All stories tagged locomotion on myBender.
Boston Dynamics is testing dynamic wheeled locomotion on its electric Atlas humanoid, blending classical control with reinforcement learning to boost warehouse cycle times.
Researchers at ETH Zurich have successfully validated a unified control policy that allows the Unitree G1 to transition between walking, climbing, and crawling.
New research into soccer-playing bipedal systems demonstrates a breakthrough in dynamic coordination, offering a blueprint for more resilient industrial humanoid locomotion.
While the Tien Kung 3.0 humanoid clocked a record-breaking 8.86-second 100-meter dash in Beijing, the industrial robotics sector remains focused on the far more difficult metrics of payload, uptime, and factory floor safety.
Deep Robotics has showcased its DR02 humanoid robot successfully traversing outdoor concrete stairs and rough terrain, demonstrating enhanced mobility crucial for practical deployment in unstructured environments.
Georgia Tech researchers have developed a new machine-learning framework enabling humanoid robots to walk across sand, gravel, and slopes, improving real-world deployment potential.