Locomotion & Mobility
From walking on flat floors to breakdancing, backflips, and rough-terrain traversal.
3 years ago (2023)
Boston Dynamics Atlas was the gold standard (hydraulic, spectacular but expensive and fragile). Honda ASIMO retired. Most humanoids walked slowly on flat surfaces. Quadrupeds (Spot, ANYmal) were reliable on rough terrain. Wheeled robots dominated logistics.
Now (2026)
Electric Atlas performs autonomous warehouse sorting. Unitree OmniXtreme breakdances and backflips. KAI walks naturally with 115 DoF. Centipede robots (Scuttle) tackle rough terrain. Hybrid wheeled-bipedal designs (P1, KUAVO) combine speed and agility. Modular D1 robots self-assemble.
Next 3 years
Self-balancing on any terrain including ice, rubble, and stairs. Morphological reconfiguration (legs to wheels). Running speeds matching humans. Jumping and climbing integrated into service robots. Swarm locomotion with coordinated multi-robot movement.
Related Robots
Fully electric humanoid robot with advanced mobility, manipulation, and AI-powered perception. Successor to the hydraulic Atlas platform.
Extreme agility humanoid from Unitree capable of breakdancing, backflips, and complex athletic movements. Demonstrates superhuman mobility and balance.
Hybrid bipedal/wheeled locomotion robot combining legs and wheels for dynamic mobility. Built for complex logistics and inspection in industrial environments.
Wheeled-bipedal humanoid for industrial and service. Hybrid locomotion combining walking and wheeled movement.