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.
For any team in the high-stakes world of autonomous racing, the gap between a promising algorithm in a simulator and a car executing a flawless run on the track is immense. It’s a gap filled
Case Study: How Influx’s Use of the CanEduDev Rover Platform is Accelerating Automotive Development and Demo Capabilities Executive Summary Influx Technology is leveraging the CanEduDev Rover platform to enhance its demonstration and testing capabilities, addressing
As someone working in automotive and industrial automation, you’ve likely faced this dilemma: How do we leverage modern robotics frameworks without compromising the real-time guarantees our systems require? [Download the full paper here] At CanEduDev,
At Linköping University, the Formula Student Driverless Team has taken on the challenge of building an advanced autonomous vehicle platform. To accelerate their development and testing processes, they’ve integrated the CanEduDev Rover into their workflow
In Alex Carballo’s lab at Gifu University, cutting-edge research and hands-on robotics come together to create innovative solutions. In their latest project, headed by Tomoki Kuno, they showcase the power of Autoware Core/Universe in enabling
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
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
As a newly appointed Technical Associate to Kvaser, CanEduDev is set to bring its Rover platform to the forefront of CAN technology demonstrations and education. This collaboration underscores our shared dedication to enhancing the practical
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
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