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Digital & High-Frequency Electronics

F1/10th Autonomous
Racing Car

Student teams building self-driving F1 race cars — and taking them to the Formula Student Driverless competition.

F1 platform LiDAR & camera Onboard compute
F1/10th autonomous racing car with LiDAR, camera and onboard computer

The F1/10th platform: chassis, LiDAR, camera and onboard computer.

The Digital and High-Frequency Electronics Section is coordinating student teams participating in the Formula Student Driverless competition. To support the teams, the section provides key hardware components — including the vehicle platform, sensors, onboard computers, and a starter software and hardware framework. This allows students to focus on developing advanced electronic systems and high-level algorithms for autonomous driving while building on a proven platform.

What the section provides

Vehicle platform

The F1 car itself — chassis, drivetrain and steering, ready to be raced.

Sensors

LiDAR and camera hardware for perception, localisation and obstacle detection.

Onboard computers

Embedded compute on the car, sized for real-time processing at racing speed.

Starter framework

A software and hardware starting point, so teams build on a proven base instead of from zero.

Under the shell

Everything a team needs to go from a static chassis to a car that drives itself.

F1 chassis LiDAR scanner Camera Onboard computer Custom electronics Autonomy algorithms

See the car in action

A lap with the F1platform, filmed at the section.

Want a seat on the grid?

Students interested in joining the competition are encouraged to get in touch — whether your interest is electronics, embedded software, sensors or control algorithms.

Get in touch
Send a message to Thor or Emad.
Join a team
Find the role that fits your skills.
Build and race
Develop, test and compete.

Click a name to see the options — open the research profile, or send an email.

Thor Kamp Opstrup
Engineer, SDU Digital and High Frequency Electronics
Emad Samuel Malki Ebeid
Professor, Head of Unit

Last Updated 19.08.2026