Graphene in IndyCar Races

Published on January 07, 2026 | Translated from Spanish
3D printed motorsport parts with graphene, displayed on a workbench next to tools and a racing helmet.

Lyten Motorsports and Their Love for 3D Graphene

In the world of racing, where every gram counts and strength is key, Lyten Motorsports has decided to play with a material that sounds like science fiction: 3D Graphene. No, it's not the name of an indie rock band, but a revolutionary compound that promises to leave carbon fiber behind like a horse-drawn carriage. 🏎️

The company has set up its new factory in Indianapolis, right next to the INDYCAR Experience headquarters, because what better place to test competition parts than in the motor capital? There, they print components that, according to them, are lighter than a feather and stronger than an engineer's pride after a victory.

3D Graphene: The New Superhero of Materials?

According to Lyten, this material is not just a "me too" in the world of composites. It's like the Swiss Army knife of engineering:

Dan Cook, the CEO, sums it up with a phrase that sounds like a movie slogan:

"If carbon fiber was the revolution, 3D Graphene is the coup d'Γ©tat."
And meanwhile, they're also developing lithium-sulfur batteries, because why settle for one revolution when you can have two? πŸ”‹

3D printed motorsport parts with graphene, displayed on a workbench next to tools and a racing helmet.

From Computer to Track, Without Losing a Detail

For 3D design enthusiasts, the process will feel familiar, though with a high-tech twist:

  1. Design in Blender or 3ds Max (because even competition parts deserve a good render).
  2. Technical adjustments in SolidWorks, where math becomes art.
  3. Precise meshing in Rhino, because in the real world there are no floating polygons.

And then, of course, comes the magic of 3D printing, where the graphene is deposited with more care than a first-time dad putting his baby to sleep. 😴

Brakes, Chassis... and Tupperware?

Lyten assures that their material is so versatile that we'll soon see it everywhere: from brakes that withstand the hell of a tight corner to chassis that defy the laws of physics. And, jokes aside, they even suggest it could be used for the team's lunch Tupperware lid. After all, if it withstands 350 km/h, why wouldn't it handle 3 minutes in the microwave? 🍲

So, while some keep dreaming of flying cars, Lyten is here to remind us that the future is in materials... and in not burning yourself with hot food. Long live graphene! πŸš€