Norwegian-American robotics firm 1X has unveiled impressive new five-finger hands for its home robot, Neo, boasting dexterity and speed that rivals human capabilities.
These advanced hands are designed with actuators that mimic the movement of human tendons, providing Neo's hands with 25 degrees of freedom, just shy of the 27 typically found in humans. Coupled with AI-powered cameras, Neo can accurately grasp objects, detect slippage, and even handle oddly shaped items. The fingers are capable of hyper-extending beyond human limits and can move at incredible speeds, even featuring an IP68 waterproof rating for easy cleaning.
Jonathan Terfurth, 1X’s director of actuators and hands, highlighted that the range of motion is engineered to align with human interaction, potentially even exceeding it for tasks like opening doors or plugging itself in. "You want to be able to operate with a human who has never worked or interfaced with a robot, and you still want it to be safe and compliant and soft," Terfurth stated, emphasizing the goal of creating robots that can seamlessly integrate into our world.
This development marks a significant leap in the robotics sector, moving beyond clunky machines to sophisticated handlers capable of delicate tasks. Unlike many humanoid robots designed for industrial or defense purposes, 1X's Neo adopts a softer, more approachable design inspired by characters like Baymax from Disney's "Big Hero 6." The robot, wrapped in a 3D lattice shell, aims to be a "peaceful and fun and goofy safe presence in a life," according to Dar Sleeper, 1X’s vice president of product and design.
While 1X envisions full automation for Neo, the robot currently utilizes a partially teleoperated system, allowing human operators to remotely control it via an "Expert Mode" for complex tasks. This feature, however, raises privacy concerns, though 1X assures that experts can only access the robot when requested and that users can monitor video feeds and disconnect operators at any time. The company has yet to detail robust measures against potential hacking or misuse of the teleoperation feature.
During a demonstration, Neo’s fingers moved with astonishing speed, blurring on screen until commanded to stop, showcasing the hardware's potential. While some demonstration videos are machine-automated, others are teleoperated to highlight the hardware's maximum capabilities, a distinction that underscores the evolving nature of human-robot interaction and the ongoing quest for truly autonomous domestic helpers.
