Researchers have developed an innovative Amphibious Robotic Dog inspired by dog swimming styles, allowing it to navigate efficiently on land and water. Unlike traditional amphibious robots, which often mimic reptiles or insects, this robot addresses their agility and load capacity limitations. It features a unique paddling mechanism for enhanced water mobility, achieving a top water speed of 0.576 kph and 1.26 kph on land. The design facilitates future use in diverse fields such as environmental research, military operations, and rescue missions, showcasing significant advancements in bioinspired engineering.
This innovation marks a big step forward in designing nature-inspired robots.
Our robot dog's ability to efficiently move through water and on land is due to its bioinspired trajectory planning.
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