diy 3D printed inexpensive force feedback racing simulator

15Nm Direct Drive Sim Racing Wheel - 3D models

F1 style (3D printed grips)
€15,99
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DIY 3D printed force feedback sim racing steering F1 wheel
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  • DIY 3D printed force feedback sim racing steering F1 wheel
  • diy 3D printed inexpensive force feedback racing simulator
  • wireless programmable buttons on the diy steering wheel
  • 15Nm force feedback direct-drive steering wheel
  • magnetic paddle shifters with premium lifelike feebback
  • homemade inexpensive racing simulator force feedback steering wheel from hoverboard motor
  • F1 steering wheel for sim racing, homemade
  • 3D printed force feedback steering wheel
  • diy force feedback steering wheel qith quick release
15Nm Direct Drive Sim Racing Wheel - 3D models

15Nm Direct Drive Sim Racing Wheel - 3D models

€15,99
version

You'll get the files via email within 5 minutes from placing your order.

 

MAIN FEATURES

  • Up to 15Nm of torque

  • Ultra-realistic Direct-Drive feedback with hoverboard motor

  • Swappable design with F1 and round grips, or F1 design with 3D printed grips

  • Total price of around 150€ (F1 wheel) and 200€ (swappable wheel)

  • Compatible with most simulator games (only on PC)

 

WHAT YOU'LL GET WITH THE PURCHASE

  • .3mf files for all the needed components and .step files for the laser cut components (for swappable wheel)

  • Updated parts list with everything needed (also available HERE)

  • Circuit diagram

  • Software and firmware setup guide

I've also included the files to build the upgraded metal Quick-Release from my latest design, see it HERE. The related parts list is available HERE.

 

This design is compatible with the third-party FFBeast firmware — I have no affiliation with the project. What you're purchasing are the 3D printable model files and build documentation only. For firmware support, refer to the official FFBeast documentation.

 

3D PRINTING SETTINGS

Material  PLA+ or stronger
Walls 4
Infill 20%


 

WATCH THE VIDEOS TO KNOW MORE

 

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A
Anonymous

I think it's a great idea that makes it easy to make a DIY wheel. However, the fixation of the motor shaft is weak and it slips, causing the encoder to malfunction. There are times when the FFB stops working or it starts spinning at high speed, which can be dangerous. Also, it would have been even better if there was a bit more detailed explanation about the wiring method.

A
Anonymous

amazing and well designed projects, easy to build and to replicate