1X unveils 25-DoF robotic hands for NEO
1X has introduced new 25-DoF tendon-driven robotic hands for its NEO humanoid robot to achieve human-level dexterity and force control. The hands feature low-gear-ratio actuators for backdrivable operation and integrate high-resolution fingertip tactile sensors.
By shifting from traditional high-gear ratio actuators to a highly tactile, low-gear tendon system, 1X is directly addressing the biggest hurdle in humanoid robotics—safe, adaptable physical manipulation.
* 25 degrees of freedom paired with tendon-driven actuation offers human-like flexibility and force transparency.
* High-resolution tactile sensing allows the robot to handle delicate tasks, such as zipping jackets or handling small screws, alongside heavy lifting.
* In-house production scaling to 10,000 hands in 2026 indicates a strong commitment to moving humanoids from research labs into mass deployment.
DISCOVERED
1d ago
2026-07-10
PUBLISHED
1d ago
2026-07-10
RELEVANCE
AUTHOR
TraffAlex
