Foxtech Provides Industrial Drone Solutions & UAV Payload Systems.
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 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 ExoArm-7 is a lightweight, ergonomic 14-DOF wearable exoskeleton that captures high-precision human arm motion with <20 ms latency for reliable teleoperation, high-quality dataset collection, and easy integration with platforms like OpenArm, VR/AR, and robotics research.
Latency — The ExoArm-7 delivers end-to-end latency under 20 ms for instant, smooth teleoperation.
Dexterity — With 14 DOF (7 per arm), it reproduces fluid, human-like arm movements for complex tasks.
Precision — 14-bit single-turn absolute encoders provide stable, high-resolution positional feedback for accurate capture.
Ergonomics — Lightweight, comfortable design enables extended wear and natural motion with low fatigue.
Compatibility — Supports multiple robotic arms (including OpenArm) and provides an SDK for fast integration.
Data-quality — Produces high-quality human demonstration datasets suitable for imitation and reinforcement learning.
Research-ready — Built for labs and classrooms to facilitate experiments, teaching, and interactive robot control.
Immersion — Integrates with VR/AR systems to enable immersive control and simulation workflows.
Reliability — Real-time transmission and stable mapping reduce control errors and improve remote operation success.
Latency — The ExoArm-7 delivers end-to-end latency under 20 ms for instant, smooth teleoperation.
Dexterity — With 14 DOF (7 per arm), it reproduces fluid, human-like arm movements for complex tasks.
Precision — 14-bit single-turn absolute encoders provide stable, high-resolution positional feedback for accurate capture.
Ergonomics — Lightweight, comfortable design enables extended wear and natural motion with low fatigue.
Compatibility — Supports multiple robotic arms (including OpenArm) and provides an SDK for fast integration.
Data-quality — Produces high-quality human demonstration datasets suitable for imitation and reinforcement learning.
Research-ready — Built for labs and classrooms to facilitate experiments, teaching, and interactive robot control.
Immersion — Integrates with VR/AR systems to enable immersive control and simulation workflows.
Reliability — Real-time transmission and stable mapping reduce control errors and improve remote operation success.
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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TECHNOLOGY & INNOVATION
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.
Company Environment
Honors and Certifications
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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Email: support1@foxtechuav.com
Address: No.1 Plant, HIGHLAND Industrial Park, No.35 Cai Zhi Road, Xuefu Industrial Zone, Xiqing District, Tianjin, China. Non-return Address