The LUS2 humanoid robot has achieved the agility of
LUS2 adopts a full-scale anthropomorphic design with a height of 160 cm. The robot weighs only 57 kg—15% lighter than comparable models in its class—while delivering a maximum joint torque of 360 N·m, enabling precise manipulation under a 3 kg payload. The key technological breakthrough lies in its advanced motion control system: powered by a dedicated 275 TOPS computing chip and integrated with a proprietary dynamic balance algorithm, LUS2 can recover from a fall and stand up within one second, significantly outperforming the industry average recovery time of 3 to 5 seconds. Furthermore, it demonstrates robust mobility across complex terrains, including stair climbing and obstacle crossing. With a continuous high-intensity operational capacity of up to two hours, LUS2 meets the sustained performance requirements of demanding tasks such as industrial sorting and venue services.
During the conference’s closing ceremony, LUS2 showcased seamless human-robot collaboration through coordinated on-stage performances—including synchronized dancing and equipment passing—with several National Games champions. The R&D team reported that LUS2 has entered small-scale trial production, with the first batch scheduled for deployment in logistics sorting and large-scale event service scenarios.