Tool-Free Modular Design

UGOT’s knob-lock frame lets learners switch among seven robot forms in under two minutes—no tools, screws, or manuals required.

Snap-fit parts make classroom rebuilds fast and safe
Seven preset templates—from rover to quadruped to robotic arm
Durable ABS-aluminium mix survives thousands of transformations

Embedded Edge-AI & Rich Sensor Suite

A quad-core CPU with a 1 TOPS NPU powers real-time vision, speech, and gesture recognition completely offline.

720 p RGB camera, ToF ranging, 9-axis IMU for autonomous navigation
3-mic array with noise suppression enables 360° voice commands
Motion-control algorithms keep every form balanced on varied terrain

High-Precision Motion Control & Power-Dense Servos

Custom NdFeB motors, dual-encoder servos, and planetary gearboxes give UGOT centimeter-level accuracy, strong torque, and rapid spins across every form

13 kgf·cm stall torque and 360 RPM peak speed power climbs, lifts, and rapid sprints
Dual encoders plus PID keep turns smooth and paths accurate to within ±1 cm
Self-balancing algorithms maintain stability on slopes, bumps, and uneven terrain

EmOpen SDK, Curriculum & Multi-Robot Collaboration

Python / ROS 2 APIs, standards-aligned lessons, and networking tools turn UGOT into a scalable STEM platform.

Plug-and-play ports connect Micro:bit, Arduino, Raspberry Pi, and custom sensors
CSTA & AI4K12-mapped projects guide students from loops to machine learning
Multi-robot mesh lets several UGOTs—or even uKit AI bots—work together