DIY Sim Racing Load Cell Pedals 3D print model

PREMIUM QUALITY SIM RACING PEDALS FOR DIY BUILDING.

What’s included:

• CAD Model Files of the Sim Racing Pedals, it includes four ways of making according to your choices:
• Laser cutting (DXF files)
• 3D printing (STL files)
• Hand cutting (A4 Sheets of papers PDF files)
• CNC Machining (STEP files)
• Arduino Sketch and Wiring diagram for Arduino Pro Micro/Leonardo USB Board
• Complete tutorial to build the pedal without advanced skills and expensive tools
• Complete list of all parts you need to build the pedal (Screws, electronics…). Find what you need in the DIY Tools section.
• 24/7 Help and assistance

FEATURES:

EASY TO BUILD: This DIY Sim Racing Pedals building kit has been designed to be easy to build without expensive tools or advanced knowledge!

ACCURATE: The sim racing pedals offers accurate realism, with a feeling adapted to each pedal (degressive clutch, soft and hard two-phase brake, linear accelerator).

WELL DESIGNED: The design was very well worked, with shapes inspired by those used in real cars. The 3D Printed edition is just as pretty as the standard metallic version.

“Considering this pedal set would only be about 300 bucks, I was shocked on track results.” – Shaun Cole, The SimPit (https://www.youtube.com/watch?v=-blsslNWgKI)

ADJUSTABLE: The DIY Load Cell Pedals have been designed to allow a maximum of adjustments! You can adjust the angle, hardness, stop and positioning of each pedals according to your feeling.

SAVE MONEY: The pedals can be made on a small budget, depending on the parameters you have chosen (choice of material, electronics…) and the equipment you have (3D Printing machine, CNC Machine…).

24/7 ASSISTANCE: In the event of an issue, the customers will receive free assistance in the “Help & Questions” section.

BUILDING TUTORIAL PLAYLIST: https://www.youtube.com/watch?v=lt1aeHye-UI&list=PLf7OAW8ocwvuqDfbRpTVED11CGd7MNKLQ

BUILDING TUTORIAL FOR THE 3D PRINTED EDITION: https://www.diysimstudio.com/2024/07/18/diy-load-cell-pedals/