Star Catcher achieves milestone for wireless energy delivery to Moon missions

The lunar South Pole has become a hotspot for both scientific research and commercial interest, primarily due to its potential water ice deposits and the long-term exploration plans targeting this region. These ice deposits could be crucial for sustaining future missions by providing water, life support, and even fuel production. Deep craters in permanent shadow there have especially caught the eye of NASA’s Artemis program and other international players aiming to explore and utilize this challenging environment. Star Catcher Industries has taken a significant step toward overcoming the harsh conditions on the Moon’s surface by developing an innovative orbital energy grid. This system collects sunlight while orbiting the Moon, converts it into laser-based energy, and then beams it wirelessly down to solar panels situated on the lunar surface. This tech was recently demonstrated at NASA’s Kennedy Space Center, where Star Catcher successfully transmitted energy to Intuitive Machines’ Moon RACER Lunar Terrain Vehicle during a multi-day test. Impressively, this demonstration exceeded the wireless power transmission benchmarks previously set by DARPA earlier in the year. One of the standout achievements of this experiment was showing that efficient optical beaming could deliver substantial energy to standard solar panels without needing specially made receivers. This marks a big leap forward because it means future missions could get scalable, on-demand power without setting up heavy or complex ground infrastructure. Typical lunar power systems like solar arrays and regenerative fuel cells work fine in sunlit areas, but they fall short in permanently shadowed regions and during lunar nights. Solar arrays require careful alignment and add a lot of weight, while regenerative fuel cells demand bulky cryogenics and gas storage, pushing mission mass and costs higher. By contrast, optical power beaming offers a wireless alternative that cuts down the need for heavy, labor-intensive installations on the Moon’s surface. It sends concentrated solar energy from orbit straight to surface vehicles, supporting both real-time operations and backup power needs. This tech also paves the way for longer missions in shadowed areas and allows designers to build lighter lunar vehicles, which boost mission flexibility and duration. Star Catcher plans to launch its on-orbit demonstration in 2026, with a goal of multi-orbit deployment by 2030. This orbital energy grid is expected to complement Intuitive Machines’ expanding space infrastructure, including their Space Data Network and cargo delivery services. As lunar exploration grows more autonomous and distributed, technologies like optical power beaming and persistent connectivity are likely to become the backbone of extended commercial activities on the Moon, enabling sustained human and robotic presence in previously inaccessible areas.