The landing was challenging and fun.

One thing that bothered me a bit was that the vertical retro-thrusters kept firing even after the pressure ran out.

Also, I noticed that while controlling the craft based on speed is difficult, it is relatively easier to manage if you make adjustments while watching the altitude.

I look forward to future developments.

This was super fun! I figured landing would be pretty strict, and sure enough it was tough—I only managed to pull it off once! The key really is constantly fine-tuning the gas thrusters, huh? I had a blast playing it!

Very spicy gameplay. Made me laugh, had a blast.

After catastrophic failure my first run the crash sound continues to play into the next run. When I refreshed the page to try again I got a black screen. 

I think it's a great concept- super original, I love that you used real topographical data. I think some tuning of the controls, some variability and polishing this is a really fun concept! 

Fun development fact: The moon in this game is built using real NASA topographical data! 🌕🛰️

To create the lunar surface, I sourced raw Color and DEM (Digital Elevation Model) maps from NASA's public archives(https://svs.gsfc.nasa.gov/4720). I resized and processed them into square textures so they would wrap perfectly around a massive Three.js SphereGeometry.

The coolest part? That DEM map isn't just a visual shader trick. It drives the displacement to create those massive 250-meter jagged craters, and the game's physics engine uses BVH raycasting to calculate collisions against that exact displaced geometry. When your ship clips a crater ridge, you are crashing into a real (albeit highly exaggerated) piece of lunar topography! 💥

Also some peaks do need refining on the clip layer on landing.