1X NEO

The 1X NEO is a full-size humanoid designed to share the same volume as a person in a domestic setting. It stands 168 cm tall and weighs 30 kg, a mass markedly lower than comparable electrically actuated humanoids, which allows contact safety to be resolved at the hardware level. The drivetrain rests on low-inertia tendon drives rather than rigid gearboxes: 2% torque accuracy, 95% backdrivability and 0.1 mm repeatability. The body is a soft shell over a lattice polymer structure, the joints are closed to external access, and the head injury criterion is held below 250. We supply 1X hardware to corporate projects with enterprise supply, commissioning and engineering support. The investment figure is set by corporate quotation according to configuration, quantity and delivery terms.

Kinematic capacity covers the band domestic manipulation requires: 44 of the 75 degrees of freedom sit in the hands, while seven axes per arm and a two-axis spine widen the reach envelope. The lift limit is 70 kg, sustained carry is 25 kg and single-arm load is 8 kg. Hand-tip speed reaches 8 m/s, walking speed is 1.4 m/s and maximum running speed is 6.2 m/s.

On the energy side an 842 Wh pack gives four hours of operation and accepts a six-minute fast charge for each hour of runtime, with the robot managing charging itself. Ingress protection splits between IP44 at the body and IP68 at the hands: the hands are submersible while the body is splash-protected only. Audible noise is 22 dB.

Compute runs on the 1X NEO Cortex built on NVIDIA Jetson Thor, offering up to 2070 FP4 TFLOPS. The perception layer carries dual 8.85 MP 90 Hz stereo fisheye cameras and a four-microphone beamforming array. Task execution runs on the Redwood generalist model, and where the model cannot carry a task the session can be handed over to a remote operator. That handover mechanism is a data-governance matter that should be assessed and addressed contractually in corporate deployments.