GT-350002L
The APR Performance GT2 Aero Mirrors are precision-engineered aerodynamic upgrades designed to reduce drag, enhance stability, and deliver race-inspired styling. Constructed from premium lightweight pre-preg carbon fiber, these mirrors feature a sleek, low-drag housing and an airfoil-shaped stalk developed through Computational Fluid Dynamics (CFD) analysis.
Purpose-built for performance enthusiasts and competitive drivers, the GT2 Aero Mirrors minimize turbulence, reduce vortex shedding, and improve airflow along the vehicle’s side profile. The result is enhanced high-speed stability, improved efficiency, and a cleaner aerodynamic signature—without sacrificing visibility or functionality.
Developed using Computational Fluid Dynamics (CFD) analysis
Optimized to reduce drag, airflow separation, and vortex shedding
Digitally refined to ensure measurable aerodynamic improvements
Precision-shaped airfoil profile inspired by APR wing technology
Minimizes turbulence and airflow disruption
Creates a smooth airflow transition from stalk to housing
Compact, shrink-to-profile design reduces frontal area
Sharper housing edges reduce airflow turbulence
Designed to maintain visibility while minimizing drag impact
Engineered wake control guides airflow smoothly along the vehicle’s side
Reduces turbulence near side windows and A-pillar region
Improves downstream aerodynamic performance
Full pre-impregnated carbon fiber build for maximum strength-to-weight ratio
Weighs approximately 1–1.5 lbs per side (complete mirror assembly)
Reduces overall vehicle weight to enhance acceleration, braking, and handling
Fully adjustable convex mirrors for optimal driver visibility
Blue anti-glare tint reduces harsh reflections
Wider viewing area compared to standard flat lenses
Reduced Aerodynamic Drag – Helps maintain higher speeds with less engine load
Increased Top Speed – Lower drag improves straight-line performance
Improved Fuel Efficiency – Reduced resistance translates to lower fuel consumption
Enhanced Stability – Cleaner airflow improves driver confidence at high speeds