Well early this morning I captured Jupiter again under much better conditions than last time. I used the same setup, 9mm eyepiece, 2x Barlow through a 1000mm f5 8" Newtonian mounted to an Eq5 with RA motor. I got the polar alignment much closer too as the planet stayed nicely in the frame of the Canon 550d for the duration of this 70 second video grab. Processed the best 70% frames in Pipp ( about 3000), stacked in AutoStakkert, wavelets in Registax and colour adjustments and resize in Photoshop.
I was prompted to have a look down below in Planetary, and you have done better than most.
I'm sure that crew would like to see your work.
Very very good Mick
Thanks Peter, I think I've got the best I could out of the setup I've used. The only way I could improve would be better seeing conditions or a longer video grab and learn how to use WinJupos. Of course, a larger aperture scope and CCD camera would be the way to go but I'm happy with what the DSLR has been able to do with this one.
Quote:
Originally Posted by Dennis
Some nice detail and texture in that shot - well done.
Cheers
Dennis
Thanks Dennis, Wavelets in Regis tax is amazing to use and see it extrude all the hidden detail. The resulting Tif file that I use from AutoStakkert looks very bland before Wavelets are applied.
That's a very generous compliment Carl but I'm afraid there are a lot better than this one. I would accept it may be one of the better shots of Jupiter taken with a DSLR and an 8 inch Newt, it was certainly my best so far. The seeing conditions contributed to much of it's success, though I appreciate your flattering comment just the same.
Thanks Colin, Rick, Jeff, LostinSp_ce and Sil. It's nice to be able to share a decent planetary shot for a change. A week later I tried Jupiter again but the seeing wasn't as good and the images aren't either. This time I used the modded Canon 550d, a Microsoft LifeCam Studio webcam and my HTC M8 mobile phone ( yes that's right, it wasn't an iPhone! ) which I held up to a 10mm eyepiece to take this afocal shot of the moon.