LYNX EXPLORATION

Engineered for the coldest places in the solar system.

The Moon’s most promising water deposits lie in permanently shadowed regions near the poles: craters that have not seen sunlight in billions of years, where temperatures stay cold enough to trap ice. They are also among the most demanding environments any machine can operate in.

Prospecting rover

Our prospecting rover is designed to drive into shadowed terrain, characterize the ice, and return the data and samples that turn a resource estimate into a mining plan. Prospecting data feeds directly into extraction design: where to dig, how deep, and how much water each site can yield.

Cryogenic-rated

Materials and mechanisms rated for cryogenic temperatures.

Built for regolith

Compliant wheels built to cope with loose, abrasive regolith.

Volatile detection

Instruments that detect water ice and other volatiles and measure how they are distributed.

Why now

Government and commercial lunar programs are moving from flags and footprints to sustained presence. A sustained presence runs on water. The first company to prove a reliable supply sets the terms for the market. Talk with us about building the first lunar water supply chain.

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