Electric Formula Student Pedals

Racing Pedal Boxes recommend these solutions for electric Formula Student pedals.

For electric-powered Formula Student FSAE race cars, we recommend the following components for their compatibility, compact design, and compliance with competition regulations:

– Electronic Throttle Pedal (RPBT001FS):

This pedal is equipped with dual return springs and dual position sensors, as required by the Formula Student FSAE regulations for electric vehicles. This is a fully compliant solution, ready for validation during scrutineering.

– Brake Pedal Formula Student (RPBB001FS):

This pedal has double master cylinders and balance bar to regulate the braking balance. Equipped with an over travel switch system that complies with Formula Student FSAE technical regulations.

Components for Electric Formula Student FSAE Cars. Homologable and Safe Solutions.

Our product range for Electric Formula Student has been developed with the goal of offering complete solutions that meet both the technical and safety requirements outlined in the official competition rulebook.

The Electronic Throttle Pedal RPBT003FS includes dual return springs and dual position sensors, fully complying with the specific regulations for drive-by-wire systems in electric vehicles. It is a homologation ready solution, prepared to pass technical inspections in the scrutineering without modifications.

The Brake Pedal RPBB001FS features a dual master cylinder with balance bar and integrated safety over travel switch, meeting the regulatory requirements for electric circuit interruption and signalling systems.

All of our components are engineered to deliver reliability, precision, and durability, with a play-free structure and ergonomically optimized design for high performance electric race cars.

We are committed to continuously developing components that not only meet the technical demands of Formula Student FSAE but also simplify integration and ensure regulatory compliance in every project.

Privacy Overview

This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.