Mare lunar transport on the surface at low sun, Earth above the horizon.

Leander, Texas · Mare Imbrium · Flight

Infrastructure for a second world.

We design and fly the transportation systems that move mass on the Moon and into orbit — vehicles, launchers, and the logistics between them.

3

Flight systems

4 t

Mare cargo class

1.2 t

Vector to SSO

TX

Designed & built

Lunar lander stage under assembly in the Leander high bay.

The foundry

Designed next to the stand.

Martian Dynamics is a systems house, not a brochure. Chassis, engines, and buses are designed, cut, and qualified in Leander — heat, dust, and night-simulation before anyone asks a vehicle to earn its keep off Earth.

  • Infrastructure, not spectacle

    The hardware that matters is the hardware that still works on Tuesday. We do not design for the livestream.

  • Dust is a load case

    Lunar regolith is not a texture. It is a mechanical, electrical, and human-factors problem. We start there.

  • Service in a suit

    If two people cannot open it, inspect it, and close it again, it does not fly. Complexity belongs on the ground.

A note from the foundry

I started Martian Dynamics because the hardware that will matter is not the rocket you watch on a livestream. It is the truck that still starts after fourteen days of night. It is the tug that arrives on time. It is the boring, load-bearing layer.

We are a systems house in Leander, Texas. We design lunar surface transport, satellite launch, and the logistics that connect a fairing to a landing zone. The work is industrial. The standard is that two people in suits can service what we fly.

If you operate mass off Earth — or intend to — we should talk. Not a pitch. A briefing: mass, delta-v, dust, and schedule.

Akhil Kolla

Co-founder & Chief Designer

Engineers in the high bay reviewing a spacecraft structure.

The bench

If you have shipped hardware that failed — and stayed to find out why.

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