Agility A2 Robotic Arm
The Agility A2 series is a high-performance dual-arm robotic solution built on the OpenArm platform, designed for embodied AI, teleoperation, and advanced robotics research. This catalog includes three configurations: a dual-arm research platform, an isomorphic teleoperation system, and a bimanual teleoperation kit with ExoArm-7 for data collection and robot learning. Together, they support the full workflow from algorithm development to real-world task execution, enabling precise control, human motion mapping, and complex manipulation tasks.
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Features：Isomorphic leader–follower teleoperationHigh-payload dual-arm research platformEmbodied AI & robot learning readyROS2 + NVIDIA Isaac supportIntegrated industrial PC + complete software stackProven application coverage
Ideal For:• Research & EducationUniversities, research labs, and robotics coursesDual-arm manipulation studies, teleoperation experiments, and AI teachingHands-on embodied AI and VLA workflow exploration• Rapid POC ValidationValidate VLA workflows in real-world robotic applicationsTeleoperation, data acquisition, AI training pipelines, and autonomous tasksTasks: grasping, assembly, insertion, transport, imitation learning, simulation-to-real experiments
Key Features：Immersive VR TeleoperationReal-Time Motion MappingDual-Arm Bimanual ControlEmbodied AI & VLA-Based Learning ReadyROS2 & NVIDIA Isaac CompatibleHigh-Quality Data CollectionVersatile Application ScenariosIdeal for remote manipulation, robotic assembly, telepresence, AI training, and academic research.
Ideal For: University & Research Labs – Embodied AI & Robot LearningHazardous & Specialized Scenarios – Remote Manipulation & TeleoperationRobotics & Industrial R&D – Dual-Arm Assembly & Human–Robot CollaborationTeaching Labs, Training & Demos – Robotics Education & Hands-On SkillsHigh-Payload 14-DOF Dual ArmsCloud-Native, Full-Stack Open EcosystemRich, Extensible Hardware EcosystemIsomorphic Leader–Follower Teleoperation (Optional)
Ideal For:• Research & EducationUniversities, research labs, and robotics coursesHuman demonstration collection, dual-arm manipulation studies, and embodied AI teachingHands-on VLA workflow exploration with real human motion data• Rapid VLA ValidationValidate VLA workflows using real human demonstration datasetsTeleoperation data collection, AI training pipelines, imitation learning, and autonomous robotic executionTasks: grasping, assembly, insertion, transport, simulation-to-real experiments
Features:Wearable exoskeleton teleoperation, intuitive operator controlLow-latency response, smooth and stable operationReal-time motion capture, consistent tracking for demosDemonstration data collection, for VLA & robot learning workflowsROS2 & NVIDIA Isaac support, easier integrationSDK included, fast setup and customization
Key Features:- Dual 7-DOF Arms - Low-Latency Teleoperation- Force Feedback Support - Isomorphic Master-Slave Control - High-Performance Controller - High-Speed USB & CANFD - Advanced Motion Planning - VLA Pipeline Ready - Simulation & Development Ecosystem
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No. 108-A, Floor 1, Factory Building No. 1, Hailande Industrial Park, No. 35 Caizhi Road, Xiqing Xuefu Industrial Zone, Tianjin, China.