Tactile sensing powers a humanoid robot to pack pens into a soft pouch
CyberRobooo · x · 2026-07-24
- The post highlights a tactile-manipulation demo for packing pens into a soft pouch. The robot uses tactile feedback to detect the opening, zipper resistance, and contact state, then adapts force and motion to complete the task.
- It argues that tactile sensing is underrated in Physical AI, especially for deformable objects and fine manipulation.
- The thread points to a broader stack: high-precision tactile sensors, egocentric multimodal data, a UniTacVLA loop, and an in-house humanoid platform called Sparky.
Related event: Tactile Sensing Becomes Key for Physical AI in Humanoid Robots(4 posts)→
More from Embodied
- Robot learning researcher joins Mila to work on physical AI and RL — pcastr · 2026-10-27
- Full teardown: inside Zmotor's 32mm linear actuator for humanoids — MarwaEldiwiny · 2026-10-27
- Full Teardown of a Zmotor Linear Actuator Used in China's Humanoid Robots — MarwaEldiwiny · 2026-10-27
- World Model Assigns Weight and Friction to Objects, Then Simulates with a Physics Engine — jonstephens85 · 2026-10-27
- First unboxing shots of Apple's foldable "iPhone Duo" surface — chrisfirst · 2026-10-27
- Bedrock Robotics Raises $600M Series C as Autonomous Excavators Do Paid Work on US Job Sites — davidpattersonx · 2026-10-27