APR Front Bumper Canards Subaru BRZ (2018-2021) [Carbon Fiber] AB-822048
Fitment Information
- Subaru BRZ (2018, 2019, 2020, 2021)
Specs & Features
-
Lightweight, Durable Carbon Fiber: APR Front Bumper Canards boast a perfect blend of lightweight design and durability, crafted from carbon fiber composites.
-
Precision Manufacturing: Utilizing pre-pregnated carbon fiber processes ensures high strength and low weight, ensuring structural integrity for high-speed driving.
-
UV-Resistant Finish: Featuring a UV-stable epoxy and clear-coat finish, the canards resist fading due to prolonged sun exposure and environmental elements.
-
Enhanced Downforce: Engineered to boost front downforce at high speeds, the canards enhance chassis stability during aggressive cornering for improved handling.
-
Complete Installation Kit: The package includes all mounting hardware (screws, nuts, bolts), facilitating a hassle-free installation process for seamless integration.
- Track-Optimized Traction: Designed to augment traction for faster lap times, these canards provide a competitive edge for track enthusiasts and performance-driven drivers.
Product Description
APR Performance offers cutting-edge aerodynamic solutions, exemplified by their Front Bumper Canards designed to finely tune a car's front-end handling. Crafted from resilient carbon fiber composites, these canards significantly enhance front downforce at high speeds. This boost in downforce not only fortifies the vehicle's chassis during rigorous cornering but also amplifies traction, contributing to swifter lap times.
These Front Bumper Canards by APR Performance boast a construction method utilizing pre-pregnated carbon fiber for a blend of high strength and low weight. To ensure long-lasting aesthetics, each canard features a UV-resistant coating made from stable epoxy and clear-coat materials, guarding against fading. With inclusive mounting hardware, comprising screws, nuts, and bolts, installing APR Front Bumper Canards becomes a seamless process, granting your vehicle an optimized aerodynamic edge.
Original: $467.50
-65%$467.50
$163.62
Description
Fitment Information
- Subaru BRZ (2018, 2019, 2020, 2021)
Specs & Features
-
Lightweight, Durable Carbon Fiber: APR Front Bumper Canards boast a perfect blend of lightweight design and durability, crafted from carbon fiber composites.
-
Precision Manufacturing: Utilizing pre-pregnated carbon fiber processes ensures high strength and low weight, ensuring structural integrity for high-speed driving.
-
UV-Resistant Finish: Featuring a UV-stable epoxy and clear-coat finish, the canards resist fading due to prolonged sun exposure and environmental elements.
-
Enhanced Downforce: Engineered to boost front downforce at high speeds, the canards enhance chassis stability during aggressive cornering for improved handling.
-
Complete Installation Kit: The package includes all mounting hardware (screws, nuts, bolts), facilitating a hassle-free installation process for seamless integration.
- Track-Optimized Traction: Designed to augment traction for faster lap times, these canards provide a competitive edge for track enthusiasts and performance-driven drivers.
Product Description
APR Performance offers cutting-edge aerodynamic solutions, exemplified by their Front Bumper Canards designed to finely tune a car's front-end handling. Crafted from resilient carbon fiber composites, these canards significantly enhance front downforce at high speeds. This boost in downforce not only fortifies the vehicle's chassis during rigorous cornering but also amplifies traction, contributing to swifter lap times.
These Front Bumper Canards by APR Performance boast a construction method utilizing pre-pregnated carbon fiber for a blend of high strength and low weight. To ensure long-lasting aesthetics, each canard features a UV-resistant coating made from stable epoxy and clear-coat materials, guarding against fading. With inclusive mounting hardware, comprising screws, nuts, and bolts, installing APR Front Bumper Canards becomes a seamless process, granting your vehicle an optimized aerodynamic edge.
