LunCo.eth(🌍🚀🌖)

🌕 Collaborative Multiphysics Robotic cosimulator for space missions 🏙️

[LunCo.eth(🌍🚀🌖) @LunCoSim]

A car that flies is a great test for a physics simulator.

That’s why we built a Tesla Roadster model in LunCoSim, using public data.

Want to try it yourself? Leave a comment.

https://t.co/kMb6J4p1Kn

[LunCo.eth(🌍🚀🌖) @LunCoSim]

When you have a poorly tuned PID controller so your lander flies away

[LunCo.eth(🌍🚀🌖) @LunCoSim]

We've made proper documentation.

It should help to understand how everything works.

Feedback is much appreciated

https://t.co/UU2lUSlalx

[LunCo.eth(🌍🚀🌖) @LunCoSim]

We've made proper documentation.

It should help to understand how everything works.

Feedback is much appreciated

https://t.co/UU2lUSlalx

[LunCo.eth(🌍🚀🌖) @LunCoSim]

You’re developing a rover mission. Your average solar estimate looks good.

What will happen in the actual mission?

Watch a physically accurate rover model drive across the Apollo 15 landing site. The video shows all six camera views, with a graph tracking available solar power as the rover moves.

The terrain changes how much solar power is available along the way. That’s why the route belongs in the energy plan: an average can’t tell you what power will be available at each point of the drive.

Would you like to run your own mission?

[LunCo.eth(🌍🚀🌖) @LunCoSim]

You’re developing a rover mission. Your average solar estimate looks good.

What will happen in the actual mission?

Watch a physically accurate rover model drive across the Apollo 15 landing site. The video shows all six camera views, with a graph tracking available solar power as the rover moves.

The terrain changes how much solar power is available along the way. That’s why the route belongs in the energy plan: an average can’t tell you what power will be available at each point of the drive.

Would you like to run your own mission?

[LunCo.eth(🌍🚀🌖) @LunCoSim]

Simplified electrical model of the FLIP rover

[LunCo.eth(🌍🚀🌖) @LunCoSim]

@LunarLander2156 @voyagertech_ @NASA Yep, feels like it's AI generated video

[LunCo.eth(🌍🚀🌖) @LunCoSim]

@ArchAngel56_ @voyagertech_ @NASA Griffin has 7 engines so it's ok.

But one of the legs shifts.

I think it's it's just an AI generated video glitch

[DeSciAsia @DeSciAsia]

@LunCoSim is the official account for LunCoSim, an open-source collaborative multiphysics co-simulator focused on space missions (especially lunar ones)

Here is their IAC2026 recap:
https://t.co/njMI6RQTIC

still remember @0xIonRod advice to us on how to do fund raise in 2023

[LunCo.eth(🌍🚀🌖) @LunCoSim]

Close shot of a lander's leg during landing

[LunCo.eth(🌍🚀🌖) @LunCoSim]

Griffin Lander landing on the Moon.

Physically accurate simulation

(You can run it yourself)

[LunCo.eth(🌍🚀🌖) @LunCoSim]

Simplified electrical model of the FLIP rover

[LunCo.eth(🌍🚀🌖) @LunCoSim]

Lunar South Pole visualization

[LunCo.eth(🌍🚀🌖) @LunCoSim]

Lunar South Pole visualization

[LunCo.eth(🌍🚀🌖) @LunCoSim]

Close shot of a lander's leg during landing

[LunCo.eth(🌍🚀🌖) @LunCoSim]

@OfficialMoonDAO Once we properly model Griffin it'll be much easier to model other landings :D

And hopefully it'll help lander teams to build there lander :D

[LunCo.eth(🌍🚀🌖) @LunCoSim]

Griffin Lander landing on the Moon.

Physically accurate simulation

(You can run it yourself)

[LunCo.eth(🌍🚀🌖) @LunCoSim]

Shot from our new video about FLIP rover