Multimatic Motorsports Races with Conflux 3D Printed Oil Cooler: From Design to Track in Weeks

Speed Meets Precision in Motorsport

Multimatic Motorsports has demonstrated just how fast additive manufacturing can move in competitive racing by deploying a Conflux 3D printed oil cooler that went from initial design to installation on a race car in a matter of weeks.

The partnership showcases one of additive manufacturing’s core advantages in motorsport: the ability to iterate rapidly and produce complex geometries that traditional manufacturing simply cannot match.

What Makes This Different

Conflux Technology specialises in configurable, 3D printed heat exchangers. Their oil coolers use lattice structures and optimised internal channels that would be impossible to manufacture with conventional methods.

For racing teams, this means:

• Faster development cycles — design modifications can be tested and deployed within race seasons, not years
• Weight savings — optimised structures reduce mass without compromising thermal performance
• Package flexibility — coolers can be shaped to fit tight spaces in aero-optimised bodywork

The Quote That Matters

“We’ve shown that our configurable, 3D printed technology can move from design to race car in weeks,” said a Conflux representative. That statement alone captures why additive manufacturing is becoming essential in top-tier motorsport.

Why Motorsport Matters for AM

Racing has always been a proving ground for new technologies. Formula 1 teams were early adopters of metal AM for titanium components, and now the technology is filtering down to GT racing, sports cars, and even grassroots motorsport.

For the wider AM industry, motorsport serves as:

• A high-visibility showcase of what’s possible
• A demanding test environment where reliability failures are immediately visible
• A driver of innovation in materials and processes

What This Means for You

While you’re unlikely to need a race-spec oil cooler for your desktop FDM printer, this story illustrates how AM is maturing from prototyping tool to production solution. The same principles — rapid iteration, complex geometries, reduced part count — apply whether you’re printing a bracket for a drone or a heat exchanger for a race car.

The gap between industrial AM and consumer 3D printing continues to narrow. What wins races today might be in your slicer tomorrow.