Stand out at trade shows, classrooms, everywhere.
A 1:5 scale, 10kg marvel that captivates with its fierce look.
Easily mount your hardware for a tailored experience.
Show your products in action with our CAN & electronics kit.
Elevate presentations, forge connections and showcase products.
Hands-on learning, bridging theory and practice.
Reference applications built on open-source software available.
Its main features include a complete CAN system integrated into a robust
ALUMINIUM chassis designed for durability and flexibility.
Equipped with a CAN system featuring three nodes—a motor control node, steering node and radio communication node.
The CAN bus is designed with four 9-pin D-SUB connectors, ensuring hassle-free connections to PCs and additional modules.
The car's bodywork boasts easily detachable aluminum mounting panels, allowing for seamless integration of additional modules.
CanEduDev introduces a revolutionary RC-to-CAN control module, enabling the Demo Rover to be seamlessly controlled by any RC system.
Transport your Demo Rover with style and security. We've collaborated with SKB to craft a bespoke carrying case tailored for the Demo Rover.
The Demo Rover’s schematics and software are open source and freely available. The firmware is built on the open-source STM32 HAL and FreeRTOS.
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
CanEduDev Rover: Technical Progress Update on System Integration We are excited to share a detailed update on the ongoing development of the CanEduDev Rover, a key project within our collaboration with Telenor, KTH, and the
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
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
Project Overview: CanEduDev, in collaboration with the Royal Institute of Technology (KTH) and Telenor, has initiated the project “Autonomous Drive of a Minicar Using Edge Computing and 5G Communication.” This project is a part of
Simulink is a crucial software tool in the automotive realm, offering engineers a visual platform to model vehicle systems via block diagrams. Engineers leverage this versatile software to simulate and refine control algorithms for engines,
Greetings to all educators, students, and technology enthusiasts! We are excited to present the potential of our Rover, featuring a programmable car as an engaging learning tool in various educational settings. The Rover is designed
There are various projects that can be realized using the CanEduDev Rover, but the simplest way to get started is to set up the Rover like any regular radio-controlled model car. To start with, you
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
