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A researcher at Worcester Polytechnic Institute is developing small flying robots inspired by bats to assist in search and rescue missions. These robots use ultrasound technology and AI to navigate difficult environments, reducing the risk to human rescuers. The project aims to create agile and efficient machines that can operate in extreme conditions. Nitin J. Sanket, the lead researcher, explains how these robots could revolutionize search and rescue operations. This article is worth reading because it highlights innovative approaches to robotics inspired by nature. Readers will learn how biologically inspired designs can solve real-world challenges in search and rescue.
Key facts
- Robots inspired by bats are being developed for search and rescue missions in dangerous environments.
- These robots use ultrasound and AI to detect obstacles within a two-meter radius.
- Nitin J. Sanket, a professor at Worcester Polytechnic Institute, leads the research team.
- The robots are designed to be small, agile, and efficient for navigating extreme conditions.
- The project focuses on mimicking biological systems to improve navigation and obstacle detection.
