LoComposition paper deploys terrain-adaptive quadruped locomotion on Unitree Go2
Evidence notes
- LoComposition decomposes quadruped locomotion into task rewards, operational constraints, energy minimization, and terrain-adaptive exteroceptive perception.
- The paper reports robust zero-shot deployment on a physical Unitree Go2 during rough-terrain traversal.
Company context
Develops quadruped and humanoid robots, with strength in dynamic locomotion, vertically integrated hardware, and relatively low-cost commercial deployment. Unitree is one of the clearest examples of a legged robotics company moving from research visibility into real productisation and broader market distribution.