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Comment by aronhegedus | Hacker News Reader

That’s super cool!!! Looks like quite a niche/technical hobby with amazing output. Do you mind sharing how much equipment costs to get similar results?

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It's a wonderful niche/technical hobby, but it's not cheap. You could even say it's "pay to win". I didn't buy all of my stuff at once, and I had some mistakes, but I'd guess I use on the order of $10k in equipment.

Just to follow on, you can gets started with quite a bit less. My dad took a stab at some basic shots with his prosumer Nikon and a basic tracking tripod.

That's still $1000 body, $1000 glass, $500 tripod, give or take. So far from cheap if you're starting from scratch. But if you already have a body and some glass, it's not a stretch. Or, if you're ok with hunting for used gear, the body and glass can be ~half off new retail.

I'm assuming that'd be a non-moving/automated tripod?

I have a d850 full-frame DSLR and either a 200mm 2.8 or 500mm 5.6, with some decent tripods; but earth's rotation tends to get me pretty quickly with any long-exposure photos :(

I think it's rotating, but doesn't have a secondary camera as described above. Maybe he spent more than $500, but I tend to doubt it, but I'm also not sure of the specifics beyond he's using a crop-frame Nikon DSLR with a lens he already had for birding (I think).

I've seen some pretty impressive stuff done with a relatively cheap / simple DSLR setup.

The basics of astrophotography aren't that expensive, but it gets exponentially more expensive to meaningfully "zoom in". Because DSLRs with typical lenses are pretty zoomed out you can get away with much cheaper gear. You might look into getting a "star tracker". It's like a telescope mount for a camera; it'll keep the still relative to the stars but because they don't need to be as accurate they're far cheaper to make. They'll probably work just fine for your 200mm 2.8 lens for a fraction of the cost of a mount.

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