As embodied AI, robot learning, and teleoperation continue to move from simulation to real-world applications, researchers need more than a lightweight demo robot. They need a robotic platform that can interact with real objects, collect high-quality manipulation data, and support complex dual-arm tasks in a reliable and repeatable way.
Agility A2 is designed for this purpose. Built on the OpenArm architecture, it is a high-payload dual-arm robotic research platform for embodied AI, robot learning, remote teleoperation, and bimanual manipulation. With powerful hardware, an open software ecosystem, and flexible control options, Agility A2 helps researchers and developers bridge the gap between algorithms and real-world robotic execution.

In the rapidly evolving landscape of robotics, the bridge between simulation and real-world application requires hardware that is both high-performing and highly adaptable. Enter the Agility A2, a high-payload, 14-DOF dual-arm robotic research platform designed to meet the rigorous demands of embodied AI, robot learning, and complex bimanual manipulation.

As robotics research rapidly advances toward embodied intelligence and autonomous manipulation, the demand for flexible and high-performance robotic platforms continues to grow. Researchers and developers require systems capable of collecting high-quality data, performing complex manipulation tasks, and supporting advanced AI algorithms.
The Agility A2 ExoArm 7 Bimanual Teleoperation Kit is designed to meet these needs. Built as a high-payload dual-arm robotic platform, it provides researchers with a powerful tool for teleoperation, robot learning, and embodied AI development. With its open architecture, robust hardware design, and advanced software ecosystem, Agility A2 bridges the gap between laboratory experimentation and real-world robotic applications.