Surface Mobility & Robotics

This section covers Wheeled Rovers and Mechanical Locomotion Systems, detailing chassis dynamics, suspension mechanics, and wheel-terrain interactions for navigating rugged planetary surfaces. It addresses Aerial Exploration Vehicles: Helicopters, Drones, and Balloons, focusing on aerodynamics, structural design, and flight control systems engineered for flight in ultra-thin atmospheres. It includes Autonomous Navigation and Teleoperation, covering artificial intelligence, path planning, computer vision, and operation protocols under severe latency. Furthermore, it highlights Robotic Manipulation and Surface Sampling, incorporating robotic arms, core drills, automated sample handling, and geological collection mechanisms. Finally, it explores Legged and Bio-Inspired Planetary Mobility, covering quadrupedal walking systems, climbing mechanisms, and bio-inspired robotics for extreme terrains and lava tubes.