Sure thing. First off, keep the structure simple but strong—think a layered dome made of regolith, but with a metal or composite skeleton to hold it together. Use the lunar soil itself as shielding: bury a few meters of regolith around the walls to absorb kinetic energy from an impact. The habitat roof could be a curved shell—maybe a double‑layered composite that spreads shock across a larger area. For the interior, use inflatable modules made from reinforced fabric, anchored to the skeleton so they can flex and absorb energy. You’ll also need an emergency airlock that can seal quickly; a manual latch system works, no robotics required. Finally, run a few spare pressure vessels outside—just in case the dome fails, you have a backup safe zone. That’s the core idea: a sturdy, low‑tech, self‑reinforcing structure that can ride out a small asteroid hit without fancy tech.

Good plan. Add a few angled ribs in the skeleton to help distribute the force, and maybe a sacrificial outer layer of composite that can be replaced if it cracks. Keep the latch design modular so we can swap it out after a vacuum test. And set up a quick-check protocol: once the habitat is pressurized, run a pressure test on every joint before launch. That should give us the robustness we need.