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Wow! That is one of the best Mars images I have seen!!! Simply stunning!!!! Mike

Really nice!

A lot of detail there. Well done ! Christian

I had variable seeing last night but managed set decent RGB sets over 43 minutes: http://www.bcastropics.com/img/gallery/5/2020-11-14-0129_9-L-RGB5-set_full.jpg Brian Combs

Thanks Bob, I used a Basler 1920-155 camera with an Astrophysics 2x Barlow lens. The focal length is about 10 m. Christian

Thanks Frank!

Hi Frank, Yes, the Homeyer cradle has felt lining the cradle supports.

Hi Frank, Yes, the Homeyer cradle has felt lining the cradle supports.

Hello,? I'm in the process of reverse engineering a Homeyer Cradle.? I'm looking for a couple of dimensions on the C14 Edge HD optical tube. 1.? diameter of the optical tube (not the end castings.

Thanks! Sent: Monday, November 2, 2020 12:10 AM To: [email protected] Subject: Re: [C14EdgeHD] Mars - 10-08-20 Stunning! Makes me rue selling my C14HD but then I don't have your skills. Tanveer

Stunning! Makes me rue selling my C14HD but then I don't have your skills. Tanveer

An amazing image Brian! Clear skies, Kevin Dixon

Really beautiful ! Christian

This is probably the best data I collected so far in this apparition of Mars, taken near closest approach: http://www.bcastropics.com/img/gallery/5/2020-10-08-0438_4-L-RGB6-set_full.jpg Brian Combs

Thanks a lot Nick ! These images were taken from the site of St Véran observatory in the French Alps (2930 m altitude). Christian

Wow Christian, What camera, magnification and focal length? Thanks, Bob

Those are great images Christian! What effective magnification were you using? Marshall christian.viladrich@...> wrote:

Thanks for sharing Christian, that is a fantastic set of images :-)? What was your location? Best wishes Nick

Hello, Here is a group of images taken last August with the C14 and relatively good seeing : http://astrosurf.com/viladrich/astro/moon/closeup/Clavius_9Aug2020-3h42UT-C14-B1920-green.jpg

Hello I just read this thread for the first time.? Has this issue been resolved? If the curvature is truly compound as the original poster has suggested, using a conventional radius block might not