Have you ever dreamed of making your own DIY Sim Racing Hardware? Race with equipment made by your hands?

At DIY Sim Studio, we turn that dream into a reality with our High-Quality CAD Plans.

It’s time to start your project today and feel the joy of building something truly yours.

WHY CHOOSE DIY SIM STUDIO?

Crafted by you, for you

There’s nothing quite like the satisfaction of building something with your own hands. Imagine the pride you’ll feel every time you race, knowing that every piece of your setup was crafted by you.

Step-by-Step instructions

We provide comprehensive tutorials that guide you through each stage of the building process.
Clear, easy-to-follow steps ensure that you can assemble your DIY Sim Racing Hardware.

24/7 Support

We offer assistance by email and in the Help & Questions section of each product. Our dedicated support ensures you have the guidance needed to successfully complete your project.

SIM RACING SHOP

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9.0020.50

Select options This product has multiple variants. The options may be chosen on the product page

DIY Load cell Handbrake
7.9914.99
4.50 out of 5

Select options This product has multiple variants. The options may be chosen on the product page

Pack of DIY Steering Wheel
Original price was: 15.98€.Current price is: 11.99€.
5.00 out of 5
9.0020.50

Select options This product has multiple variants. The options may be chosen on the product page

5.007.50

Select options This product has multiple variants. The options may be chosen on the product page

External platforms to purchase our files (outside diysimstudio.com):

REVIEWS

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Customer Images

Image #1 from Jonas Feder
Image #2 from Jonas Feder
Image #3 from Jonas Feder
Image #4 from Jonas Feder
Image #1 from Edward Jackson
Image #1 from Bartłomiej Wojtaszewski
Image #2 from Bartłomiej Wojtaszewski
Image #1 from Jeremy Black
Image #2 from Jeremy Black
Image #1 from Steffen Röthling
Image #1 from Jonas Feder

Jonas Feder

Great work 🙂 the 3d printed pedals are a solid choice! The build is a two pedal version, without a clutch. My T3pa pedals are like a toy in comparision. The whole project was a great experience and the support from Diysimstudios was more than awesome :)) any question was answered very quickly via Email. Highly recommend to do that diy project. Best regards and have fun 😉 Jonas

(4) (0)
Image #2 from Jonas Feder

Jonas Feder

Great work 🙂 the 3d printed pedals are a solid choice! The build is a two pedal version, without a clutch. My T3pa pedals are like a toy in comparision. The whole project was a great experience and the support from Diysimstudios was more than awesome :)) any question was answered very quickly via Email. Highly recommend to do that diy project. Best regards and have fun 😉 Jonas

(4) (0)
Image #3 from Jonas Feder

Jonas Feder

Great work 🙂 the 3d printed pedals are a solid choice! The build is a two pedal version, without a clutch. My T3pa pedals are like a toy in comparision. The whole project was a great experience and the support from Diysimstudios was more than awesome :)) any question was answered very quickly via Email. Highly recommend to do that diy project. Best regards and have fun 😉 Jonas

(4) (0)
Image #4 from Jonas Feder

Jonas Feder

Great work 🙂 the 3d printed pedals are a solid choice! The build is a two pedal version, without a clutch. My T3pa pedals are like a toy in comparision. The whole project was a great experience and the support from Diysimstudios was more than awesome :)) any question was answered very quickly via Email. Highly recommend to do that diy project. Best regards and have fun 😉 Jonas

(4) (0)
Image #1 from Edward Jackson

Edward Jackson

I built both the handbrake and the sequential shifter, and overall, I quite like them. I didn't read the instructions closely enough and I purchased the wrong springs, but once I corrected that, I was quite happy with the performance. The designs are simple and effective. My biggest complaint is the tolerance between parts; everything has a 0.6 mm gap, which seems quite excessive to me. I was able to redesign the "fixing parts" (which attach the controllers to the frame) with a .2 mm tolerance, and that works quite well, but reprinting the "fixed parts" and "mobile parts" with a 0.2 (or even 0, for connecting the moving parts) tolerance is more challenging, since it would require editing an STL rather than designing a simple square piece. The particular load cell that I purchased from Amazon had different thread sizes and spacing, so I also had to design my own "loadcell bottom" part, but it is a super simple piece, and not a problem. Also, for my convenience, I used 3d printed spacers with heat set inserts instead of threaded metal spacers, and that works fine. In the end, though, I spent roughly $60 US on the plans and parts, and got a sequential shifter and handbrake, both of which work as expected, even if they are a bit loose and sloppy. Thank you for taking the time to make these designs, and I'd love to see a revision that reduces the parts tolerance!

