Automotive Applications

Trusted by the fastest teams on earth
Racing
In the world of Formula 1, aerodynamic efficiency is not just a goal, it is the difference between winning and losing. The margins are measured in milliseconds, and the demand for data precision is absolute. That is why the world’s elite racing teams choose ILA_5150. We are proud to power the development of 10 out of 11 Formula 1 teams with our fully automated RoboPIV solutions.

Why F1 Chooses ILA_5150
High-performance automotive testing requires more than just a measurement. It demands a system that can keep pace with rapid development cycles. Our automated solutions allow teams to:
  • Maximize Wind Tunnel Time: Fully automated calibration and positioning significantly reduce downtime between runs. It also reduces the time required for PIV during the run.
  • Ensure Repeatability: Robotic precision ensures that every vector field is captured with identical parameters, run after run.
  • Map Complex Geometries: From front wing vortices to tire wake turbulence, our systems navigate the most intricate aerodynamic structures with ease.
If our technology can meet the rigorous demands of the F1 grid, imagine what it can do for your development.
It was a pleasure for me too to work with you and your colleagues. The always friendly and professional attitude of your team makes things easy, smooth and pleasant for all of us.
Person
Rory - Senior Wind Tunnel Systems Engineer

Robotic Precision

Navigate complex vehicle geometries with robotic precision to capture critical flow structures in hard-to-reach areas like tire wakes and underbodies.

Maximum Throughput

Minimize downtime in expensive wind tunnels with fully automated calibration and positioning that significantly accelerates your design cycles.

The F1 Standard

Powering Formula 1 teams with the speed, reliability, and uncompromising precision needed for elite aerodynamic development.

Accelerate Your Aerodynamics!

Contact us to integrate high-speed, fully automated workflows into your development cycle.