Roboze x Chip Ganassi Racing White Paper

In elite motorsport, every fraction of a second counts. Aerodynamics, material strength, and development speed define success on track.
In this exclusive white paper, discover how Roboze and Chip Ganassi Racing leveraged additive manufacturing with high-performance polymers to overcome long-standing limitations and drive measurable performance improvements.

Why Read This White Paper

A Real-World Challenge

Managing cockpit heat is one of racing’s toughest technical hurdles. Excessive temperature impacts driver endurance, focus, and safety.

The Additive Solution by Roboze

Through 3D printing with Carbon PA PRO, Chip Ganassi Racing developed advanced RINI Driver Cooling Ducts, cutting weight and production time while achieving unprecedented durability and precision.

High-Performance Polymers for Racing

Carbon PA PRO, a carbon-fiber-reinforced superpolymer, delivers exceptional rigidity (up to 171 MPa tensile strength) and low weight (1.23 g/cm³).
These properties make it ideal for aerodynamic ducts, functional components, and motorsport-grade parts requiring both strength and lightness.

Quantifiable Results

·        90% faster development cycles

·        70% lower prototyping costs

·        Reliable components that last an entire racing season

Download the Full White Paper

Gain exclusive access to real performance data, material specifications, and insights from Chip Ganassi Racing’s engineering team.
Learn how Roboze additive manufacturing transforms racing innovation through precision, repeatability, and advanced materials science.

Download the Roboze x Chip Ganassi Racing White Paper