Aerodynamic performance is not created by isolated surfaces. It is created by the way flow structures, pressure fields and vehicle attitude interact across the complete platform.
Wavey Dynamics supports race teams, manufacturers and high-performance vehicle programmes with aerodynamic development grounded in first principles, simulation, test interpretation and vehicle-level understanding.
In high-performance vehicles, aerodynamics and vehicle dynamics cannot be treated separately. Ride height, pitch, roll, yaw, tyre behaviour and setup direction all influence how the aero platform works. The task is to understand those interactions clearly enough to make better development decisions.
Development
- Aerodynamic concept development
- Whole-vehicle aero platform development
- Aeromap development
- Lift, drag and balance optimisation
- Wings, splitters, diffusers and underbody systems
- 3D scanning and reverse engineering
Simulation
- Computational Fluid Dynamics
- Ride height, pitch, roll and yaw sensitivity
- Cooling and internal flow analysis
- Correlation between CFD, test and track data
Test & Correlation
- Wind tunnel support
- Aerodynamic mapping
- Flow visualisation
- Pressure and force data interpretation
- Development direction from measured results
Whether the objective is lap time, stability, efficiency or confidence, the role of aerodynamics is the same: to shape the behaviour of the vehicle as a system, not just the air around it.
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