ASI 224MC, TSO ADC, N250/1200, HEQ5






I have the following problem at home: the balcony is small, the tube is big and I am lazy. This sums up to a constant problem of drifting, the planet or lunar surface being imaged slowly walks away. Though there are methods to polar align a mount even when there is no way to see the north pole, the small balcony part means frequent small bumps into the whole thing. The oversized scope is also prone to accidents. I also tried the feature tracker in Sharpcap, failed, and the autoguiding of PHD2, failed. So I came up with the soapbox ensemble. I call it noszogtató in Hungarian, for it means something like nagger-pusher-convincer. It got itself a soapbox, literally.
UPDATE 2019-09-30: I extended the hardware and the software.
UPDATE 2020-05-10: I extended the hardware and the software. Lots of additional functions added.
Setup: ASI 224MC, TSO ADC, N250/1200, HEQ5 and the noszogtató (see the soapbox project). The image below is a combination of about 30GiB raw data obtained from videos of about 20 minutes, above average seeing — and a few hours of postprocessing.
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