Powering the Moon through darkness.
Wireless energy from lunar orbit, enabling operations during the 14-day lunar night.
Main challenges
14 Earth days of total darkness
During the lunar night, solar energy is unavailable. Batteries alone can’t sustain long-duration missions, forcing operations to pause—or shut down entirely.
Up to 70% of mission mass dedicated to energy storage
In long-term mission, lunar systems often carry heavy batteries to survive dark periods, reducing scientific payload, driving up launch costs, and complicating mission planning.
Lunar laser link—
built for the surface.
Long-Range Beam Control
Laser transmission from orbit with sub-meter pointing accuracy ensures delivery to fixed or mobile receivers on the surface.
Adjustable Beam Divergence
Dynamic control over the laser footprint allows coverage of single or multiple surface systems.
Thermal Stability
The emitter is engineered to withstand extreme lunar orbital temperatures, ensuring continuous performance.
Surface Receiver Unit
A dedicated receiver captures the laser beam, converts it into electrical energy, and channels it directly to the ground infrastructure
Our vision
Our partner in the research
