How Aerodynamics Shapes a Car

When you look at the V7 Torq GT, you see a design statement. What you don't see are the 1,200 hours of computational fluid dynamics analysis and 400 hours of wind tunnel testing that shaped every surface.

Aerodynamics at Veyronis isn't an afterthought — it's the starting point. Our design philosophy begins with airflow. Every line, every crease, every surface angle serves a purpose: reducing drag, generating downforce, or managing cooling.

The Torq GT achieves a drag coefficient of 0.28, remarkable for a grand touring coupe. Active aerodynamic elements — including a deployable rear spoiler and adjustable front air dam — allow the car to adapt its aero profile based on speed, driving mode, and conditions.

Beauty and function aren't opposing forces. At Veyronis, they're the same thing.

*All specifications are fictional/demo figures.*