Description
This Universal mirror angle is designed to sit from 53° to 70° surface.
Before purchasing, please measure the angle of your door’s mounting surface to ensure compatibility. If the mounting surface angle is less than 53°.
Improve high-speed stability and reduce aerodynamic drag with the APR Performance GT2 AeroMirror, designed for universal fitment. Made from lightweight pre-preg carbon fiber, these mirrors feature sleek low-drag housings and precision airfoil stalks engineered to cut through airflow efficiently. The GT2 AeroMirror enhances vehicle stability, reduces vortex turbulence, and delivers a race-inspired aesthetic along with functional aerodynamic benefits.
Each mirror is developed using Computational Fluid Dynamics (CFD) analysis to optimize airflow, minimize drag, and reduce wake formation behind the mirror. The controlled vortex design improves downstream aerodynamics around the side windows and A-pillars, contributing to better overall vehicle performance.
These mirrors are lightweight, weighing approximately 1–1.5 lbs per side, helping to improve acceleration, braking, handling, and reduce wear on vehicle components. Fully adjustable convex lenses with anti-glare blue tint provide an expanded viewing area while reducing headlight glare.
FITMENT
- Universal fitment for performance, track, and street vehicles.
- Designed to replace standard mirrors on vehicles where low-drag aerodynamic mirrors are desired.
- Adjustable lenses accommodate different driver preferences and vehicle widths.
Key Features
- Brand: APR
- Lightweight pre-preg carbon fiber construction, 1–1.5 lbs per mirror
- Low-drag airfoil stalk design to reduce turbulence and improve high-speed stability
- Shrink-to-profile housing minimizes frontal area while maintaining visibility
- Aerodynamic mirror housings with sharper edges reduce airflow separation
- Controlled vortex generation guides airflow smoothly along the car’s side
- Fully adjustable convex lenses with anti-glare blue tint
- CFD-optimized design for drag reduction, increased top speed, improved fuel efficiency, and enhanced stability
- Race-inspired styling with functional aerodynamic advantage
- Patent Number: US D1,110,912 S
