Unitree robots dispatched its G1 humanoid into the tough chilly of Xinjiang’s Altay space, the place temperatures plunged to a mind-boggling -47.4°C (-53.3°F), the place the robotic struggled by way of heavy snow, racking up an unbelievable 130,000 steps, all with out human intervention. Each motion was the results of the robotic making its personal selections, guided by onboard techniques that carried out a superb job of protecting it upright and steady on a few of the most uneven terrain possible.
Engineers modified the G1 to higher stand up to the powerful surroundings. They positioned an insulated orange jacket round its body and plastic covers round its decrease legs to guard the joints, motors, and battery pack from freezing. You’ll assume that at these temperatures, most machines would shut down, however not this one. Its battery, which usually lasts roughly two hours, managed to final all the interval, albeit with a number of re-charges alongside the route.

Unitree G1 Humanoid Robotic(No Secondary Improvement)
- Peak, width and thickness (standing): 1270x450x200mm Peak, width and thickness (folded): 690x450x300mm Weight with battery: approx. 35kg
- Complete freedom (joint motor): 23 Freedom of 1 leg: 6 Waist Freedom: 1 Freedom of 1 arm: 5
- Most knee torque: 90N.m Most arm load: 2kg Calf + thigh size: 0.6m Arm arm span: approx. 0.45m Additional massive joint motion area Lumbar Z-axis…
The G1 used China’s Beidou satellite tv for pc community to remain on monitor, with positional accuracy of about ten centimeters, after which used some moderately adaptive algorithms to plot its route, making an allowance for how the snow and ice had been shifting round it. All of this information got here from quite a lot of sensors, together with 3D LiDAR and depth cameras, which fed into Unitree’s unified AI mannequin, which makes use of reinforcement studying to handle the robotic in actual time.

This wasn’t nearly touring from level A to level B; the G1 was tasked with tracing the define of the Milano-Cortina 2026 Winter Olympics image, which is 186 meters lengthy and 100 meters broad. The robotic created a succession of footprints that fashioned the rings and accompanying shapes, which had been seen from above as soon as accomplished. The robotic had no exterior marks or guides to comply with; every part was pre-programmed, nevertheless it additionally needed to regulate for the ever-changing terrain in actual time.
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