Wide-Field Camera (WFC3) is working again and has secured images of 29P on November 23, November 30 and December 7.

The first set of 10 exposures were obtained 10-12 hours after a small outburst. Here’s a preview of one of the Dec 7 frames.

Have included an inset showing roughly the same patch of sky taken with the 1.0-m at Macdonald Obs. in average seeing.

 

 

 

 

(Write-ups about 29P by Dr Tony Phillips appear on the October 15 page and on the October 26 page of the Spaceweather website)

Strong outburst at 2021 10 23.75 +/-0.03  15.70R => 13.15R

Mini-outburst (below) of 0.35 mag amplitude on 2021 10 16.88 +/-0.01 captured by Jean-Francois Soulier (France), Kritti Sharma et al. (GROWTH, India), and Tim Lister (LCO, Tenerife)

Our 5th successful outburst lightcurve !

Latest images:

(click on images for full resolution)

Peering inside the expanding coma.

The outburst coma from the October 16.88 event can be seen expanding as a fan-shaped outflow close to the nucleus at p.a. 0 – 90 deg or so.

 

 

The following two images, the colour one from Peter Tickner, indicate that there is an excess of blue light in the upper right of the coma (p.a. 270-350 deg). This may be evidence of the emission of light from ionised gas moving in this direction and overtaking the slower-moving dust. Thanks Peter.

 

Latest Observations:

STOP PRESS – Fourth outburst on 2021 09 27.6+/-0.2 almost 9 times greater intensity than the first two events !!!!

STOP PRESS – Third outburst on 2021 09 27.0 almost 5 times greater intensity than the former two events. Time between each pair of outbursts ~20 h

LATEST: An outburst of about 2.5 mag amplitude appears to have occurred on 2021 September 25.34 +/-0.005 followed about 20 hours later by another outburst of similar intensity

Thanks again to Patrick Wiggins (718) imaging from Utah and a good run of clear skies, and Denis Buczynski in Scotland also favoured with clear skies these past two nights, we have witnessed a double outburst, where one presumably has subsequently triggered another cryo-eruption (see listing of observations below). These two events might herald more intense activity in the coming few years. The last 2.5 years have only witnessed 8 events brighter than mag 14.5R, which coincides with similar relatively quiescent behaviour seen earlier when the comet was halfway around its orbit of the Sun, i.e. two seasons earlier. If the nucleus has a high tilt then these quiescent times may correspond to the seasons when the poles are directed towards the Sun (and Earth). Since the equatorial regions on the nucleus experience the greatest amount of solar radiation, these are likely to be more thermally processed and hence exhibit more intense cryovolcanicity. Watch out in the coming year or two for 12th magnitude outbursts.

An earlier outburst of the current apparition was detected by JF Soulier on August 25. It exhibited an outburst amplitude of 2.4 mag and subsequent imaging using the 2.0-m Faulkes Telescope North has revealed structures in the expanding inner coma.

Here’s the appearance of the coma on September 8, showing the new event as a brighter inner coma whilst the edge of the outer coma has continued to expand at 0.22 km/s:

The present 2021-2022 apparition began with the first observations reported by Jean-François Soulier on June 25 at a solar elongation of 29° in the morning sky. That means that the comet hid from us when too close to the Sun for just 13% of the time – a new record!

Previous apparition

The 2020-2021 apparition is now over with a record 338.5 days of coverage, the longest such coverage of any apparition and also the most observing epochs achieved (1168). The observers who contributed were:

The following image is the last one taken this apparition with the comet at only 19° solar elongation. It is not detected which means it was fainter than magnitude 16.0R at that time.

29P appears to have had a mini-outburst of 0.9 mag amplitude whilst at 25° solar elongation. Here’s the image:

Patrick Wiggins observing from Utah has confirmed the mini-outburst, his observations yielding a magnitude of 15.74R.

