Built With HexMecha
Real robotics systems powered by HexMecha motion, control and power modules.
From desktop robot arms to mobile robotics and embodied AI platforms, this page shows how HexMecha modules can power real robotic systems.
Compact robotic arm systems for AI development, education, manipulation research and rapid prototyping.
Mobile bases and mobile manipulation systems using modular control, communication and power components.
Robotics platforms for data collection, AI research, manipulation and real-world embodied interaction.
A simple view of how power, compute, communication and joint motors work together inside a robotic system.
HEXMOTOR modules drive robotic joints and mechanisms.
HEXCOMPUTER-P1 coordinates device control and system I/O.
Battery power is converted through HEXPOWER modules.
Communication connects controllers, power and motors.
SDK / ROS / Python tools connect hardware to workflows.
The complete system becomes a working robot platform.
Direct users back to the actual motion, control and power modules used in these robot platforms.
Compact joint motor for robotic arms and embodied robotics systems.
Joint motor for higher-load robotic arm and mechanism designs.
Robot controller for CAN-FD communication and system I/O.
Multi-output DC-DC power module for robotics systems.
Single-output DC-DC power module for compact systems.
Long-term cooperation with advanced robotics teams helps keep the component platform grounded in real development needs.
Explore HexMecha motion, control and power modules for your next robotics project.
