Realman Robotics Dual Arm Compound Robot (RMC-DA) is a Robot Accessory from REALMAN ROBOTICS. With published specs including two 7-DOF arms (5 kg payload each), a platform height of 1350 mm, max arm span of 2070 mm, and a multi-sensor safety stack (laser scanning + visual obstacle avoidance, force sensing, E-stop), it is positioned as a practical.
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Realman Robotics Dual Arm Compound Robot (RMC-DA) is a Robot Accessory from REALMAN ROBOTICS. With published specs including two 7-DOF arms (5 kg payload each), a platform height of 1350 mm, max arm span of 2070 mm, and a multi-sensor safety stack (laser scanning + visual obstacle avoidance, force sensing, E-stop), it is positioned as a practical system for education, research, embodied AI prototyping, and advanced automation demonstrations where.
Realman Robotics Dual Arm Compound Robot (RMC-DA) is a Robot Accessory from REALMAN ROBOTICS. With published specs including two 7-DOF arms (5 kg payload each), a platform height of 1350 mm, max arm span of 2070 mm, and a multi-sensor safety stack (laser scanning + visual obstacle avoidance, force sensing, E-stop), it is positioned as a practical system for education, research, embodied AI prototyping, and advanced automation demonstrations where.
In RealMan’s catalog brochure, each arm is specified as 7-DOF, 610 mm reach, and 5 kg payload, highlighting its intent for human-like dexterity rather than single-tool automation alone.
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With published specs including two 7-DOF arms (5 kg payload each), a platform height of 1350 mm, max arm span of 2070 mm, and a multi-sensor safety stack (laser scanning + visual obstacle avoidance, force sensing, E-stop), it is positioned as a practical system for education, research, embodied AI prototyping, and advanced automation demonstrations where coordinated two-handed manipulation is essential.
In RealMan’s catalog brochure, each arm is specified as 7-DOF, 610 mm reach, and 5 kg payload, highlighting its intent for human-like dexterity rather than single-tool automation alone.
Key benefits include two 7-axis arms for bimanual manipulation, a mobile base with obstacle-avoidance and navigation sensors, integrated computing for perception-driven applications, and a platform positioning that supports education and secondary development.
The brochure describes an 8-wheel configuration (including mecanum wheels) with differential driving and active suspension, and lists endurance figures such as ~20 hours standby and ~11 hours runtime at 0.7 m/s with no load.
Bimanual manipulation research and prototyping With two 7-axis arms, the platform supports classic bimanual robotics tasks such as two-handed grasping, handoffs, synchronized tool use, and cooperative alignment.
Suitability depends on the exact configuration, compatible systems, intended professional use and manufacturer instructions.
Evaluate Realman Robotics Dual Arm Compound Robot (RMC-DA) for the documented robotics workflow supported by its exact hardware, payload and software configuration.
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Match payload, mobility, reach, runtime, environment and safety requirements to the intended task.
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With published specs including two 7-DOF arms (5 kg payload each), a platform height of 1350 mm, max arm span of 2070 mm, and a multi-sensor safety stack (laser scanning + visual obstacle avoidance, force sensing, E-stop), it is positioned as a practical system for education, research, embodied AI prototyping, and.
Exact robot model, revision and manufacturer part reference; Payload, reach, mobility, speed or working-envelope requirements relevant to the application; Battery, charging, runtime and power requirements where applicable.
No. Hardware revision, software, accessories, modules, handpieces, probes or other options can vary. The written quotation and exact-unit identification should define the supplied configuration.
Only items explicitly listed in the quotation and packing scope should be treated as included. Reference photographs can show accessories or system components that are not part of the final offer.
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