Lunar Outpost Selected AEye Lidar for Artemis
The Pegasus lunar vehicle will utilize solid-state lidar to navigate the Moon's South Pole.
Updated on Sept. 29, 2026 in Space
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Lunar Outpost has selected AEye to provide lidar technology for the Pegasus lunar vehicle, which is designed to transport astronauts across the lunar surface. The project supports operations at the lunar South Pole as part of the Artemis program.
Why it matters
Reliable navigation is essential for maintaining a sustained human presence on the Moon, as the technology enables critical obstacle detection and terrain mapping. This contract marks AEye's entry into the space applications market.
The Apollo lidar system features a software-defined architecture that allows engineers to adjust scanning patterns remotely. This flexibility is vital for navigating the challenging terrain of the lunar South Pole.
The players
Lunar Outpost
An advanced technology company that develops systems for lunar exploration and surface operations.
AEye
A Pleasanton, California-based firm specializing in lidar technology for diverse industrial and defense sectors.
The details
The Apollo system transmits laser light and analyzes returned signals to provide real-time environment data for autonomous navigation. This solid-state hardware is integrated directly into the Pegasus vehicle to ensure safe transit for future Artemis astronauts.
Timeline
September 29, 2026: The partnership between the two companies was announced.
The Big Picture
This integration of software-defined lidar into a lunar vehicle marks a departure from traditional, fixed-sensor hardware used in previous space exploration. It shifts the trajectory of lunar navigation toward adaptive, autonomous systems.
Advanced lidar developments for space exploration often lead to more robust autonomous systems for Earth-based industries. These innovations could eventually result in cheaper, more precise sensor hardware for consumer autonomous vehicles and industrial robotics.
The takeaway
The move toward software-defined sensors represents a major milestone in space hardware design, allowing for mission-specific adjustments without physical retrofitting. As lunar activity increases, these adaptive technologies will become the standard for safe surface navigation.
Further reading
Learn more about the latest innovations in Space exploration.
Source note: This article includes information reported by Military & Aerospace Electronics.
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