APEX Embodied-native general-purpose robot

The APEX embodied-native general-purpose robot

APEX product showcase

Embodied-native design philosophy, modular architecture

Fully integrated with embodied foundation models

Layered algorithm architecture

1 kHz high-frequency control at the lowest layer

Top-tier Thor compute on board

Chinese-made compute chips are being adapted in parallel

Shadow mode support

Keeps collecting data and iterating model parameters during deployment, so capability improves continuously;

360° panoramic coverage

Two fisheye cameras in the head provide 360° surround vision;

Two Hesai JT-series lidars are mounted on the chassis.

APEX core capabilities

Detail of the APEX high-precision omnidirectional chassis

The chassis can strafe and rotate on the spot, dock precisely and fine-tune its position to the centimeter;

The APEX general-purpose robot working reliably in an industrial setting

Industrial-grade reliability, built for real deployments

Built for industrial and logistics deployments

First-generation hardware reaches MTBF of over 1,000 hours;

Supports operation without powering down, enabling continuous 7x24 running;

Mobility

30-second battery swap keeps the onboard brain online during the exchange,

without interrupting the task already in progress.

Front view of the APEX general-purpose robot
Three-quarter view of the APEX general-purpose robot
Rear view of the APEX general-purpose robot
Detail of the APEX shoulder and joint structure
Detail of the APEX arm's quick-swap elbow
Detail of the APEX arm joints and drive structure