Run rented robotic telescopes and report asteroid positions

A Redditor lets Claude plan, book and process nightly sessions on rented robotic telescopes; in the first week it reported 57 positions of 8 asteroids to the Minor Planet Center.

Done withClaude· Nov 1, 2026

What they did

Since October, u/SirMeeseekz has handed Claude the whole job of observing with robotic telescopes rented by the hour on StellarDock, at sites in Chile, Spain and Utah. The poster says they do not touch anything. Claude chooses the target, checks the Moon's position and how high the object will climb, picks the filters and exposure lengths, books the time slot, and fetches the frames the next morning. It then stacks the frames with Python scripts it wrote itself and produces the final image. Each telescope is a fixed rig, so choosing a scope also fixes the camera.

How it went

The first week went to science: over three nights Claude measured 57 positions of 8 asteroids and submitted them to the Minor Planet Center, and it has been running dawn sweeps near the Sun looking for comets. The poster says a few comet, asteroid and trans-Neptunian candidates are waiting on designation. Later runs produced images of the Helix Nebula, Orion's Belt, the Tarantula Nebula and the Orion Nebula, with exposures from 30 seconds on Orion to 300 seconds on the Tarantula. The Helix came out monochrome because only a hydrogen-alpha filter was used. The processing scripts are not yet good enough to publish.

Worth knowing

The poster gives no cost per session, and the harness Claude ran in is not named. The candidate discoveries are unconfirmed until designated. A commenter asked about calibration frames (darks, flats, biases) and suggested PixInsight for processing, so stacking quality may lag dedicated tools. Most of the 134 comments argue about calling the AI "she" rather than the setup.

Try it

With Claude· 4 parts to fill in

You have access to [robotic telescope rental service] and my account there, with a budget of [amount] per week. Each night, pick a target suited to [science goal, such as asteroid astrometry, or a pretty deep-sky image] that is well placed from one of the available sites: check Moon phase and separation, the object's maximum altitude and the weather. Choose the telescope, filters and exposure lengths, then show me the plan and its cost and wait for my approval before booking. Next morning, download the frames, calibrate and stack them with your own scripts, and give me the result. For astrometry, prepare the report in [Minor Planet Center format] and let me check it before anything is submitted.

Square brackets are the parts to fill in. The prompt is ours; the story is theirs.

Where they said it

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