Dive Plane (Canard) Kit - Hyundai Veloster N (BLEMISH)

188.96 188.96 USD 207.85

207.85

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    OVERVIEW

    *The pictures provided above are not the blemished product. Blemish products have small defects in the surface finish or the logo is off centered but are structurally sound.*

    The Verus Engineering Dive Plane (Canard) Kit adds front-end downforce without the necessity of adding a front splitter. We developed the dive planes to work well with our rear diffuser and increase wheel well evacuation to reduce lift in this area.

    Utilizing state-of-the-art analysis software during the R&D process, we were able to extract more performance for the given build volume; increasing downforce generated from the dive planes.

    We utilized in-house scan data to design the dive planes to ensure a near OE fit and finish.

    The dive plane kit was designed for owners looking to shift aero balance forward to help aid in balancing out a rear aerodynamic device at minimal expense to vehicle drag.

    WHAT IS INCLUDED

    • Dive Plane, Left-Hand

    • Dive Plane, Right-Hand

    • 3M VHB Cut to Dive Plane Flange (2)

    • Install Template (2)

    • Hardware Kit, Includes All Necessary Hardware for Install

    PART NUMBER

    A0388A-BLEM

    INSTALL AND DATA 




    INSTALL MANUAL


    INSTALL VIDEO

     



    FEATURES

    Reduce Lift (Increase Downforce)

    Shift Aero Balance Forward

    Allows for Fine Tuning of Aero Balancing (Forward Biased)

    Help Seal Sides of Car

    Evacuate Air From the Front of the Wheel Well

     

    SPECIFICATIONS

     CFD Optimized Design

    Pre-Preg, Autoclave Cured, Carbon Fiber Composition

    Stainless Hardware Used Throughout

    3M Double-Sided Tape Provided

    Install Template Included

     

     

    SCIENCE

    The goal of the dive planes was to work as a package with the rear diffuser for the Hyundai Veloster. The package is designed for the enthusiast who frequents track days and wants an effective aerodynamic package that balances the car at speed. The components were designed in a way to benefit one another and keep the vehicle neutral at high rates of speed. Utilizing CFD and scan data, the components feature a near OE fit and finish, and ensure performance on and off track.