Tiny robot can precisely control how high it jumps
A tiny robot called DirectHop, developed at the University of Washington, can jump with precise control over its height. It uses a small motor instead of springs, allowing it to adjust how high it jumps. The robot can hop multiple times and right itself after landing, making it suitable for various tasks.
A 1-gram robot uses a motor to jump with exact height control, avoiding the need for complex spring systems. It can hop multiple times and adjust its position after landing.
This technology could lead to more efficient and cost-effective robots for tasks like checking gas leaks, monitoring farms, or exploring other planets. The ability to control jump height makes the robot more versatile and practical.
The robot shows how simple, efficient designs can solve complex problems, offering a hopeful example of how small-scale robotics can have big real-world impacts.
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