Foxtech Provides Industrial Drone Solutions & UAV Payload Systems.
Ultimate Open-Source Solutions for Advanced Robotic Arms
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The Agility A2 is a high-payload dual-arm research robot based on OpenArmX Pro Max, featuring 7-DoF arms, strong load capacity, native ROS2 and NVIDIA Isaac support, and fully integrated hardware and software for embodied AI, robot learning, and dual-arm manipulation.
High-Payload Dual Arms — 7-DoF arms with 5 kg rated / 12 kg peak payload, suitable for real-tool manipulation.
Robust Mechanics & Actuation — Aluminum/stainless steel build, QDD-compatible joints, 48 V drives for smooth, stable motion.
Native Robotics Software — Built-in ROS2 and NVIDIA Isaac support for teleoperation and learning policy deployment.
Open Extensibility & Teleoperation — Connects to VR controllers or exoskeletons for lead-through teleoperation and autonomous ROS2 experiments.
Versatile Applications — Supports embodied AI, dual-arm research, contact-rich tasks, human–robot collaboration, hazardous teleoperation, and education.
Integrated Industrial PC & Software — Preloaded with Ubuntu 22.04, ROS2 Humble, and OpenArmX SDK for ready-to-use deployment.
High-Payload Dual Arms — 7-DoF arms with 5 kg rated / 12 kg peak payload, suitable for real-tool manipulation.
Robust Mechanics & Actuation — Aluminum/stainless steel build, QDD-compatible joints, 48 V drives for smooth, stable motion.
Native Robotics Software — Built-in ROS2 and NVIDIA Isaac support for teleoperation and learning policy deployment.
Open Extensibility & Teleoperation — Connects to VR controllers or exoskeletons for lead-through teleoperation and autonomous ROS2 experiments.
Versatile Applications — Supports embodied AI, dual-arm research, contact-rich tasks, human–robot collaboration, hazardous teleoperation, and education.
Integrated Industrial PC & Software — Preloaded with Ubuntu 22.04, ROS2 Humble, and OpenArmX SDK for ready-to-use deployment.
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.
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.
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.
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.
Agility A1 combines open-source flexibility, human-like dexterity, and high payload capability, making it ideal for advanced robotics research and practical applications.
Fully Open-Source – CAD, firmware, control code, and simulation tools included
Human-Level Dexterity – 7 degrees of freedom for precise, agile motion
High Payload – Supports up to 6 kg peak load
Fast & Precise Control – 1 kHz CAN-FD motion control
Robust & Accurate – DAMIAO motors + cross-roller bearings
Safe Interaction – Compliant, backdrivable joints with real-time gravity compensation
OpenArm-Based – Designed for research and real-world deployment
Fully Open-Source – CAD, firmware, control code, and simulation tools included
Human-Level Dexterity – 7 degrees of freedom for precise, agile motion
High Payload – Supports up to 6 kg peak load
Fast & Precise Control – 1 kHz CAN-FD motion control
Robust & Accurate – DAMIAO motors + cross-roller bearings
Safe Interaction – Compliant, backdrivable joints with real-time gravity compensation
OpenArm-Based – Designed for research and real-world deployment
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
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
The DM-J3507-2EC delivers compact, high-performance, and highly precise actuation for robotic arms, combining advanced sensing, flexible control, and reliable operation in one integrated solution.
Dual Encoders – Single-turn absolute position sensing ensures no position loss after power-off
Integrated Design – Motor and driver combined for compact structure and high integration
Flexible Control Modes – MIT mode, Speed mode, and Position mode for precise and smooth motion
PC-Based Debugging & Firmware Upgrade – Easy configuration and maintenance
CAN FD Compatible – Up to 5 Mbps baud rate with real-time feedback of speed, position, torque, and temperature
Dual Temperature Protection – Ensures safe operation under heavy load
High Torque at Low Speed – Optimized for precise actuation and powerful motion
Dual Encoders – Single-turn absolute position sensing ensures no position loss after power-off
Integrated Design – Motor and driver combined for compact structure and high integration
Flexible Control Modes – MIT mode, Speed mode, and Position mode for precise and smooth motion
PC-Based Debugging & Firmware Upgrade – Easy configuration and maintenance
CAN FD Compatible – Up to 5 Mbps baud rate with real-time feedback of speed, position, torque, and temperature
Dual Temperature Protection – Ensures safe operation under heavy load
High Torque at Low Speed – Optimized for precise actuation and powerful motion
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Foxtech is committed to technological innovation, collaborating with industry clients and research institutions to continuously optimize product performance, enhancing the reliability and adaptability of UAV systems.
As a renowned brand in the industry, Foxtech provides high-quality products and professional services to customers worldwide.
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FOXTECH boasts advanced UAV, UGV, USV, and robotics platform design and manufacturing capabilities, supported by robust independent research and development strength. With extensive experience across a wide range of technologies, we maintain a strong competitive edge in the industry.
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