Two very weak mini-outbursts occurred during March. They were each of just 0.11 magnitudes amplitude reaching 16.9R:

With many dedicated observers following 29P, we get a much more reliable evaluation of small brightness changes even though it is now 17th magnitude. This is a good demonstration of the benefit of having more observers. For the first 11 days of coverage, the intrinsic trend due to varying distance and phase angle is expected to be a fade of 0.018 mag. However on March 17.46 +/-0.28 there looks to have been a step-change of 0.11 mag (red datapoints). This is the smallest mini-outburst that we have detected.

Recent images:

The following two images were taken at almost the same time. The one on the right is unfiltered. You can see extra coma further from the nucleus than can be seen in the r’-filtered image on the left. The reason for this may be that the nucleus has been almost quiescent during the past 30 days with little debris ejected far into space since most of it falls back. So what does escape is gas from sublimating hypervolatile ices and it is the emission lines from the gas that adds to the coma brightness far from the nucleus.

We know that the main gas species is carbon monoxide and most CO+ emission lines appear at wavelengths shorter than the passband of the r’ filter (550-690 nm). Also nitrogen (N2+) emission is mostly at the blue end of the spectrum Unfiltered images should pick up these faint gaseous emissions as can be seen in Jean-François Soulier’s image on the right. In future, using the new MuSCAT3 camera on the FT North, it should be possible to look for colour changes in the coma following weak outbursts. This will be particular so if the comet remains largely quiescent close to opposition.

See plot below also showing how data from several observers monitoring the comet allows us to detect small outbursts. We’ve had a couple of such events as shown in these plots:

 

Thanks to Jean-François Soulier (L27, Haute-Provence, France) and Nick James (970, Chelmsford, UK) who independently discovered the comet going into outburst. Thanks to Nick’s timely alert we have obtained the best coverage ever of one of this comet’s outbursts. Here is a plot of the data from L27 showing the outburst lightcurve analysed in terms of the G magnitude using a 10″ radius photometric aperture. A video of this outburst has been prepared by Jean-François.

Another outburst also took place less than 6 days later on 2020 November 25.45±0.24 with the magnitude going from 15.3R to 14.3R

29P reached opposition on November 6 and so now appears in the early evening sky making it an excellent target for northern hemisphere observers. Located in Aries at a declination of +24 degrees, the comet is visible for a couple of hours after sunset between now and the end of April.

Here below is the final light-curve for 2020-2021 showing its activity during this apparition up to April 24. Click on the plot if you want to see the full-size image. There have been two very strong outbursts: one on July 26 and a second on November 19, i.e. separated by 2 x 57.9 d in time – Note the link with the nominal periodicity of 57.71 d reported in 2016, strongly indicative of the same source outbursting after two rotations of the nucleus. Minute-by-minute coverage of the November 19 event was achieved largely thanks to Jean-François Soulier’s dedicated 29PREMOTE observatory. More on those findings later. Jean-François was also successful in catching the start of the August 22 event. In all we now have outburst lightcurves spanning the first few critical hours for FOUR events namely in 2017, 2019 and 2020(2).

In addition to strong outbursts, the nucleus has exhibited at least 24 mini-outbursts some of which have been so weak that there have been 5 instances where a large fraction of the ejecta have, after several days, fallen back onto the nucleus. This happens because the nucleus is very large (approx. 64 km across) and so has a relatively high gravity and high escape velocity (approx. 20-25 m/s). Our detailed observations are revealing this collapse of the inner coma – a behaviour unique to this body! We might indeed consider 29P not to be a comet but instead a unique Transition Object that was once a TNO.

Observational data in MPC format

Full archive datasets

 

Observatory Code / Observer / Location /Instrument / Photometric aperture in arcsec

This list of observatories/people whose work has contributed to the current Observing Campaign between 2014 February and 2022 April. Text shown in red requires checking.

N.B. A complete list of observers contributing this present apparition beginning on 2022 July 16 can be found halfway down this webpage.

