APR Formula GT3 Carbon Mirrors (Black Base) Honda Civic 92-95

When it comes to reducing aerodynamic drag to a car, the APR Formula GT3 Mirrors are an excellent choice. The APR Formula GT3 Carbon Fiber Mirrors are designed to give race inspired looks with the functionality of reducing drag and eliminating blind spots with wide angle mirror lenses.

Features:

- Carbon Fiber Construction: All APR Formula GT3 Mirror housings are reinforced with layers of carbon fiber sheets for weight reduction and added strength.
- Wide Range of Adjustment: Every Formula GT3 Mirror include a left to right pivot arm at the mirror housing with an adjustable ball stub rod to allow a wide range of adjustment.
- Aerodynamic Shape to Reduce Drag: These carbon fiber mirrors are compact and aerodynamically shaped for a low drag coefficient.
- Universal Billet Aluminum Bases for Easy Installation: Lightweight & durable billet aluminum mounting bases that can mount to any flat surface. Universal mounting bases are small enough to mount on door surfaces or your own custom fabricated mounting base.
- 4.5" Wide Angle Convex Mirror Lens: Convex lenses are used on both driver and passenger sides mirrors to eliminate blind spots.
- Mounting Hardware Included: All screws, bolts and mounting gaskets are all included to allow you to install the APR Formula GT3 Mirror to your car.

About Manufacturer: APR
Since 2002, APR Performance has created special project vehicles that highlight our company’s capabilities at producing quality products. Every APR Project vehicles are debuted at the Specialty Equipment Market Association (SEMA) Show in Las Vegas, Nevada. APR manufactures high quality aerodynamic components from carbon fiber and fiberglass. They are well known with their adjustable carbon fiber GTC wings and front wind splitters. APR has also created many widebody kits as seen on the STI, EVO VIII, Celica, and S2000. The APR product extends to aero mirrors, strut bars, radiator shrouds, rear diffusers and more. APR products are designed for performance and proven on the race track.