How airflow shaped the Donkervoort P24 RS
Donkervoort used advanced computational fluid dynamics, including AirShaper's platform, to optimize the aerodynamics of its upcoming P24 RS, replacing traditional wind tunnel testing with digital simulations.
What Happened
To push the limits of the new P24 RS, Donkervoort turned to advanced computational fluid dynamics, using tools like AirShaper's digital aero platform. They replaced traditional wind tunnel testing with precision simulations and faster feedback, mapping airflow around the open-wheel design to achieve cleaner flow and smarter downforce.
The engineers focused on three critical areas of airflow: the nose reworked for cooling and front downforce, the underfloor tuned to maintain clean momentum, and the diffuser reshaped to control exit flow. Each refinement strengthened aerodynamic performance without adding weight.
- Nose: reworked for cooling and front downforce
- Underfloor: tuned to maintain clean airflow and momentum
- Diffuser: reshaped to control how air exits the car
Why this matters
For a niche sports car maker like Donkervoort, using digital aerodynamics allows faster, cheaper development without compromising performance, showcasing how small manufacturers can leverage modern tools.
Terms in This Story
- CFD
- Computational fluid dynamics, a simulation method to analyze fluid flow (air, liquid) using computers.
- Downforce
- A vertical aerodynamic force that pushes a vehicle downward, improving traction and cornering stability.
- Diffuser
- An aerodynamic device at the rear of a vehicle that accelerates and smoothens airflow underneath to reduce drag and increase downforce.
- Aerodynamics
- The study of how air moves around objects, crucial in vehicle design for efficiency and performance.
Summarised from the linked release; details can be imperfect — always verify against the original source.