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Amphibious Robotic Dog Sets New Benchmarks for Dual-Environment Mobility

Researchers from South China University of Technology unveil a bioinspired robot that transitions seamlessly between land and water, achieving notable speeds and stability.

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Overview

  • The Amphibious Robotic Dog combines canine-inspired gaits with advanced engineering to overcome traditional amphibious robot limitations.
  • Three paddling gaits were developed: two optimized for speed and propulsion, and one designed for stability in turbulent water.
  • The robot achieved a top water speed of 0.576 kph and a land speed of 1.26 kph during testing, showcasing its versatile mobility.
  • Bioinspired trajectory planning and a double-joint leg structure enable greater agility, dynamics, and payload capacity than previous designs.
  • Potential applications include environmental research, military operations, and rescue missions, with findings published in Bioinspiration & Biomimetics.