A modular ecosystem of components for robotics, control systems, and automotive applications.
Solutions for development, testing, and automation with CAN-based control and ROS2 integration.
Products suitable for universities and industry alike.
Backed by 50 years of engineering expertise, CanEduDev provides modular, cost-effective solutions for robotics, control, and automotive development. Our tools simplify prototyping, testing, and integration—cutting costs while driving real-world innovation.
A durable aluminum chassis designed for easy mounting and integration of sensors, actuators, and electronic components. Ideal for researchers and developers needing a customizable platform to test mechanical and electronic systems.
Includes the chassis, powertrain, and steering system, creating a fully functional drive platform. Equipped with BLDC motors and power steering,
it enables developers to experiment with motion, maneuverability, and mechanical control.
The ultimate development tool, featuring a complete CAN-based control system for advanced programming and automation.
Includes:
The Demo Rover is the perfect base for your product exhibition. Its main features include a complete CAN system integrated into a robust aluminum chassis designed for durability and flexibility. The Rover is driven by an Electronic Speed Controller (ESC) controlling a high-performance engine, and has a powerful steering servo for controlling the wheels. These key components combine to deliver a reliable and versatile tool for showcasing various CAN or automotive products in a creative, eye-catching manner.
Contact us for ordering information.
The CanEduDev FlexiRange CAN Module delivers precision object detection with a 180-degree field of view, real-time CAN integration, and a 2 cm to 5 m detection range. Featuring four MB1604 sensors, a high-quality IO board, and automatic calibration, it’s perfect for robotics, collision avoidance, and proximity sensing in research and industrial applications.
The CanEduDev Wheel Speed Module delivers precise, real-time velocity data for research in vehicle dynamics, traction control, and odometry. Designed for direct wheel integration, it ensures accurate CAN-based transmission when paired with CanEduDev’s Servo Board. Ideal for universities, research institutions, and developers working on motion control and traction studies.
Are you ready to revolutionize your corporate showcasing and educational experiences? Look no further than the Rover, the ultimate model car that’s not just a vehicle—it’s a canvas for your creativity and a vessel for
Login