36 replies to this topic

[Star-Hunter]

Jupiter. June 3, 2018, 21:54-23:59 (UTC +3)

Equipment:
-telescope Celestron NexStar 8 SE
-Barlow lens cell Sky-Watcher 2x with T-adapter
-ZWO ADC
-filter ZWO IR-cut
-camera ZWO 290 MC (50 fps)
Processing: PIPP, Autostakkert (110 movies per 60 s, stacking 800 frames from 3000), Registax 6.
Location: Russia, Anapa, backyard.

http://www.star-hunt...8-2154-2359.gif

[Lacaille]

Great to be reminded of what an 8SE is capable of in good hands! Good work!

[Star-Hunter]

Jupiter and Ganymede. April 5, 2018, 02:42 (UTC +3)

Equipment:
-telescope Celestron NexStar 8 SE
-Barlow lens cell Sky-Watcher 2x with T-adapter
-ZWO ADC
-filter ZWO IR-cut
-camera ZWO 290 MC (41 fps)
Processing: PIPP, Autostakkert (12 movies per 90s, stacking 1000 frames from 3717), Registax 6, WinJUPOS.
Location: Russia, Anapa, backyard.

 

Second image: 01:47 (UTC +3), single stack. Interesting brown tail in the atmosphere of Jupiter.

2.5 hours timelapse (00:55-03:25): http://www.star-hunt...0055-0325-2.gif

 

 

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Edited by Star-Hunter, 24 January 2019 - 03:59 PM.

[Star-Hunter]

Jupiter. May 5, 2018, 00:59 (UTC +3)

Equipment:
-telescope Celestron NexStar 8 SE
-Barlow lens cell Sky-Watcher 2x with T-adapter
-ZWO ADC
-filter ZWO IR-cut
-camera ZWO 290 MC (50 fps)
Processing: PIPP, Autostakkert (9 movies per 90s, stacking 1000 frames from 4629), Registax 6, WinJUPOS.
Location: Russia, Anapa, backyard.
Timelapse 00:46-00:59: http://www.star-hunt...6_ap40_pipp.gif

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[starblue]

Ganymede appears from the shadow of Jupiter
 http://www.star-hunt...8_2349-0010.gif
Equipment and details:
    telescope Celestron NexStar 8 SE
    lens cell Barlow Sky-Watcher 2x
    ZWO ADC
    ZWO IR-cut filter
    ZWO 290 MC camera (50 fps)
    Location: Russia, Anapa, backyard. May 24, 2018, 23:49-00:10 (UTC +3). Right satellite - Io.
    Processing: PIPP, Autostakkert (18 movies per 60s, stacking 800 frames from 3000), Registax 6.

Wow! With no inline photo it's easy to pass over this post, but don't! You can actually see the curve of Jupiter's shadow against the disk of Ganymede as it reappears! 

[schu]

Wow! With no inline photo it's easy to pass over this post, but don't! You can actually see the curve of Jupiter's shadow against the disk of Ganymede as it reappears! 

This is so good

[Star-Hunter]

Jupiter. June 5, 2018, 22:06 (UTC +3)

Equipment:
-telescope Celestron NexStar 8 SE
-Barlow lens cell Sky-Watcher 2x with T-adapter
-ZWO ADC
-filter ZWO IR-cut
-camera ZWO 290 MC
Processing: PIPP, Autostakkert (8 movies per 60s, stacking 800 frames), Registax 6, WinJUPOS.
Location: Russia, Anapa, backyard.
Big timelapse from 143 stacks, 20:38-23:27: http://www.star-hunt...8-2327_UTC3.gif

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[Michael Harris]

Beautiful images! I love the surface features on Ganymede.

[James Ball]

Krasivie!

 

Thanks for posting such nice photos

[Star-Hunter]

Color Moon, 21 march 2019.

Equipment:
-telescope Sky-Watcher BKP150750
-mount Meade LX85
-coma corrector Baader MPCC
-camera Canon 5D mark II (59 frames, 1\400, ISO 50).
Processing: PIPP (align, crop), Autostakkert (stacking), Astra Image (deconvolution), Registax (color balance).
Location: Russia, Anapa, backyard.

 

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[Star-Hunter]

ISS, April 7, 2019, 19:28.

Equipment:
-telescope Celestron C8
-mount Levenhuk ATZ
-red filter NPZ
-camera QHY5III178m (3056×2048@50fps).
Location: Russia, Anapa, backyard.

Video is here http://www.star-hunt...019-04-07-1928/

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[Achernar]

ISS, April 7, 2019, 19:28.

Equipment:
-telescope Celestron C8
-mount Levenhuk ATZ
-red filter NPZ
-camera QHY5III178m (3056×2048@50fps).
Location: Russia, Anapa, backyard.

Video is here http://www.star-hunt...019-04-07-1928/

If an alien ship enters Earth orbit, you'll be the one to get an image of it. Very good images of the ISS, it's hard to believe it is possible to do what you accomplished but here is the proof.

 

Taras