U.S. robotics startup Figure has unveiled a video featuring its robot Figure 02 showing human-like movements with heel strikes, toe-offs, and synchronized arm swings.

In a groundbreaking leap for humanoid robotics, the Figure 02 robot has recently learned to walk with a strikingly natural gait. This remarkable advancement, showcased in a new demonstration video by ...

There's a clear difference - while the robot's gait still appears mechanical, it now includes more human-like elements ... The system was trained entirely in simulation using reinforcement ...

US robotics firm Figure has made significant progress in developing a natural humanoid walking motion using reinforcement learning. A new video released by the firm showcases its humanoid robots ...

Figure 02's human-like gait is the product of the company's simulated reinforcement learning system, and is just the beginning of its plans to make its robots perform physical tasks more naturally.

Tron 1, a Chinese company's two-legged robot, is versatile and can walk, roll and pivot, even on rough terrain. Tron 1 stands 33 inches tall and weighs 44 pounds.

From teleoperated humanoids to cutting-edge surgical systems, NVIDIA GTC featured robots using AI to train autonomous ...

Undergraduates at CMU are seeking to create technical solutions to improve everyday living for those diagnosed with disabilities, and expanded understanding of education, childhood development and ...

The point-foot setup is ideal for precise legged control and agile movements, while the sole configuration mimics humanoid walking for a smoother, more natural gait. For faster mobility across ...

EngineAI’s PM01 performs front flips, while the SE01 model walks with a remarkably human-like gait. RobotEra’s XBot-L famously ... Nvidia and Carnegie Mellon University in the U.S. introduced ASAP, a ...

Gait recognition, a passive human identification technology utilized from a distance ... Extensive experiments are conducted in the real world and semi-simulation, demonstrating that the KiRV ...

In simulation, a significant improvement was predicted ... This study highlights the importance of personalised control in robot-assisted gait training, and the need for a better estimation of ...