AEye won a multi-million-dollar contract to integrate its Apollo long-range lidar onto Lunar Outpost’s Pegasus Lunar Terrain Vehicle. The award matters to investors because it expands AEye’s commercial footprint beyond automotive, defense and industrial markets into space mobility, a new category tied to lunar infrastructure development.

Key Highlights

  • Apollo’s solid-state design is built for lunar vacuum, thermal extremes and constant vibration.
  • AEye secured a multi-million-dollar contract to integrate its Apollo long-range lidar onto Lunar Outpost’s Pegasus Lunar Terrain Vehicle.
  • Apollo will provide terrain assessment, obstacle recognition and autonomous navigation capabilities for Pegasus.
  • Apollo’s solid-state, software-defined design is intended to withstand lunar vacuum, extreme temperatures and continuous vibration.

AEye, Inc. (NASDAQ: LIDR) secured a multi-million-dollar contract to integrate its Apollo long-range lidar onto Lunar Outpost’s Pegasus Lunar Terrain Vehicle.

Apollo Lidar Joins Pegasus Lunar Vehicle

Lunar Outpost selected Apollo for Pegasus, a vehicle being developed to support movement and operations on the Moon. The lidar’s solid-state construction is designed to withstand the lunar vacuum, extreme temperatures and continuous vibration, where field repair is unavailable. Its software-defined architecture allows scan patterns and operating performance to be adjusted through software for mission requirements. The compact design also preserves vehicle mass and Volume capacity. Apollo will provide perception capabilities for terrain assessment, obstacle recognition and autonomous navigation.

Space Mobility Adds a New Commercial Category

The company described the category as connected to the wider development of lunar infrastructure and identified the lunar rover market as a fast-growing part of the space economy.

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