Autonomous Systems Artificial Intelligence Automation Human-Robot Interaction Space Robotics Machine Learning Autonomous Vehicles Sensor Technology AI Applications Soft Robotics Rovers Control Systems Rover Technology Aerial Robotics Humanoid Robots Drone Technology Space Exploration Research Sensors AI Systems Locomotion Microrobotics AI Algorithms Self-Driving Technology Microscale Robotics Mechanics Humanoid Technology Design Prototyping Autonomous Technology Unmanned Aerial Vehicles Pediatric Exoskeletons Planetary Exploration AI Integration Bionic Technology Self-Driving Cars Mars Colonization Micro Robotics Bionics Human-Machine Interaction Bioinspiration Generational Replacement Augmented Reality Medical Robotics Underwater Robotics Disaster Management Autonomous Rovers Vision Systems Biomimicry Autonomy Modular Systems Unmanned Vehicles Space Technology Swarm Robotics Autonomous Navigation Quadruped Robots Space Engineering Data Fusion Assistive Technology Mapping Technologies Manipulation AI in Aerospace Automation in Mining Real-World Applications Space Missions Drug Design Human-Computer Interaction Biomechanics Autonomous Flight Systems Manipulation Techniques Navigation Systems AI in Research Automation Technology Teleoperation Applications AI-Assisted Robotics Marine Robotics Vehicle Automation Debris Removal Technologies Artificial Muscles Actuators Research and Development Multi-Agent Systems Autonomous Robotics AI Development AI Models Training Methods Rover Design Aerial Technology Physical Simulations Neuromorphic Systems Movement Design Lunar Landers Autonomous Drones Drones Uncrewed Systems Bio-inspired Robotics Quadrupedal Robots Bipedal Robots
The peer‑reviewed EPFL design uses a reversible layout to combine crawling with grasping.
