Mobile Dual-Arm Data Acquisition

Mobile Dual-Arm Teleoperation, Efficient Data Acquisition





Gravity compensation function delivers smooth, compliant hand-guiding. Three RGB cameras enable multi-view synchronized capture. ±0.1 mm repeatability and 250 Hz gripper control for precise, responsive manipulation. Natively compatible with LeRobot and mainstream open-source data acquisition frameworks for efficient, high-quality experimental data.
It supports the full deployment pipeline for Mobile ALOHA, enabling end‑to‑end implementation from data acquisition to model inference. Powered by DISCOVERSE simulator, algorithms can be validated in simulation and deployed onto physical robots in one step, completing Real2Sim2Real data loop pipeline. Supporting C++, Python and ROS2, it is compatible with a wide range of mainstream development stacks.
Powered by the Sunrise 5 robotics SoC, TOK4 supports multi-sensor fusion, high-fidelity environmental mapping, and intelligent path planning, enabling autonomous obstacle avoidance and high-precision navigation.


Deploy embodied AI algorithms efficiently and turn complex concepts into clear, hands-on demonstrations for research and education.

Precise data acquisition and real-time transmission across diverse scenarios, providing high-quality data for model training.

Coordinated dual-arm control enables precise handling of everyday household tasks and supports the future of intelligent home assistance.

Adaptable across all learning stages, bridging theory and practice to help institutions build robust training systems.