VERUS ENGINEERING A0128A Dive Plane Kit (Canards) for SUBARU BRZ 2013-2016 / SCION FRS / TOYOTA GT86 (ZN6 / ZC6)

VERUS ENGINEERING A0128A Dive Plane Kit (Canards) for SUBARU BRZ 2013-2016 / SCION FRS / TOYOTA GT86 (ZN6 / ZC6)

Sale price€286,92

VAT included. Shipping calculated at checkout

VERUS ENGINEERING P/N: A0128A
Quantity:

This item is considered special order and is not available for immediate pickup or dispatch. Price and ETA may vary. Please note that no returns, cancellations, or refunds allowed on special orders.

Pickup available at Kelberg Warehouse Usually ready in 24 hours

VERUS ENGINEERING A0128A Dive Plane Kit (Canards) for SUBARU BRZ 2013-2016 / SCION FRS / TOYOTA GT86 (ZN6 / ZC6)

Kelberg Warehouse

Pickup available, usually ready in 24 hours

Auf der Struth 4
53539 Kelberg
Germany

+4926916879995

Description VERUS ENGINEERING A0128A Dive Plane Kit (Canards) for SUBARU BRZ 2013-2016 / SCION FRS / TOYOTA GT86 (ZN6 / ZC6)

The VERUS ENGINEERING A0128A Dive Plane Kit is engineered to increase front-end downforce and improve aerodynamic balance without requiring the front splitter to extend further forward. Developed using advanced CFD analysis, the dive planes are optimized to generate increased downforce within the available build volume, enhancing front-end grip and cornering performance.

This kit is intended for drivers seeking to shift aerodynamic balance forward, particularly when running a larger rear wing or rear diffuser. By reducing lift, evacuating air from the front wheel well, and helping seal airflow along the sides of the vehicle, the dive planes contribute to improved stability and confidence during high-speed driving. The components are part of the VERUS ENGINEERING Ventus 2 aerodynamic package for the BRZ platform.

  • Increases front-end downforce and reduces lift
  • Shifts aerodynamic balance forward
  • Supports fine tuning of forward-biased aero balance
  • Helps seal airflow along the sides of the vehicle
  • Evacuates air from the front wheel well area

Specifications:

  • Design Method: CFD optimized using ANSYS software
  • Material: Pre-preg 2x2 twill carbon fiber
  • Manufacturing Process: Autoclave cured
  • Installation: 3M VHB double-sided tape or bolt-on
  • Hardware: Stainless steel
  • Installation Aids: Templates included