Robotics firm 1X has unveiled a major hardware upgrade for its Neo humanoid robot: a new pair of hands designed to approach human-level dexterity.
According to Nextbigfuture, the hands feature a 25 degree-of-freedom (DOF), tendon-driven design that the company describes as a breakthrough in achieving near-human dexterity and strength. Interesting Engineering reports the same tendon-driven system, noting the robot can use its hands to build LEGO and catch balls.
The upgrade goes beyond raw movement. Firstpost reports the new hands can sense touch, detect when an object is slipping, and even be washed. According to MSN, demonstrations show Neo catching falling objects, picking grapes, and plugging in a USB-C cable without dropping anything — feats that earned its "superhuman" fingers a viral moment online.
Major outlets have taken notice. Forbes framed the achievement with the question "Human-Level Hands?" and concluded 1X had given Neo "something close." WIRED, meanwhile, headlined its coverage around the robot's "freaky fast fingers."
Hands remain one of the hardest problems in robotics. Human fingers combine fine motor control, grip strength, and a rich sense of touch — a mix that has long been difficult to replicate in machines, and one that limits how useful a robot can be around the messy, delicate objects of everyday life.
Why it matters: dexterous, touch-sensitive hands are the bottleneck standing between today's humanoid robots and machines that can actually handle real household and workplace tasks, so a credible leap here signals how close home robots may be to becoming genuinely practical.