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Verus Engineering Dive Plane (Canard) Kit - Hyundai Veloster N A0388A

$184.97
SKU:
A0388A
Weight:
3.00 LBS
Shipping:
$10.00 (Fixed Shipping Cost)

Description

The Verus Engineering Dive Plane (Canard) Kit for the Hyundai Veloster N adds functional front-end downforce without requiring the installation of a front splitter. Designed as part of a balanced aerodynamic package, the dive planes work with the Verus Engineering rear diffuser to improve front-end aerodynamic performance while increasing airflow evacuation from the front wheel wells.

Using state-of-the-art aerodynamic analysis software during development, Verus Engineering optimized the dive plane design to extract increased performance from the available build volume, maximizing the downforce generated by the canards.

Verus Engineering also utilized in-house 3D scan data to develop the dive planes for a near-OE fit and finish, helping them integrate cleanly with the Hyundai Veloster N.

The dive plane kit is designed for enthusiasts looking to shift the vehicle's aerodynamic balance forward, helping balance a rear aerodynamic device while adding minimal additional drag. This makes the kit particularly well suited for track-focused Hyundai Veloster N builds seeking improved high-speed balance and front-end grip.

Fitment

Hyundai Veloster N

Designed specifically for the Hyundai Veloster N and developed to work as part of a balanced aerodynamic package with the Verus Engineering rear diffuser.

What's Included

  • 1 × Left-Hand Dive Plane
  • 1 × Right-Hand Dive Plane
  • 2 × 3M VHB Adhesive Pieces Cut to the Dive Plane Flange
  • 2 × Installation Templates
  • 1 × Hardware Kit with all necessary installation hardware

Key Features

  • Increases Front-End Downforce: Adds functional front aerodynamic load without requiring a front splitter.
  • Reduces Front-End Lift: Improves high-speed front-end stability by increasing aerodynamic downforce.
  • Shifts Aero Balance Forward: Moves the vehicle's aerodynamic balance toward the front to complement rear aerodynamic components.
  • Forward Aero Balance Tuning: Allows fine adjustment of the vehicle's aerodynamic balance for track-focused setups.
  • Improves Front Wheel Well Evacuation: Helps evacuate air from the front wheel wells to reduce lift in this area.
  • Helps Seal the Vehicle Sides: Improves airflow management around the front portion of the vehicle.
  • Rear Diffuser Compatibility: Designed to work as part of an aerodynamic package with the Verus Engineering rear diffuser.
  • Near-OE Fit and Finish: Developed using in-house scan data for accurate vehicle integration.
  • Low-Drag Aero Solution: Adds front aerodynamic performance without the need to extend a front splitter and with minimal impact on vehicle drag.
  • Track-Focused Design: Developed for Hyundai Veloster N enthusiasts who regularly drive on track and want improved high-speed aerodynamic balance.

Specifications

  • Design: CFD Optimized
  • Material: Pre-Preg Carbon Fiber
  • Carbon Fiber Construction: Autoclave Cured
  • Hardware: Stainless Steel
  • Adhesive: 3M Double-Sided VHB Tape
  • Installation: 3M VHB Tape and supplied hardware
  • Installation Template: Included
  • Development: In-House 3D Scan Data and CFD Analysis

Aerodynamic Science

The Verus Engineering Dive Plane Kit was developed specifically to work as part of a complete aerodynamic package for the Hyundai Veloster N, with the dive planes and rear diffuser designed to complement one another.

The goal is to provide an effective aerodynamic solution for enthusiasts who frequently attend track days and want improved vehicle balance at high speeds. The dive planes increase front-end downforce while helping evacuate air from the front wheel wells, reducing lift in this area and contributing to greater front-end stability.

By shifting the aerodynamic balance forward, the dive planes can help offset the increased rear downforce produced by a rear diffuser or other rear aerodynamic device. The result is a more balanced aerodynamic package designed to help maintain a neutral vehicle balance at high speeds.

CFD analysis and in-house scan data were used throughout development to optimize aerodynamic performance while maintaining a near-OE fit and finish. The components were designed to benefit one another, providing effective aerodynamic performance both on and off the track.

The standard shipping rate applies to orders within the continental United States. If you intend to place an order outside of the continental US, please reach out to support@x-ph.com for assistance.