(2) (0)
Image #1 from Bartłomiej Wojtaszewski

Bartłomiej Wojtaszewski

Very good and budget friendly project. Any question was quickly answered by author. I can recommend it to everyone

(2) (0)
Image #2 from Bartłomiej Wojtaszewski

Bartłomiej Wojtaszewski

Very good and budget friendly project. Any question was quickly answered by author. I can recommend it to everyone

(2) (0)
Image #1 from Jeremy Black

Jeremy Black

Very impressed with these! Thank you so much for putting together all the documentation and files. I was only able to get 7ga steel here in the states so I adjusted the slots for the difference in size. The pedals went together and installed/calibrated with no problems, after a very speedy response on an issue that ended up being my fault. I used plain carbon steel and then used a black oxide finish with a acrylic finish to protect it. The only thing I "added" or "upgraded" was the spacer for arms that connect the potentiometer, I couldn't get the joints tight enough that they wouldn't have any slop but still move freely without sticking. I ended up getting some small M6 thrust bearings off amazon for a few bucks. Now I can tighten the joints snug, and they still are silky smooth. Also make sure to lube the brake M8 bolt where it goes through the elastomer bushings, this pretty much stopped any squeaking from that, and if the throttle or clutch springs squeak, try rotating them a bit to find where they don't. Worked for me. Again thank you very much, looking forward to building the handbrake!!

(2) (0)
Image #2 from Jeremy Black

Jeremy Black

Very impressed with these! Thank you so much for putting together all the documentation and files. I was only able to get 7ga steel here in the states so I adjusted the slots for the difference in size. The pedals went together and installed/calibrated with no problems, after a very speedy response on an issue that ended up being my fault. I used plain carbon steel and then used a black oxide finish with a acrylic finish to protect it. The only thing I "added" or "upgraded" was the spacer for arms that connect the potentiometer, I couldn't get the joints tight enough that they wouldn't have any slop but still move freely without sticking. I ended up getting some small M6 thrust bearings off amazon for a few bucks. Now I can tighten the joints snug, and they still are silky smooth. Also make sure to lube the brake M8 bolt where it goes through the elastomer bushings, this pretty much stopped any squeaking from that, and if the throttle or clutch springs squeak, try rotating them a bit to find where they don't. Worked for me. Again thank you very much, looking forward to building the handbrake!!

(2) (0)
Image #1 from Steffen Röthling

Steffen Röthling

very nice, happy with the pedals. genius Plans, Thank You for your work!

(2) (0)
Image #1 from Jonas Feder
Image #2 from Jonas Feder
Image #3 from Jonas Feder
Image #4 from Jonas Feder
Image #1 from Edward Jackson
Image #1 from Bartłomiej Wojtaszewski
Image #2 from Bartłomiej Wojtaszewski
Image #1 from Jeremy Black
Image #2 from Jeremy Black
Image #1 from Steffen Röthling
1-1 of 29 reviews
  1. JF

    Great work 🙂 the 3d printed pedals are a solid choice! The build is a two pedal version, without a clutch. My T3pa pedals are like a toy in comparision. The whole project was a great experience and the support from Diysimstudios was more than awesome :)) any question was answered very quickly via Email. Highly recommend to do that diy project. Best regards and have fun 😉 Jonas

    Image #1 from Jonas Feder
    Image #2 from Jonas Feder
    Image #3 from Jonas Feder
    Image #4 from Jonas Feder
    (4) (0)

“Considering this pedal set would only be about 300 bucks, I was shocked on track results.” – Shaun Cole (The SimPit)

“In regards to the 3D printed version I will say I try to beat these up so hard, I smashed on them, I really figured they would break they just didn’t in my testing.” – Shaun Cole (The SimPit)

DIY Sim Studio

5.0Out of 5 stars

Overall rating out of 4 Google reviews

Garett944
a month ago

I was surprised how well everything on the website looked and how many details you can get about how to build the pedals ,what parts you can use ,what other options you have ,where to look for parts etc.Also you can take a look at the projects of other customers and it motivated me to go head and start building.If you do everything by hand like me ,it will take a while but if you like to build stuff it is amazing to see the end result because these are some really nice looking pedals, which give you the real feel while driving any kind of car.I only can say that I recommend these pedals because they are fun to build and work amazing.Thank you DIY Sim Studio

Damien Hamard
5 months ago

I bought the plans for the 3D printed pedals and was surprised by the maturity of the project. The plans and explanations are very detailed and I had no trouble assembling my pedals. They were going to replace a pedal kit from a major manufacturer, and my first attempts really paid off. The available settings and the fact that they're upgradeable were a big plus for me. After several months I had a problem with one of the brake parts and the designer was very responsive and we were able to find a solution together that I think is now used in the new plans. For anyone who can't access traditional simracing equipment, DIY is great, and the robustness of these 3D-printed pedals is just mind-blowing. I highly recommend DIY sim studio!

bruno xavier
6 months ago

Dima Medvednik
7 months ago

Great designs to get you started with designing your own racing hardware

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    In this tutorial, I will show you how to make an awesome DIY H Shifter for Sim Racing. This 3D Printed H Shifter has a very strong structure, stable and smooth mechanism. I hope…
  • How to make a DIY Sim Handbrake
    Here I will explain to you how to make a DIY Sim Handbrake. This DIY Handbrake is easy to build, has a strong structure, stable and smooth mechanism. There is almost no difference between the 3D printed version…
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