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Lunar Rover R1
GITAI
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Lunar Rover R1
GITAIThe GITAI Lunar Robotic Rover R1 is a general-purpose lunar rover developed by GITAI (a Japanese-founded, U.S.-headquartered space robotics company) featuring dual repositionable robotic arms with tool changers, autonomous navigation, and solar panels. It successfully completed a ground demonstration at JAXA's Sagamihara Campus mock lunar surface environment in December 2021, performing mobility over rocky terrain, regolith collection, and offloading of large structures. The system is designed for exploration, mining, inspection, maintenance, assembly, ISRU support, and lunar base construction, with a future lunar surface deployment target. Autonomy is described by the vendor as primarily autonomous with human-in-the-loop checkpoints at critical junctures, and remote teleoperation is also supported as a fallback.
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- hardware - power
- Solar panels
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Evidence-graded claims from the GITAI deep report
GITAI successfully completed an external ISS technology demonstration, deploying the inchworm robot outside the Bishop Airlock on the ISS.
GITAI's own website and a PR Newswire press release [11] confirm the ISS deployment and external demo milestone, and Payload Space [10] reports the Bishop Airlock deployment, but no independent third-party (NASA, CASIS, journalist on-site) has separately verified the specific outcomes or performance of the external demonstration.
from GITAI deep report →GITAI has secured material government contracts including U.S. Space Force SBI program selection (May 2026) and an MDA SHIELD IDIQ contract (December 2025), alongside NASA SBIR and DARPA orders.
Multiple official and news sources [3][4][11] confirm these contract awards, but the dossier does not cite independent government procurement records or agency press releases confirming contract scope, value, or deliverables — leaving performance obligations unverified.
from GITAI deep report →GITAI's inchworm robot uses a 2-meter, 7-DOF architecture with dual grapple end-effectors and can be paired for extended reach, with perception via fiducial markers and trajectory caching for motion planning.
These specifications are detailed exclusively on GITAI's own product page [2] and have not been independently verified by a third-party engineering review, published test data, or customer validation report.
from GITAI deep report →
GITAI robots cooperatively assembled a 5-meter tower, demonstrating multi-robot collaborative construction capability.
This claim originates solely from Reddit community posts [14][15] referencing a GITAI demonstration video — a vendor-produced promotional asset — with no independent engineering assessment, peer-reviewed documentation, or third-party observer confirming the demonstration's conditions or repeatability.
from GITAI deep report →GITAI aims to reduce the cost of space labor by 100x (to 1/100th of current cost) through its robotic systems.
This 100x cost-reduction goal is stated consistently across GITAI's own official and news sources [1][11][12], but no independent economic analysis, customer cost data, or third-party benchmark has been cited to substantiate the specific magnitude of the claim.
from GITAI deep report →
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Editorial directory of real robot products from leading global manufacturers. Each entry links to the manufacturer's official page.