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 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.
The Rover Frame is a lightweight yet durable anodized aluminum chassis, perfect for robotics, autonomous systems, and experimental vehicles. Its modular design enables seamless integration of motors, sensors, and hardware, while corrosion-resistant construction ensures longevity. Ideal for engineers and researchers developing innovative drive and control systems.
The Motor Control Board supports brushed and brushless motors with PWM, Dshot (300, 600), and CAN compatibility. Featuring AM32 firmware, modular PCB design, and XT90 power connection, it ensures reliable, scalable performance for robotics and automotive systems. Seamlessly integrates with CanEduDev’s CPU board for advanced control solutions.
In an era where rapid advancements in automation and robotics are reshaping industries, real-time data acquisition, flexible control, and robust integration have become critical. To meet these demands, CanEduDev’s Rover offers a unique platform that
We are pleased to provide a detailed update on the ongoing development of the CanEduDev Rover
Project Summary The collaboration between CanEduDev, the Royal Institute of Technology (KTH), and Telenor represents a pioneering effort to push the boundaries of autonomous driving technology on a small scale. The project, titled “Autonomous Drive
We are excited to announce the latest enhancement to our Rover platform:Â An upgraded braking system that offers engineers unprecedented access to detailed braking data for advanced analysis, simulations, and program development. Technical Highlights: Comprehensive
We’re honored to have our innovative “Demo Rover” featured in the latest blog post by Tier4, highlighting our presence at CES 2024! 🌟 At the event, we had the opportunity to unveil our “Demo Rover,”
Did you know? Open Source Software: Our Rover software is open source! Download, modify, and enhance it to suit your specific needs. Comprehensive Hardware Documentation: We provide detailed schematics for all our hardware, ensuring you
We are pleased to announce our participation in the JSAE event in Japan this year. The Society of Automotive Engineers of Japan, Inc. (JSAE) brings together over 50,000 individual members and more than 500 corporate
We are thrilled to have participated in ICRA2024, showcasing our cutting-edge CAN Development
We are thrilled to announce the launch of our innovative Battery Management Card, The CanEduDev Power Board—an essential upgrade for our Rover. This new addition is designed to enhance performance and reliability, ensuring your projects
Small-scale testing is a valuable approach for validating designs and control algorithms in fields such as automotive and robotics. CanEduDev’s Demo Rover provides an efficient, low-cost platform for these tests, making it an excellent complement
Introduction Designing a robust and efficient CAN-based control system requires careful consideration of multiple factors, including message priorities, frequency, content, and overhead. This article delves into the intricacies of CAN message design using the CanEduDev
Introduction At CanEduDev, we understand the critical importance of robust testing and validation in the development of modern automotive and industrial systems. Our CAN Development & Education Kits, including the versatile Demo Rover, are designed
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