CFD in Development

Computational Fluid Dynamics (CFD) is used at Raceform to support the development of components where airflow has a direct influence on performance. It enables early evaluation of flow behavior across critical surfaces, helping to identify regions of turbulence, pressure variation, and drag under defined boundary conditions.

CFD is applied where it provides actionable insight—primarily in the development of underbody elements, ducting systems, and components located within aerodynamically sensitive zones. The objective is to guide geometry before physical parts are produced, reducing iteration cycles and improving initial fit to purpose.

Simulation is followed by real-world testing. Every CFD-informed component is verified under actual load conditions to evaluate installation behavior, durability, and effectiveness within the complete vehicle system. In most cases, adjustments are made after physical observation, ensuring that final geometry accounts for clearances, mounting interfaces, and thermal considerations.

CFD is one part of a broader development process at Raceform. It contributes where flow behavior must be understood—not in theory, but as it relates to function, integration, and repeatability. Where applicable, relevant flow data will be included in product documentation.