203 G. Galli, S. Foglia Italy 0.36-m f/5.76 Schmidt-Cassegrain 5.5
204 L. Buzzi, A. Aletti Italy 0.36-m f/6.5 reflector 4.8/6.0; Italy 0.84-m f/3.5 reflector 5.6
204 L. Buzzi TEL 0.84-m f/3.5 Newtonian reflector, no filter, 5.58″ (3pix)

213 R. Naves, M. Campas Spain 0.30-m f/10 Schmidt-Cassegrain 10.0 square; Spain 0.30-m f/9 Schmidt-Cassegrain 5.4
323 P. Camilleri, J. Oey, R. Miles Australia 0.40-m f/5 reflector (Perth)
718 P. Wiggins Utah, USA 0.35-m f/7 Schmidt-Cassegrain 5.2
970 N. James England 0.28-m f/10 Schmidt-Cassegrain 5.2/5.8 check
A06 E. Cortes Spain 0.25-m f/3.6 Schmidt-Cassegrain 10.0 square
B74 J. M. Bosch Spain 0.40-m f/10 Schmidt-Cassegrain 10.0 square
B96 E. Bryssinck Belgium 0.4-m f/3.8 Astrograph 5.0
C10 J.-F. Soulier France 0.30-m f/3.8 Newtonian 6.5, 4.9
C10 J.-F. Soulier TEL 0.30-m f/3.8 Newtonian reflector, no filter, 4.86″ (3pix) 6.48″ (4pix)

C35 J. Aledo Spain 0.4-m f/3.4 Reflector 10.0 square

C42 Q. Ye (Zwicky Transient Facility) Xingming, China 0.50-m ?

C77 A. Mantero Italy 0.25-m f/4 Reflector 6.7
D09 P.-J. Dekelver Belgium, 0.30-m f/4 Newtonian 4.84″ 4-pix

C90 L. Tremosa Spain 0.30-m f/5 reflector 10.0 square

E94 J. Drummond N.Zealand 0.35-m f/10 Schmidt-Cassegrain 5.9; 0.41-m f/5.2 Newtonian 7.2; 0.41-m f/4.5 Newtonian 6.0
G40 J. Tuten, N. Paul Slooh Canary Isles 0.43-m f/6.8 Dall-Kirkham 5.0
H06 N. James New Mexico 0.43-m f/4.5 5.8; A. Watkins New Mexico 0.43-m f/4.5 5.8; M. Mobberley 0.50-m T11, P. Manteca 0.50-m T11, E. Herman T11

I41 Q. Ye (Zwicky Transient Facility) Palomar, USA 1.20-m f/2.5

I64 A. Jones England 0.19-m f/5.2 Maksutov-Newtonian + Rc filter 5.6
I81 D. Buczynski Scotland 0.35-m f/6 Schmidt-Cassegrain 5.2
I88 J. Carrillo Spain 0.36-m f/5 reflector 10.0 square
J01 J. Gonzalez Spain 0.15-m f/6 Ritchey-Chretien 10.0 square
J22 K. Hills La Palma 0.50-m f/2.9 astrograph 5.9, 10.0 square
J24 J. F. Hernandez Spain 0.4-m f/10 Schmidt-Cassegrain 10.0 square
J38 F. Garcia Spain 0.25-m f/8.1 Ritchey-Chretien 10.0 square
J47 G. Muler Lanzarote 0.30-m Schmdt-Cassegrain 6.1

J69 D. Briggs England 0.30-m f/5.4 Newtonian 6.5
J77 R. Miles England 0.35-m f/8 Schmidt-Cassegrain + r’ 5.4 also V, B, Clear
L27 J.-F. Soulier TEL 0.25-m f/3.5 Newtonian reflector, no filter, 4.48″ (3pix) 5.96″ (4pix)

K01 A. Watkins England 0.35-m f/7.7 Schmidt-Cassegrain 6.2
K02 P. Carson England 0.32-m f/5.4 Dall-Kirkham 5.5/6.5
K14 M. Morales Spain 0.25-m f/5 Newtonian 5.7, 10.0 square
K60 J. Warell, Sweden 0.25-m f/6.1 SCT 5.88 6.30

