Robotics · Intermediate · 12-24 hours
Locomotion
Control methods that enable legged, wheeled, and humanoid robots to move reliably.
Direct answer
What is Locomotion?
Control methods that enable legged, wheeled, and humanoid robots to move reliably.
Definition and scope
Control methods that enable legged, wheeled, and humanoid robots to move reliably.
Controllers coordinate balance, contacts, dynamics, trajectory optimization, and learned policies.
Why it matters
Mobility determines where a robot can operate and how safely it can interact with the world.
How it works
Controllers coordinate balance, contacts, dynamics, trajectory optimization, and learned policies.
Beginner learning path
Study rigid-body dynamics, feedback control, gait generation, and reinforcement learning in simulation.
Recommended next topics
Primary sources
Key papers
GR00T N1: An Open Foundation Model for Generalist Humanoid Robots
GR00T N1 uses a dual-system architecture for language reasoning and continuous humanoid control.
Research ecosystem
Organizations working in this area
Organization
Boston Dynamics
Dynamic mobile robots and manipulation
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NVIDIA
Robot foundation models, simulation, synthetic data, edge deployment, and functional safety
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Figure AI
General-purpose humanoid robots and onboard VLA systems
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Frequently asked questions
What is Locomotion?
Control methods that enable legged, wheeled, and humanoid robots to move reliably.
Why does Locomotion matter for Physical AI?
Mobility determines where a robot can operate and how safely it can interact with the world.
How should a beginner learn Locomotion?
Study rigid-body dynamics, feedback control, gait generation, and reinforcement learning in simulation.