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:
Kvaser Memorator Pro 2xHS v2 is a professional dual-channel CAN/CAN FD interface and standalone data logger, ideal for development, testing, and in-field data capture. Featuring galvanic isolation, advanced triggering, CAN FD support, and expandable onboard storage, it delivers reliable performance for real-world CAN applications. Available from CanEduDev with expert integration support for education, research, and embedded system projects.
The Kvaser U100 is a rugged, single-channel CAN/CAN FD to USB interface designed for demanding environments. Featuring reinforced galvanic isolation, an IP67-rated enclosure, and robust protection against vibration and shock, it ensures reliable and safe connectivity between CAN networks and computers. Ideal for industrial, automotive, marine, and heavy-duty applications, the U100 delivers durable performance with broad protocol compatibility.
9-pin plug-to-socket D-Sub connector with integrated termination.
The Kvaser 9-pin D-Sub 120-ohm termination adapter is a CAN adapter featuring a 9-pin male D-Sub plug on one end and a 9-pin female D-Sub socket on the other. It includes a built-in 120-ohm CAN termination resistor connected between CAN High (pin 7) and CAN Low (pin 2).
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
Below is a video example of the Rover working seamlessly with Kvaser’s Airbridge, illustrating the potential of our combined technologies. Thank you to Kvaser for inviting us to the QSR/TA conference. We at CanEduDev appreciate
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
As we reflect on this week at CES, we are filled with inspiration. It was a fun occasion for us at CanEduDev as we showcased the Rover to a global audience. We demonstrated our Rover’s
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,
FLORIDA, United States – Distinctively positioned at the nexus of innovation and experience, CANEDUDEV is proud to announce the participation of its esteemed CEO, Lars-Berno Fredriksson, in the J1939 Committee Meeting scheduled for November 15th,
FLORIDA, United States – DATE: At the forefront of vehicular communication innovation, CanEduDev announces the impactful contribution of CEO Lars-Berno Fredriksson at the J1939 Committee Meeting in Florida. Fredriksson, with his extensive CAN experience, engaged
The CanEduDev Demo Rover is a versatile platform tailored for complex technical applications, allowing users to fully explore the capabilities of the Controller Area Network (CAN). Its design supports a wide variety of sensor integrations
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
Login