The Robotic Systems Lab develops advanced legged robotic systems for operation in unstructured and hazardous environments. Their research focuses on bio-inspired locomotion and manipulation, enabling robots with enhanced mobility and versatility for complex real-world applications.
Funding
Funding not disclosed
Founders
Product
Problem
Operating robots in unstructured or hazardous environments presents significant challenges in mobility, manipulation, and perception. Traditional robotic systems often lack the agility and adaptability required to navigate complex terrains or perform intricate tasks in real-world scenarios.
Solution
The Robotic Systems Lab develops advanced robotic systems designed for operation in challenging environments. Their research focuses on legged locomotion and manipulation, drawing inspiration from biological systems to enhance robot capabilities. By integrating novel actuation, design principles, and control algorithms, they aim to create robots that exhibit superior mobility, versatility, and autonomy. This research facilitates the deployment of robots in diverse real-world applications where conventional systems fall short.
Target Audience
The primary audience includes researchers, engineers, and organizations involved in advanced robotics, autonomous systems, and applications requiring robots capable of operating in complex or hazardous environments.
Features
- Development of legged locomotion systems for navigation in unstructured environments.
- Research into novel actuation methods for dynamic interaction and increased mobility.
- Design of robots with enhanced versatility for a range of applications.
- Implementation of advanced control algorithms for locomotion and manipulation tasks.
- Focus on sim-to-real transfer for robust performance in physical environments.
- Exploration of reinforcement learning for robotic control and adaptation.
- Development of specialized robotic platforms such as ANYmal, ANYmal on Wheels, DynaArm, and ANYpulator.
- Research into mobile manipulation capabilities, combining locomotion with robotic arms.