Aquilus DIY 3D Printed Handbrake Sim Racing

thingiverse

<h1>DIY Handbrake Classic 3D Printed</h1> This is a classic handbrake designed by me, inspired by the most common analogue handbrakes found online for 60/90 euros. It's completely printable with a 3D printer and uses an Arduino Leonardo, a potentiometer, a spring about 40mm in length, and two ball bearings to safely reach a personalized adjustment of the working stroke. You can find the programming codes for the Arduino Leonardo card through various online tutorials for similar handbrakes. I'd like to thank everyone who likes this project; I didn't want to charge for it because the 3D printing community has always shared many interesting projects, especially in simracing. I hope you like it! <h1>Classic DIY Handbrake 3D Printed</h1> This classic handbrake is designed by me and inspired by the most common analogue handbrakes available online for 60/90 euros. It's completely printable with a 3D printer and uses an Arduino Leonardo, a potentiometer, a spring about 40mm in length, and two ball bearings to safely reach a personalized adjustment of the working stroke. You can find the programming codes for the Arduino Leonardo card through various online tutorials for similar handbrakes. <h1>List:</h1> * Arduino Leonardo Pro Micro ATmega32u4 5V/16MHz x1pc * Linear Potentiometer B10K 10K Ohm x1pc * Double Sealed Ball Bearings in Steel 8mmx16mmx5mm x2pcs * M8x80 Bolts x1pc * M8x30 Bolts x5pcs * M8x50 Bolt x1pc * M8 Washers x6pcs * Rondella for Bolts M8 x1pc * Compression Spring in Steel 41.5mm x 13.75mm, 2.31N/mm x1pc (you can also choose a stronger spring as long as it has the same dimensions) * Mini Disc Magnets 6mmx1mm x4pcs **DO NOT REPLICATE OR MODIFY THIS MODEL IN ANY WAY; ALL RIGHTS ARE RESERVED TO ME.** **CC - Attribution - No Commercial Use - No Derivatives**