sHUMANOID v.1

The sHUMANOID v.1 is a high-performance mobile humanoid platform designed for advanced research in bimanual manipulation and omnidirectional navigation. Unlike traditional stationary systems, the sHUMANOID v.1 is engineered for a high degree of operational flexibility in complex human-centric environments.

The core design philosophy centers on a bimanual setup, integrating two sROBOT v.1 robotic arms. This dual-arm configuration allows the robot to perform coordinated tasks such as heavy lifting, complex object handovers, and synchronized manipulation, mimicking human-level bi-manual capability. By utilizing the 7-axis dexterity of the sROBOT v.1 arms, the platform bypasses the kinematic constraints of simpler designs, enabling smooth and continuous motion paths for professional automation and motion-planning research.

To support the dynamic forces generated by a bimanual system during high-torque manipulation, the sHUMANOID v.1 features a chassis constructed entirely from extruded aluminum profiles. This industrial-grade framework provides the necessary rigidity and structural damping required for precision robotic operations while remaining modular for future sensor and actuator upgrades.

Mobility is achieved through a specialized mecanum wheel base. This omnidirectional drive system allows the sHUMANOID v.1 to strafe laterally and rotate in place with zero turning radius, providing unprecedented maneuverability in tight corridors or cluttered laboratory settings. The combination of a rigid aluminum spine and an agile mecanum base creates a robust foundation for mobile manipulation, ensuring that the sROBOT v.1 arms can operate from a stable yet highly versatile platform.