Germany unveils diving robot that collects underwater trash with giant robotic hand
SMRTR summary
Deep beneath the port of Marseille, a four-fingered robotic hand grasps a 551-pound object from the seabed and begins its ascent to the surface. This isn't science fiction but a groundbreaking solution to marine pollution developed by German researchers at the Technical University of Munich.
The AI-powered diving robot, part of the EU project SEACLEAR, autonomously detects and collects underwater debris ranging from e-scooters to broken glass, combining precision and strength in a single machine.
"Since we first have to identify the rubbish and grasping objects requires a high degree of precision, we have a camera and sonar on board that enable orientation even in murky water," explains Stefan Sosnowski from TUM.
The system includes a service boat, drone, search robot, and the main diving submarine. Working together, these components map the seabed, locate debris, and retrieve it—becoming most cost-effective at depths beyond 52 feet.
The robot's sophisticated sensors prevent plastic from breaking or glass from shattering during collection, addressing the growing crisis of underwater pollution with German engineering ingenuity.
SMRTR provides this summary for quick context. The original article belongs to Interesting Engineering.
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