Thanks for the comment Akira. Yes the colors of meteors with their transitions can be beautiful, and that is one of the things that makes it easy to distinguish them from satellite tracks beyond that the latter typically appear in more than one frame. Too bad the second meteor was cut off by the end of the exposure, but I think that one would mostly have displayed just the same warm color as the visible section.
Thanks a lot for the detailed info, Øivind. It is very helpful. I would use the 500/5.6 PF which is 700gr heavier than the 300 PF. Do you think it would work with the extra 700gr?
Thanks
I have successfully used my Skytracker with the old AF 300mm f/4 ED, which is about the same weight as the 500/5.6 PF, so I do not think the weight is a problem if you are not at too low latitudes so that the polar alignment is more horizontal. It is important to balance the camera so that the weight is working
slightly against the rotation. If it balancing at the tipping point slack in the gears can cause bad tracking. However although I have been able to successfully track with TC-14E added to the 300 PF, I feel that the 420mm focal length is stretching it and can be more of a hit and miss. (There is also the issue of bad seeing around here which often limits resolution.) If you could get hold of a
very cheap used Skytracker classic, it would not hurt to try it out though.
I have seen a number of very nice results from the 500/5.6 PF, but then usually on a sturdier more expensive tracker with a very low periodic error, the Fornax LightTrack II
https://fornaxmounts.com/products/lightrack-ii-mount/. It is not quite as compact as the smaller trackers, but still quite portable. It will have the disadvantage that it has to be reset during a session once the range of the arm has been fully utilized. Note that a base or extra tripod head is needed in addition to what is seen in the link.
It is also possible that the more expensive iOptron model above or the StarAdventurer could do, but then with guiding (requiring a computer setup) which will reduce the much larger periodic errors of these trackers.
I believe the tracker listed by Akira would be more oriented toward wide angle use and time lapse panning. For high accuracy one really need a polar aligned tracker, not an alt-azimuth oriented one. Also there is the risk of crowdsourcing. I have seen a number of nice results from the built in Pentax Astrotracer that is also based on GPS orientation, but then based on (limited) sensor shifts instead of moving the whole rig.