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VERUS ENGINEERING A0221A Dual Element Dive Plane Kit for TOYOTA Supra (Mk5)

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VERUS ENGINEERING A0221A Dual Element Dive Plane Kit for TOYOTA Supra (Mk5)

Description VERUS ENGINEERING A0221A Dual Element Dive Plane Kit for TOYOTA Supra (Mk5)

The VERUS ENGINEERING A0221A Dual Element Dive Plane Kit is engineered for the A90 / MKV Toyota Supra to increase front-end downforce while maintaining minimal drag increase. The dual-element configuration works to extract airflow from the front wheel wells while simultaneously generating aerodynamic load on the front axle, contributing to improved grip and stability during high-speed driving.

Designed using in-house CAD data and validated through CFD analysis, these dive planes provide a safe and balanced aerodynamic setup with or without a rear diffuser installed. Also known as canards, they allow the aerodynamic balance to be shifted forward, making them effective for balancing large rear wings or diffusers and improving front-end traction during track use.

  • Increases front-end downforce with minimal drag penalty
  • Extracts airflow from front wheel wells for improved aerodynamic efficiency
  • Shifts aerodynamic balance forward to enhance front grip
  • Designed to maintain stable aero balance with or without rear diffuser
  • CFD-optimized using in-house scan data for precise fitment

Specifications:

  • Material: 2x2 twill pre-preg carbon fiber
  • Construction: Autoclave cured
  • Thickness: 1.5 mm
  • Finish: Polished high-gloss
  • Installation: Non-invasive using 3M VHB double-sided tape
$262.47

Original: $749.91

-65%
VERUS ENGINEERING A0221A Dual Element Dive Plane Kit for TOYOTA Supra (Mk5)—

$749.91

$262.47

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Description

Description VERUS ENGINEERING A0221A Dual Element Dive Plane Kit for TOYOTA Supra (Mk5)

The VERUS ENGINEERING A0221A Dual Element Dive Plane Kit is engineered for the A90 / MKV Toyota Supra to increase front-end downforce while maintaining minimal drag increase. The dual-element configuration works to extract airflow from the front wheel wells while simultaneously generating aerodynamic load on the front axle, contributing to improved grip and stability during high-speed driving.

Designed using in-house CAD data and validated through CFD analysis, these dive planes provide a safe and balanced aerodynamic setup with or without a rear diffuser installed. Also known as canards, they allow the aerodynamic balance to be shifted forward, making them effective for balancing large rear wings or diffusers and improving front-end traction during track use.

  • Increases front-end downforce with minimal drag penalty
  • Extracts airflow from front wheel wells for improved aerodynamic efficiency
  • Shifts aerodynamic balance forward to enhance front grip
  • Designed to maintain stable aero balance with or without rear diffuser
  • CFD-optimized using in-house scan data for precise fitment

Specifications:

  • Material: 2x2 twill pre-preg carbon fiber
  • Construction: Autoclave cured
  • Thickness: 1.5 mm
  • Finish: Polished high-gloss
  • Installation: Non-invasive using 3M VHB double-sided tape