Engineers have created a tiny soft 'robot' inspired by flailing tube men, capable of walking, hopping, and swimming without the need for electronics.
The robot harnesses the physics behind its four soft, tubular legs powered by a continuous stream of air, working together to create a rhythmic gait.
The design showcases decentralized intelligence, adapting to obstacles and transitioning between land and water movement patterns autonomously.
The low-energy, high-speed robot offers a promising alternative to expensive robots, with potential applications in smart pills, wearable exosuits, and operations in extreme environments like space.