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How to build F1TENTH

2-DoF self-driving race car · Advanced

F1TENTH (RoboRacer) is a research race-car platform on a Traxxas Slash 4×4 with an NVIDIA Jetson, VESC and Hokuyo lidar. The docs estimate about $3,022.

Difficulty
Advanced

Many actuators, custom wiring and real tuning work.

Build time
1–3 months

Our estimate, part-time

Parts cost
$3,022

About $3,022, per the F1TENTH BOM

Degrees of freedom
2

CC-BY-NC-SA-4.0 build docs and BOM · non-commercial

What is F1TENTH?

F1TENTH, now also called RoboRacer, is a 1/10-scale autonomous racing platform used by universities around the world.

The reference build uses a Traxxas Slash 4×4 Premium or rally chassis with a laser-cut deck carrying an NVIDIA Jetson, a VESC motor controller, a Hokuyo 2D lidar, power distribution and antennas.

The f1tenth_system driver stack is MIT. The build docs and BOM are CC BY-NC-SA 4.0, so commercial reuse isn't allowed.

F1TENTH specifications

Scale
1/10
Chassis
Traxxas Slash 4×4
Compute
Jetson Xavier NX / Orin
Motor control
VESC
Lidar
Hokuyo UST/UTM

Figures as published by the project. See Sources below.

Bill of materials

PartQtyNotes
Traxxas Slash 4×4 Premium or rally chassis1
NVIDIA Jetson module1
VESC1
Hokuyo 2D lidar1
Laser-cut platform deck1
LiPo batteries and charger—
Where's the full bill of materials?

The full BOM, with exact quantities and vendors, lives in the project's own files. Prices change often, so treat $3,022 as a ballpark from the project. Start at the project repository.

Tools you'll need

  • Laser cutter or service
  • Soldering iron
  • Ubuntu PC with ROS 2

Step-by-step build overview

Electronics & wiring overview

The VESC drives the motor and steering servo and reports odometry over USB. The lidar uses Ethernet or USB.

LiPo batterypower sourceLaptop / PChigh-level control2D LiDARsensingNVIDIA Jetsonreal-time controllerVESC motor controllerdrivers / busbrushless motors2 joints / motors
PowerData / commandsSensor feedbackOverview only. Follow the project's own schematic for pinouts and voltages.

Software

ROS 2

f1tenth_system (MIT) plus the f1tenth_gym_ros simulator.

Tips from the bench

  • ☕ Use the simulator before running anything at speed.

F1TENTH FAQ

Is F1TENTH free to use commercially?

The software is MIT, but the build docs are non-commercial.

Sources

Written by Bots n' Beans from the project's own documentation. Check the sources for the latest revision before you buy parts.

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