The MICROROBOTECH Move T1 is an outdoor-capable quadruped robot designed for autonomous all-terrain mobility with integrated luggage-carrying capability. At its core, the T1 is built around two proprietary AI systems: the NeuroFuse multi-modal perception system, which fuses data from solid-state vision LiDAR, 128-layer LiDAR, vision sensors, and UWB positioning to give the robot a comprehensive environmental awareness, and the CogniDecide decision engine, which translates that perception into dynamic path planning and motion control. Together these systems enable 360-degree point-to-point autonomous navigation across terrain types that would be challenging for wheeled robots — without requiring pre-mapped infrastructure.

Motion performance is delivered through the DynaCore full-body motion system, an AI-driven framework designed for dynamic, stable, balanced, and energy-efficient movement across varied surfaces, and the DynaForce joint module, which uses a high-torque, lightweight electromechanical design based on integrated electromechanical-thermal-magnetic architecture and high-density magnetic path topology for precision joint control. A high-density solid-state dual battery system with modular quick-swap design supports hot-swappable replacement and external battery options, with intelligent power management algorithms targeting up to 16 hours of continuous operation on a single charge. Positioning achieves ±2 cm accuracy in dynamic target tracking with sub-50 ms response latency, and the robot operates under the RAS 1.0 (Robot as a Service) platform architecture.