HKS TYPE-S Canards – 2022-2024 Toyota GR86

Description:

HKS TYPE-S Canards - 2022-2024 Toyota GR86

HKS Aero Components
HKS body kit components for the GR Corolla, GR86, BRZ, Civic Type R, and GR Supra are developed with aerodynamic function informing the design. Front lips, side skirts, rear diffusers, and spoilers manage airflow around the vehicle's body surfaces, reducing lift and improving high-speed stability. DryCarbon and FRP construction keeps component weight low.

Details

• Strong carbon/FRP construction
• Glossy carbon finish
• Designed to increase downforce and high-speed stability by reducing the front lift
• Increases the overall aerodynamic refinement
• Made to work in conjunction with the rest of the HKS Type S exterior modifications
• Will work well with other body enhancements outside of the HKS units

Fitment and Finish
HKS body kit components mount to factory attachment points for proper fitment. Dry carbon components are delivered gloss clear coat over the carbon weave. FRP components are delivered as unpainted pieces requiring paint-matching. Professional installation is recommended for correct panel alignment and secure mounting.

Why Choose HKS
HKS has been engineering performance automotive components since 1973, building a global reputation through motorsport involvement at the highest levels of circuit racing, rally, drag, and time attack. Their product range covers virtually every aspect of engine and chassis performance, with each product developed through in-house testing and real-world validation on the specific vehicles it is designed for. For Subaru, Toyota, and Honda performance builds, HKS offers some of the most platform-specific aftermarket engineering available.

The RallySport Take

For serious exterior modifications on these platforms, HKS aero components are among the highest-quality pieces available. The carbon construction and motorsport-derived design philosophy make them a step above generic options. Best installed as a complete set for a cohesive look and consistent aerodynamic effect.

Fitment