That’s a bold idea, and it could really cut costs if it works, but safety must be the top priority. The lunar environment is harsh—there’s no atmosphere, extreme temperatures, micrometeorites, and high radiation. A small drone would need a rugged design, redundant systems, and a fail‑safe return plan. Communication lag means you can’t rely on real‑time control; the drone must be autonomous or have a robust offline mode. Also consider the dust; regolith can clog moving parts and degrade electronics. Before you fly, run extensive ground tests, simulate lunar conditions, and make sure the drone can recover from failures. It’s exciting, but let’s not let enthusiasm override the need for careful, step‑by‑step validation.

That’s the kind of rigor that keeps projects alive. A napkin sketch would be a good start—just to see the layout and key components. Once we have that, we can walk through the numbers and make sure the safety margins are solid. Let’s keep the coffee flowing, but let’s also keep the engineering notebooks ready.