How 1X Built NEO’s 25-DOF Tendon-Driven Hands
How 1X designed NEO’s 25-DOF tendon-driven hands, including finger motion, wrist movement, compliance and the limits of current demonstrations.
Robot demos and technical context
Humanoid demos, robot clips and viral robotics videos explained through visible hardware, control methods, autonomy limits and deployment conditions.
Open the original TechniaHQRobot articles for video context, technical facts and the limits hidden by short demos.
How 1X designed NEO’s 25-DOF tendon-driven hands, including finger motion, wrist movement, compliance and the limits of current demonstrations.
A robot clip becomes useful when it names the sensors, control loop, motion planning, manipulation task, deployment limit and Physical AI claim behind the demo.
Robot videos are useful evidence only when the viewer can identify what was shown. The revised page asks for the robot name, date, source, task, environment, control mode, edit speed, number of visible repetitions and any human intervention. When those details are unavailable, the page labels the clip as a demonstration rather than treating it as a deployment result.