On April 21, 2017, I added 2 rims and 1 tire for the wider rear wheel of the 2017 model.

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PLEASE RESPECT THE LICENSE AND GIVE CREDIT TO THE DESIGNER!
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Anyone with a passion for Daniel Noreé’s work has likely already noticed that he’s released the OpenR/C Formula 1. This F1 race car can be printed in PLA and is designed to make assembly and printing effortless for everyone—no matter your skill level. To top it off, a ball bearing kit is now available http://www.fasteddybearings.com/openrc-f1-sealed-bearing-kit/, perfectly tailored for this vehicle :- )

I originally created rain tires for the standard rims, but I also designed these low-profile rim/tire combinations purely for fun. The low-profile tires feature a novel snap‑on design that securely fastens the tire using a triangular interlocking mechanism. What’s more, this design doesn’t seal the tire internally, resulting in a slightly softer feel since air isn’t trapped inside (though I’ve also included a solid, sealed version for those who prefer a more rigid construction).

This snap‑on design is also compatible with tires and rims that can be used with the OpenR/C Touring Car or similar RC vehicles—naturally.

Download the touring rims here: http://www.thingiverse.com/thing:1001223, and the tires here: http://www.thingiverse.com/thing:1001233

Enjoy!

Be sure to check out my unique UV‑stable, flexible, and conductive filament—ETPU 95‑250 Carbon Black.

Not in need of conductivity? While conductivity is ideal for certain applications, it might not always be your first choice. In that case, consider this:

This filament offers several remarkable advantages—if conductivity isn’t a drawback for your 3D‑printed design:

• Its material composition virtually eliminates “stringing” and “webbing” issues.
• With a Shore A hardness of 95 and carbon black filler, it delivers exceptional print quality and dimensional accuracy.
• The carbon black additive serves as an excellent UV stabilizer, ensuring that your prints remain durable and resistant even in harsh environmental conditions.
• The matte black surface finish exudes a truly premium, exclusive aesthetic.
• The material feels smooth, dry, and pleasantly tactile.
• It’s not overly elastic, making it an ideal choice for timing belts, gears, and other components where precise tolerances are critical.

http://rubber3dprinting.com/
http://palmiga.com/

Follow me on Instagram and/or Twitter:

http://instagram.com/rubber3dprinting
https://twitter.com/rubber3dprint

For more information about the release of the F1 race car—and all other OpenR/C projects—head over to http://danielnoree.com/.
Once the OpenR/C Formula 1 print files are released, you can find them here: https://pinshape.com/users/18846-danielnoree.
To explore my designs, visit http://www.thingiverse.com/Palmiga/designs and follow me on https://www.instagram.com/rubber3dprinting/.

Due to the nature of 3D printing and the materials involved, please note that you use my designs at your own risk—and I bear no responsibility whatsoever for any damage or injuries that may occur.