Pour répondre aux enjeux énergétiques croissants des missions lunaires, la Nasa s'associe à Astrobotic pour développer le VSAT-XL (Extra Large Vertical Solar Array Technology). Conçu pour le pôle...

The work will study how Honda’s regenerative fuel cells can work with Astrobotic’s LunaGrid power system and vertical solar array technology.

A Second Civilization (TV Series) presents a cinematic teaser of next‑gen lunar power at the Moon’s south pole: Honda’s regenerative fuel cells (RFC) integra...

Automotive giant Honda and lunar startup Astrobotic are teaming up to explore how a regenerative fuel cell system could help keep the lights on during long nights on the Moon. The companies on Monday partnered up to study whether Honda’s regenerative fuel cell (RFC) can be integrated into Astrobotic’s LunaGrid, a scalable power service built around solar arrays. The two will conduct “illumination studies” at potential lunar south pole landing sites, and evaluate system scalability as well as hardware and software integration.

Honda y Astrobotic impulsan la energía sostenible en la Luna

Automotive giant Honda and lunar startup Astrobotic are teaming up to explore how a regenerative fuel cell system could help keep the lights on during long nights on the Moon. The companies on Monday partnered up to study whether Honda’s regenerative fuel cell (RFC) can be integrated into Astrobotic’s LunaGrid, a scalable power service built around solar arrays. The two will conduct “illumination studies” at potential lunar south pole landing sites, and evaluate system scalability as well as hardware and software integration. A key challenge for lunar exploration is surviving the two-week-long lunar night, when temperatures can plunge to as low as -424 degrees Fahrenheit in some regions, while solar panels sit idle.

Honda and Astrobotic have initiated a collaboration to explore scalable energy solutions for lunar missions, leveraging advanced technologies for sustainable power.

Astrobotic has received a NASA Small Business Innovation research (SBIR) program Phase I award to develop Clavius-S (Cis-Lunar Automated Vision-based Identification of Unknown Satellites), a visible-band imaging sensor that detects and tracks spacecraft real time in low lunar orbit from the Moon. This modular sensor payload can be integrated into any lunar lander mission and will also be incorporated into future Astrobotic LunaGrid power nodes, enabling a networked space-situational-awareness (SSA) service for the increasingly busy cislunar environment. This low size, weight, and power sensor will be a key component of a distributed sensing network for detection of objects 1,000 kilometers or more above the Moon.

Honda is partnering with Astrobotic to study whether their tech could provide continuous power on the moon.

Lunar surface-based sensor to be deployed on commercial lander missions and LunaGrid infrastructure for space domain awareness  Pittsburgh, PA — December