null

Verus Engineering Dual Element Dive Plane/Canard Kit, Carbon Fiber 2020-2024 C8 Corvette

Product SKU:
VRS-A0265A
Item Shipping:
FREE Shipping
Availability:
Currently Out of Stock
  • Verus Engineering Dual Element Dive Plane/Canard Kit, Carbon Fiber :: 2020, 2021, 2022 C8 Corvette
  • Verus Engineering Dual Element Dive Plane/Canard Kit, Carbon Fiber :: 2020, 2021, 2022 C8 Corvette
  • Verus Engineering Dual Element Dive Plane/Canard Kit, Carbon Fiber :: 2020, 2021, 2022 C8 Corvette
  • Verus Engineering Dual Element Dive Plane/Canard Kit, Carbon Fiber :: 2020, 2021, 2022 C8 Corvette
  • Verus Engineering Dual Element Dive Plane/Canard Kit, Carbon Fiber :: 2020, 2021, 2022 C8 Corvette
  • Verus Engineering Dual Element Dive Plane/Canard Kit, Carbon Fiber :: 2020, 2021, 2022 C8 Corvette
  • Verus Engineering Dual Element Dive Plane/Canard Kit, Carbon Fiber :: 2020, 2021, 2022 C8 Corvette
  • Verus Engineering Dual Element Dive Plane/Canard Kit, Carbon Fiber :: 2020, 2021, 2022 C8 Corvette
Our Price: $480.00
Frequently bought together:
Description

Features:

  • Increases Front-End Downforce with Minimal Drag
  • 1.5mm, 2x2 Twill Carbon Fiber Construction
  • Polished, High-Gloss Finish
  • CAD Designed and CFD Analyzed
  • Long Lasting, High Strength Adhesive
  • Sold as a Set of 4

 

 

The Verus Engineering Dual Dive Planes Kit for the Chevrolet C8 Corvette was specifically designed to increase front-end downforce while keeping drag increase to a minimum. The units work together to aid in extracting airflow from the wheel well, as well as produce downforce themselves on the front axle of the car. These units were designed in CAD using Verus Engineering scan data and optimized using CFD analysis by Verus Engineering. The Dive Planes are constructed from a 1.5mm thick pre-preg, autoclaved cured, 2x2 twill carbon fiber, with a polished & high gloss finish.

 

 

Dive planes (or Canards) allow you to shift the aero balance forward, possibly aiding you and your setup in balancing out a large wing, diffuser or aiding with front grip on the track. A small part of the downforce created by the dive planes is from the forces on the surfaces of the dive planes themselves. The bottom side of the dive planes are lower pressure while the top side is higher pressure. This creates a downward force. The main way downforce is created with the Verus Engineering Dive Planes / Canards is controlling airflow around the car. Verus uses the dive planes to create a vortex which helps pull air out of the fender wells. This helps reduce lift on the body of the car. This kit includes specific templates for the dive planes since location and placement are critical for maximum performance.



 

Note: Fitment with 5VM lip is VERY close to the lip, some slight adjustment from the template may be needed.

 

 

Part Number: A0265A

View AllClose
Warranty Information
Requests for returns must be made within 30 days of the shipment received date. Buyer's remorse returns do require the end user to ship the item back to us. Items must arrive in the original box in new resalable condition. Please make sure you package returns well and use tracking. If the item is expensive we also suggest the use of shipping insurance. If the item returns damaged refund cannot be given. Once the item(s) are delivered & inspected for re-sale, a refund will be issued less a 5%-15 re-stock fee depending on the size of the package. Large items expect 15%, small items expect 5%. This is to cover freight costs that we paid for to get the item to you. Fulfillment mistakes that may be made which result in the shipment of incorrect products, Paragon will correct at our expense. Please contact customer service for assistance with any return. Warranty of Paragon products only apply to the original purchaser. They do not apply to second hand sales. Other manufactures policies apply to their own products and are not warrantied by Paragon.
View AllClose
Vehicles
View AllClose
Customer Reviews
Prop65 WARNING California Residents - cancer (and/or reproductive harm) - www.P65Warnings.ca.gov