Researchers at Arizona State University have developed “nature-inspired muscle robots” capable of lifting up to 100 times their weight and operating in turbulent water. The artificial muscle systems, dubbed HARP, expand and contract using minimal air, allowing robots to move without an external power source. These lightweight and flexible muscles provide robots with significantly greater mobility compared to traditional motor-based systems.
The HARP technology offers potential applications in a variety of fields. One key area is disaster relief, where robots could navigate through debris to locate survivors. Additionally, the technology could assist elderly individuals with daily tasks.
Beyond these applications, HARP has potential uses in the heating industry, deep-sea exploration near hydrothermal vents, and agriculture for manipulating objects. The research team’s work demonstrates a new approach to robotics, offering increased maneuverability and efficiency through this innovative muscle design.
