Uploaded August 2025 | Updated September 2026, 2 weeks ago
Lowering aerodynamic drag isn’t always obvious, but with the right tools, it becomes visible, measurable, and fixable. AirShaper's design advice map highlights exactly where your shape is creating resistance - and how to reshape it.
In this case study, we examined the front suspension cover using the map’s color-coded insights:
🔵 Blue areas = Push inward
🔴 Red areas = Pull outward
This guided two clear aerodynamic improvements:
• Reduce the frontal area of the cover for lower drag
• Adjust the front geometry to create a smoother, more tangential surface, avoiding pressure buildup
While some changes may be limited by physical constraints (like internal suspension parts), these visual cues reveal where the design has room to evolve.
Explore how your next design can benefit: youtube.com/watch?v=1cuRHRqVfcw
#Aerodynamics #DesignOptimization #EngineeringTools #CFD #VehicleDesign
Lowering aerodynamic drag isn’t always obvious, but with the right tools, it becomes visible, measurable, and fixable. AirShaper's design advice map highlights exactly where your shape is creating resistance - and how to reshape it.
In this case study, we examined the front suspension cover using the map’s color-coded insights:
🔵 Blue areas = Push inward
🔴 Red areas = Pull outward
This guided two clear aerodynamic improvements:
• Reduce the frontal area of the cover for lower drag
• Adjust the front geometry to create a smoother, more tangential surface, avoiding pressure buildup
While some changes may be limited by physical constraints (like internal suspension parts), these visual cues reveal where the design has room to evolve.
Explore how your next design can benefit: youtube.com/watch?v=1cuRHRqVfcw
#Aerodynamics #DesignOptimization #EngineeringTools #CFD #VehicleDesign










