Precise Human-Like Manipulation

Responsive Manipulation, Intelligent Mobility






Lightweight human-like arms work with dexterous hands and other peripherals to perform precise manipulation across everyday workspaces.

Powered by intelligent chips for efficient end-to-end computing. Enables dual-arm mobile manipulation with precise object recognition and adaptive grasping.

Real-time synchronized teaching with intuitive, streamlined operation. Supports exoskeleton backpacks, VR, and motion capture for highly efficient data acquisition.

Built on Python SDK and ROS2 middleware with full support for position, torque, and velocity control. Open RJ45, USB 2.0, and RS485 interfaces for rapid third-party device integration. Paired with DISCOVERSE simulator for one-click Sim2Real deployment—seamlessly adapting to any development scenario.

Featuring a head‑mounted depth camera and chassis‑mounted LiDAR, it delivers dual‑channel coverage for visual and spatial perception. The dual‑arm joints feed back position, torque and velocity at a 250 Hz. Unified calibration and time‑synchronization across all sensors ensure stable and reliable data.

With multi-sensor fusion, detailed environment mapping, and smart path planning, it enables autonomous obstacle avoidance and high-precision positioning and navigation.
Accelerate embodied AI deployment and teaching demonstrations—a powerful assistant for academic exploration and knowledge transfer.
Precise data acquisition and real-time transmission across diverse scenarios, providing high-quality data for model training.
Automated reception, delivery, and more—adaptable to malls, supermarkets, and diverse retail scenarios.
Dual-arm coordinated control for multi-scenario household tasks, bringing intelligent assistance to future living.