Celestial hemisphere:  Northern  ·  Constellation: Cepheus (Cep)  ·  Contains:  5 Cep)  ·  The star Alderamin (α Cep
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Sh2-129/ OU4, The Flying Bat and Squid Nebula, 



    
        

            SparkyHT
Sh2-129/ OU4, The Flying Bat and Squid Nebula
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Sh2-129/ OU4, The Flying Bat and Squid Nebula

Getting plate-solving status, please wait...
Sh2-129/ OU4, The Flying Bat and Squid Nebula, 



    
        

            SparkyHT
Sh2-129/ OU4, The Flying Bat and Squid Nebula
Powered byPixInsight

Sh2-129/ OU4, The Flying Bat and Squid Nebula

Acquisition details

Dates:
July 9, 2023 ·  July 10, 2023 ·  July 17, 2023 ·  July 18, 2023 ·  July 30, 2023 ·  Aug. 8, 2023 ·  Aug. 12, 2023 ·  Aug. 15, 2023 ·  Aug. 16, 2023 ·  Aug. 17, 2023 ·  Aug. 19, 2023 ·  Aug. 22, 2023 ·  Aug. 23, 2023 ·  Aug. 26, 2023 ·  Aug. 27, 2023 ·  Aug. 29, 2023 ·  Aug. 30, 2023 ·  Aug. 31, 2023 ·  Sept. 1, 2023 ·  Sept. 3, 2023
Frames:
Chroma Blue 31 mm: 60×180(3h)
Chroma Green 31 mm: 60×180(3h)
Chroma H-alpha 3nm Bandpass 31 mm: 297×300(24h 45′)
Chroma OIII 3nm Bandpass 31 mm: 653×300(54h 25′)
Chroma Red 31 mm: 60×180(3h)
Integration:
88h 10′
Avg. Moon age:
13.83 days
Avg. Moon phase:
48.49%

Basic astrometry details

Astrometry.net job: 8446033

RA center: 21h04m51s.8

DEC center: +60°3946

Pixel scale: 3.113 arcsec/pixel

Orientation: 91.643 degrees

Field radius: 3.212 degrees

Resolution: 6178x4126

File size: 27.4 MB

Locations: Pine Creek Observatory, West Bend, WI, United States

Data source: Backyard

Description

This is it, the culmination of the entire summer's worth of imaging. My region did not get out from under the winter/spring permacloud until late May, then came thick wildfire smoke, which pretty much stuck around in varying thickness for the entire summer. Many of the nights that I imaged these objects were cut short by clouds, fog, or smoke, and MANY subs were tossed. What you see in the final image is the best I could get over 20 nights, and out of the those, perhaps only 3 of them were not spoiled by the environment or the moon. I knew this object pair was going to be tough, I just didn't realize HOW tough! If I'm one thing, it's that I am stubborn as a bull, so I stuck to my decision and just kept collecting photons for what felt like an eternity. I've never processed such a massive data set before, fortunately I recently built a PC that chugged through all the data in big gulps. I am pleasantly surprised how well all the data stacked up, especially on OU4. The effort was totally worth the work and the wait!

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