Embodied AI Data Collection Systems | Robot Learning Hardware | Foxtech

A human hand data collection system for capturing manipulation skills and interaction data for embodied AI robot learning. GripperGo Lite & Pro records precise hand movements, grasping actions and object interactions, helping researchers transfer human skills into robotic manipulation tasks and develop advanced robot learning models.

A wearable human demonstration data collection system designed for embodied AI and robot learning research. HeadGo EGO captures first-person visual experiences, hand movements and environmental interactions, enabling researchers to build high-quality datasets for imitation learning, robotic manipulation and intelligent robot development.

The Agility A2 VR Teleoperation System combines advanced VR headsets with a dual-arm robot to deliver intuitive, real-time control for complex bimanual tasks. Designed for embodied AI and robot learning, it enables precise motion mapping, high-quality data collection, and seamless deployment with ROS2 and NVIDIA Isaac.

Immersive VR Control — Intuitive teleoperation using VR for natural human–robot interaction.
Real-Time Motion Mapping — Low-latency, precise translation from human motion to robot actions.

Dual-Arm Coordination — Efficient bimanual manipulation for complex tasks.

Embodied AI Ready — Supports VLA, imitation learning, and reinforcement learning workflows.

ROS2 & Isaac Support — Easy integration for development, simulation, and deployment.

High-Quality Data Capture — Reliable data collection for training and research.

Versatile Applications — Ideal for teleoperation, assembly, AI training, and research.

The Agility A2 + ExoArm-7 Kit is a wearable exoskeleton teleoperation system for intuitive dual-arm robot control and high-quality data collection. Combining precise motion capture with low-latency performance, it enables efficient VLA and robot learning workflows in real-world tasks.

Wearable Exoskeleton Control — Intuitive dual-arm teleoperation with natural human motion input.
Low-Latency Operation — Smooth, stable response for precise manipulation tasks.

Real-Time Motion Capture — Accurate tracking for consistent demos and data recording.

VLA Data Collection Ready — Optimized for demonstration data and robot learning workflows.

ROS2 & Isaac Support — Easy integration for development and deployment.

SDK Included — Fast setup and flexible customization.

The Agility A2 Isomorphic Teleoperation Set is a complete leader–follower dual-arm system designed for embodied AI and robot learning. With two synchronized platforms, it enables realistic teleoperation, precise data collection, and seamless deployment using ROS2 and NVIDIA Isaac.

Isomorphic Teleoperation — Dedicated leader–follower setup for real dual-arm workflows.

High-Payload Dual Arms — Powerful bimanual platform for real-world tasks.

Embodied AI Ready — Supports data collection and policy deployment (IL/RL/VLA).

ROS2 & Isaac Compatible — Simplifies integration, control, and simulation.

Integrated System — Built-in PC and full software stack for quick deployment.

Proven Applications — Ideal for manipulation research, assembly, teleoperation, and education.

The DAMIAO Joint Motor System delivers precise, powerful, and modular performance, providing an ideal drive solution for open-source humanoid arms and advanced robotic applications.

Optimized Motor Integration – Combines 43-series and 8009P motors tailored for each joint, from shoulder to wrist

High Torque & Speed – Perfect balance of power and control for humanoid arm motion

Rigid & Accurate – Cross-roller bearing structure ensures stability and precise positioning, even under asymmetric loads

Lightweight & Compact – DAMIAO 4340 motors deliver high torque in a compact form, ideal for tight robotic assemblies

Modular & Reliable – Engineered for seamless integration, coordinated motion, and long-term durability

Professional-Grade Foundation – Supports research, collaborative manipulators, and advanced robotic systems