L27 J.-F. Soulier France 0.25-m f/4 Newtonian reflector 6.0 (6.7)
Q38 M. Mattiazzo Australia 0.28-m f/6.3 Schmidt-Cassegrain 5.5
Q67 P. Camilleri, J. Oey, R. Miles Australia 0.32-m F/8.8 RCOS 5.5
Q68 P. Camilleri, J. Oey, H. Williams Australia 0.30-m f/3.0 reflector 7.4; P. Camilleri, J. Oey Australia 0.34-m f/5.9 SCT
W88 K. Breedlove, J. Tuten, A. Hale Chile 0.35-m f/11 Schmidt-Cassegrain (Slooh) ???
W96 J.-F.Soulier, A.Maury, J.-B. de Vanssay Chile 0.4-m f/5.2 Ritchey-Chretien 6.4
Z08 E. Bryssinck, Oria, Spain 0.70-m f/6 reflector (remote) 5.2 r’

Z09 W. Hawley, England 0.25-m f/10 Schmidt-Cassegrain 5.5

Z08 J. Warell SAAF, Oria, Spain, 0.43-m f/6.8 CDK

Z08 E. Bryssinck, Oria, Spain, 0.7-m f/8 Ritchey-Chretien 

Z10 P. Carson, Spain 0.32-m f/5.4 Dall-Kirkham 5.5
Z30 D. Storey, England 0.35-m Ritchey-Chretien 5.9
Z39 A. Acosta, Lanzarote 0.23-m Schmidt-Cassegrain 10.0 square
Z42 J. Savage, England 0.35-m f/7.7 Schmidt-Cassegrain + V 5.5, 7.9
Z74 F. Soldan, Spain 0.20-m f/6.7 Schmidt-Cassegrain 10.0 square

Z80 G. Wells, D. Bamberger, England 0.25-m f/8 Ritchey-Chretien 6.7

Z85 T. Angel, Spain 0.35-m f/11 Schmidt-Cassegrain 5.6

Z92 A. Pratt, England 0.28-m f/3.3 Schmidt-Cassegrain 5.25

XXX C.S. Morris, California, USA 0.406-m f/6.8 Schmidt-Cassegrain 4.84

XXX T. Haymes, England 0.28-m f/5.5 Schmidt-Cassegrain 5.6
XXX R. Sargent, England 0.35-m f/7 Schmidt-Cassegrain 5.04 6-pix

Las Cumbres Observatory / Faulkes Telescope Project (R. Miles, A. Hale):

A major contribution to this ’24/7′ comet monitoring activity have been the observations from the Las Cumbres Observatory global network of telescopes. Access to this network has been made available thanks to the Dill Faulkes Education Trust, and to Dr Paul Roche of the Faulkes Telescope Project based at Cardiff University, Wales assisted by Alison Tripp.

E10 coj 2m0a Siding Spring-FT South 2.0-m f/10 Ritchey-Chretien 5.4
F65 ogg 2m0a Haleakala-FT North 2.0-m f/10 Ritchey-Chretien 5.4

K91 cpt Sutherland A S. Africa 1.0-m f/8 Ritchey-Chretien 5.5
K92 cpt Sutherland B S. Africa 1.0-m f/8 Ritchey-Chretien 5.5
K93 cpt Sutherland C S. Africa 1.0-m f/8 Ritchey-Chretien 5.5

Q63 coj Siding Spring A Australia 1.0-m f/8 Ritchey-Chretien 5.5

Q64 coj Siding Spring B Australia 1.0-m f/8 Ritchey-Chretien 5.5
V37 elp McDonald Observatory A Texas, USA

 

Seasonal Plot 2002 – 2022 with optimised period fit:

Note that one orbit of the Sun earlier a very roughly similar pattern was evident.

N.B. Mini-outbursts are largely shown in red/pink.

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