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Thank you Edward. I'm still running tests so I will keep the thread updated as soon as I get any significant results. I believe east and west limits do work the same but things are a big complicated

I violently *agree* with Chip on this one. To me, high resolution absolute axis encoders are just the latest example of Astro-Bling. To reinforce his point on the cost issue here is a concrete

Franco, I do not have a Gemini-1 nor experience in southern hemisphere so I cannot confirm. I would be glad to add notes to spreadsheet based on experimental findings of the group. Have others used

Hi Neil, well the update is that I tried using the info on this spreadsheet and I think I finally solved the issues with the flip. The ONLY thing I changed from what's suggested on this spreadsheet is

I feel your pain, Franco. I am also in the southern hemisphere, using Gemini-1 and N.I.N.A. I'm having EXACTLY the same problem :( So I am watching this thread with great interest !! -- Thanks and

Very nice Moon! There are those in the OnStep group who are fascinated with very high resolution encoders.? They want to have a feed back loop that will deal with any inaccuracies that that creep

Hi Paul, Thanks for your thoughts and observations!!! No idea what could cause or did cause the RA drift to reverse on 3/14. The RA drift on 3/13 was about 200a/s in 40' with a PA error of 9.1. On

Hi Topher, A few things I see from your PHD2 log: 1. There's a significant drift in RA. May be a large mirror flop, focuser sag, or just polar misalignment. It seems to reverse direction towards the

Here is my eclipse setup, not the heaviest payload in the G11G ever but close.? I had to rebalance by adding an additional 11 lb counterweight, 81 lbs total after adding the 2" AP Maxbright and

Hi Edward, this is just what I've been looking for, I've been having a really hard time trying to config my G11 to do automated flips with NINA. I have 2 questions though, do you know if this works

Frequency tab 3/13: Frequency tab 3/14: -- Thanks, Christopher

I used the Askar 151 (1052mm) quad element refractor with an ASI2600MC camera.? The supporting G11G works portably well with this assembly (~32 pounds on the saddle). The lighting during the full

Log and screenshots from the following night without adjustments to the entire rig: -- Thanks, Christopher

Screenshots from the 3/13 log using Auto Filter: -- Thanks, Topher

Doug, Looks very realistic, the same as I would expect to see in the eyepiece of a good telescope. What optics/camera did you use to take the shot?

Wayback, Never underestimate the challenges in getting a good image of a Lunar Eclipse. Paul

I do believe this is my first post! The attached unguided guidelog is from my CG-11 with several upgrades including brass worm gear on RA, new OPW blocks both axis, Gemini-II w/HT motors, somewhat

On topic, without encoders the Moon in eclipse from last night.? (I'm sure there exists better, this shot is

I tend to agree with you agree with you Chip - the cost of the encoders is pretty darn steep and the number of takers would likely be low. If folks do insist on having high res axis encoders then

There are differing schools of thought on this based on what I have observed others doing and when asked why I got a lot of different answers.? IME id