Source-backed robotics briefing
Tiny robot harvests battery power via skin on its feet
Conventional commercial batteries are simply too bulky, with a 1.7-gram robot burning out after roughly two minutes unless a battery accounts for an impractical... New Atlas is pushing tiny robot harvests battery power via skin on its fe...
The mechanism relies on a polymer gel sheet measuring just 135 µm (0.0053 in) thick – roughly the diameter of a human hair – chemically grown directly onto the robot's feet. The mechanism relies on a polymer gel sheet measuring just 135 µm (0.0053 in) thick – roughly the diameter of a human hair – chemically grown directly onto the robot's feet.
New Atlas is pushing tiny robot harvests battery power via skin on its feet at 1.7 into a more operational phase, which is more useful than another broad robotics claim.
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This page is a robot.tv editorial rewrite built from public reporting, source-feed attribution, and video/context review.
Reporting basis date: Oct 8, 2026
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