Four lab streams from internal platforms to student builds, competition systems and showcase robots.
Internal lab platforms, research rigs and prototype systems built for training.
An advanced humanoid robotics project combining facial mechanics, AI voice interaction, computer vision, and embedded engineering into a fully interactive robotic head platform.
A real-time wireless robotic hand capable of replicating human finger movement through low-latency gesture tracking and teleoperation control systems.
A voice-controlled quadruped robotics project combining biomimetic movement, embedded systems, AI interaction, and multi-leg motion control.
Original systems shipped by XROBOT student teams from concept to demo day.
The Mechanical Dinosaur is a motion-engineering project that uses crank-rocker and double-rocker linkage systems to achieve realistic walking movement using only a single motor drive.
The Auto Nodding Fan is a beginner mechanical engineering project that demonstrates how rotational motion can be transformed into oscillating movement using a crank-rocker linkage mechanism.
The Solar Moon Rover is a fully solar-powered engineering project designed to introduce students to renewable energy, mechanical systems and real-world energy conversion through hands-on building.
Tournament-grade robots, routines and field-tested engineering stacks.
Train the next generation of AI engineers through machine learning, computer vision, autonomous robotics and international AI competitions.
The XROBOT Drone Soccer 200MM platform is a professional indoor competitive drone system designed for high-speed aerial matches, precision piloting and team-based engineering challenges.
The CLAW BOT is the core engineering platform of XROBOT Foundation, built on the VEX IQ robotics system. Students learn real robotics fundamentals through hands-on building, coding, sensing and autonomous control.
Featured robots, demo platforms and mission-ready machines from the academy.
Build intelligent humanoid robotic systems through real-world engineering, embedded control, AI interaction and modular robotics design.
A 6-DOF articulated robotics platform focused on robotic manipulation, motion control, servo systems, and precision engineering.
An aerospace engineering project focused on staged launch vehicle design, pneumatic propulsion systems, aerodynamic stability, and real-world flight testing.
