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The optimal choice depends on your specific payload and dynamic requirements. The 14N.m module is ideal for lightweight robotic arms, small quadruped robots, or precision gimbals. The 60N.m module provides a balanced solution for medium-scale mobility platforms, exoskeletons, and advanced service robots. The heavy-duty 120N.m module is engineered for industrial-grade robotic joints, high-payload bipedal/quadrupedal applications, and demanding automation tasks. All our QDD (Quasi-Direct Drive) modules feature a highly integrated design (motor, planetary gear, and driver) to save space and streamline your mechanical assembly.

RobStride integrated joint motors communicate via the reliable standard CAN bus protocol, which is widely used in industrial robotics. For initial setup, parameter tuning, and motor calibration, we highly recommend purchasing the RobStride CAN to USB Debugging Module. This plug-and-play module allows a seamless connection between your PC and the motors, enabling quick configuration via our official debugging software before you integrate the actuators into your main control architecture.

Yes, they are highly adaptable. Thanks to the standard CAN interface and the comprehensive communication protocols we provide, developers can easily integrate RobStride actuators into main control environments (such as Raspberry Pi, NVIDIA Jetson, or industrial IPCs). You can utilize existing CAN communication libraries to write custom nodes for seamless operation within ROS, ROS2, or your proprietary control systems.

Absolutely. We understand that robotics development requires rigorous testing and scaling. We provide dedicated technical support for B2B clients, universities, and research institutions. If your project requires multiple joint modules, or if you are moving from prototyping to low-volume production, please contact our sales team to discuss volume discounts, lead times, and specialized engineering assistance.