Ultralithic builds the hardware that lets robotic systems survive, operate and build on hostile planetary surfaces.
Reaching the Moon is a solved problem.
Staying is not.
Commercial missions end because their hardware freezes.
We started Ultralithic to make endurance a product.
Once on the surface, endurance becomes the limiting factor. Ultralithic‑1 enables commercial micro‑rovers to survive the lunar night without radioactive heat sources. Mission life extends from days to months.
Delivered flight‑qualified lunar mining hardware as Chief Engineer of Epiroc's regolith scoop for a commercial lunar micro‑rover, from design through qualification and mission integration. Six years in terrestrial mining.
Developed the thermal model behind Ultralithic‑1 through a double‑degree MSc at KTH and TU Darmstadt, in partnership with Vinterstellar AB. Thermal and mechanical design lead.
CTO of AAC Clyde Space through its Nasdaq First North listing. Led the spacecraft department at OHB Sweden. 25+ years in space.
Building a mission that has to outlast the lunar night?
info@ultralithic.com