Lunar habitat and solar-powered rover on moonlit surface

Lunar Systems

Voyager is building the infrastructure that will make America’s permanent presence on the Moon a reality — the most fully integrated lunar platform, with the capability at every layer required to land on the lunar surface, sustain life and execute critical missions. That platform spans the full arc of lunar operations: mission management, communications and propulsion; surface delivery via Peregrine and Griffin landers; surface power through the LunaGrid solar distribution system; long-duration habitation through Max Space; and dust mitigation through Voyager’s proprietary clear-coat repellent technology.
Griffin Lander
Space
Griffin Lander

This medium-class lander features autonomous sensors for precise landings in hazardous terrain and flexible payload mounting — supporting resource prospecting, polar volatile characterization, and skylight exploration.

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Peregrine Lander
Space
Peregrine Lander

Peregrine precisely and safely delivers payloads to lunar orbit and the lunar surface. Its flexible mounting options, radiation-tolerant avionics and configurable decks accommodate a wide range of payload types for any customer or mission.

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CubeRover® 
Space
CubeRover® 

CubeRover® is a modular, lightweight lunar rover — as light as 4kg — delivering affordable mobility for scientific instruments and payloads on the Moon's surface, dramatically reducing flight costs and making the Moon more accessible.

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LunaGrid
Space
LunaGrid

LunaGrid generates and distributes power by the watt to landers, rovers, habitats, and science systems — surviving temperatures as low as -220°C to deliver uninterrupted power and enable multi-year human and robotic lunar operations.

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Lunacoat
Space
Lunacoat

Voyager's Clear Dust-Repellent Coating protects mission-critical surfaces from the Moon's abrasive dust, preserving optics, sensors, solar arrays, and thermal systems to extend asset life and sustain operations in harsh lunar environments.

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In-situ Resource Utilization
Space
In-situ Resource Utilization

Voyager builds the backbone for lunar In-Situ Resource Utilization (ISRU), providing the delivery, power, mobility and wireless infrastructure needed to run ISRU plants, extract oxygen and water, and endure the lunar night.

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