Know the sport · The software takes the wheel
Autonomous racing
Self-driving machines compete on speed, control and the ability to finish.
- The format
- Time trials and racing formats determined by each event.
- Who’s in control?
- Autonomous driving, with event-defined supervision and stopping procedures.
How it works
Autonomous racing asks a robot vehicle to understand a course and drive it competitively. The challenge combines sensing, choosing a route and controlling speed and steering under real physical limits.
The field includes small research cars and full-size vehicles. RoboRacer provides a one-tenth-scale platform with open learning materials; the Indy Autonomous Challenge showcases full-size university-team racing. Entry requirements and race formats are specific to each programme.
The spectator’s checklist
What to watch for
- Clean, repeatable laps before outright pace
- Braking and the line through a corner
- How the car reacts to traffic and uncertainty
Getting involved
- Work through a simulator exercise before buying a car.
- Learn the perception, planning and control loop.
- Read the event’s platform, software and safety requirements.
Your next stop
Useful links
Find the organisers, current rules and places to follow the action.
RoboRacerThe one-tenth-scale autonomous racing project, with current race information, open build instructions and learning materials. (opens in a new tab)RoboRacer course materialsLectures and practical labs for learning autonomous racing, including perception, planning and control. Some addresses retain the F1TENTH name. (opens in a new tab)RoboRacer build documentationOfficial car assembly, software and simulator guidance. Read the current hardware requirements before ordering parts. (opens in a new tab)Indy Autonomous ChallengeMeet university racing teams and follow full-size autonomous race cars, official event announcements and video coverage. (opens in a new tab)