1. CCD Resolution as reported by INDI
2. CCD Resolution of the actual image
3. Pixel size in INDI
4. Reference pixel size for your camera? is it square pixel?
5. Focal length (1000?)
Since you're getting 83 minutes in the solver, one of the variables above is not correct. The CCD Width (4290 vs 4272) doesn't make a difference, so it comes down to problems in focal length and/or pixel size.
I guess that my coma corector does have som reduction i focal length. I will test whenever the weather gets better. I'm pretty sure that my pix size is between 5.11 and 5.32 from whatever I can read from the web.
Anyway I have a solution now on how to get the right FOV for my equipment by running solve-field on the command line as shown in previus reply.
Thanks again for being very helpfull here at the forum and for all the effort you put into this nice software!
Last night I got into similar issue - astrometry solver reported that I have different focus length. I was imaging with C14 (3910 mm) and ATIK 383L+ (3362x2504@5.4x5.4um). Most of the time it reported that I have around 2087 mm, once it was around 4162 mm. Does binning has any influence on this?
P.S. One more question - will it harm if I install ALL the astrometry deb packages?
Glad to be helpful One more problem. If solver is taking too much I press stop. But I still receive messages that solver is working and if I try too solve again it fails, reporting some problem with parity (don't remember exact message). Have to wait till no more messages arrives... Annoying and lose of time. Can you make stop more brutal? (for info - I am talking about online solver, I didn't test offline yet)