Description
The Verus Engineering Dual Dive Plane Kit for the Porsche 992 GT3 is designed to increase front-end downforce while keeping additional aerodynamic drag to a minimum. The dual-element design works to generate additional downforce at the front axle while also helping extract airflow from the front wheel wells, improving overall aerodynamic efficiency.
These dive planes are particularly useful for drivers who feel their 992 GT3 needs additional front-end grip at higher speeds. They can also help balance the increased rear aerodynamic load created by the Verus Engineering Increased AOA Rear Wing Mount Kit, making them an effective addition for drivers looking to fine-tune the vehicle's front-to-rear aerodynamic balance.
The dive planes were developed in CAD using in-house vehicle scan data and optimized through Computational Fluid Dynamics (CFD) analysis. Verus Engineering specifically targeted airflow management around the vehicle and improved evacuation of air from the front wheel wells to maximize aerodynamic performance.
Each dive plane is constructed from 1.5mm thick 2x2 twill pre-preg carbon fiber, autoclave cured and finished with a polished, high-gloss surface for a lightweight, durable, and high-quality appearance.
Dive planes, also known as canards, provide a practical way to shift the aerodynamic balance toward the front of the vehicle without requiring a significantly larger front splitter. This makes them especially useful for street-driven performance cars that need additional front-end grip while maintaining reasonable street usability.
Fitment
Brand: Porsche
Model: 911 GT3
Generation: 992
Chassis: 992
Application: Porsche 992 GT3
Product: Verus Engineering Dual Dive Plane Kit
Position: Front
Configuration: Dual-element, four-piece dive plane system
Compatibility: Designed specifically for the Porsche 992 GT3 front bumper
What Is Included
- 1 Right-Hand Top Dive Plane
- 1 Left-Hand Top Dive Plane
- 1 Left-Hand Bottom Dive Plane
- 1 Right-Hand Bottom Dive Plane
- 1 Installation Template
- 4 Pieces of 3M VHB Double-Sided Tape, one for each dive plane
Key Features
- Increases front-end downforce
- Improves front-end grip at high speeds
- Shifts aerodynamic balance toward the front axle
- Helps fine-tune the vehicle's front-to-rear aerodynamic balance
- Helps extract airflow from the front wheel wells
- CFD optimized for improved aerodynamic performance
- Designed to work with the Verus Engineering Increased AOA Rear Wing Mount Kit
- Compatible with the aerodynamic goals of the Ventus 1 and Ventus 2 packages
- Specifically contoured for the Porsche 992 GT3 front bumper
- 1.5mm thick 2x2 twill carbon fiber construction
- Autoclave-cured pre-preg carbon fiber
- Polished, high-gloss finish
- Simple, non-invasive installation
- 3M VHB double-sided tape included
- Installation templates included
Specifications
- Material: 2x2 Twill Pre-Preg Carbon Fiber
- Thickness: 1.5mm
- Construction: Autoclave cured
- Finish: Polished high-gloss finish
- Design: CFD optimized
- Fitment: Specifically contoured for the Porsche 992 GT3 bumper
- Installation: 3M VHB double-sided tape
- Tape: Pre-cut specifically for the dive plane dimensions
- Installation Aid: Dedicated installation templates
- Configuration: Four-piece dual-element system
What Do Dive Planes Actually Do?
Dive planes, also known as canards, are aerodynamic devices designed to generate additional front-end downforce and help shift the vehicle's aerodynamic balance forward.
Increasing front-end downforce can improve front grip at higher speeds and help compensate for additional aerodynamic load generated at the rear. This makes dive planes particularly useful when running a larger rear wing, diffuser, or an increased-angle-of-attack rear wing setup.
One advantage of dive planes is that they can provide additional front-end aerodynamic load without requiring a substantially larger front splitter. A larger splitter can become difficult to use on the street because of increased protrusion and reduced practicality.
The Verus Engineering Dual Dive Plane Kit provides a more street-friendly method of adding front-end aerodynamic performance while helping maintain a balanced setup.
Aerodynamic Science
The Dual Dive Plane Kit was developed to help tune the aerodynamic balance of the Porsche 992 GT3 by shifting the aerodynamic balance forward.
Verus Engineering designed the system to work effectively with its Ventus 1 and Ventus 2 aerodynamic packages for the 992 GT3, including the Increased AOA Rear Wing Mount Kit. The dive planes can help provide the additional front-end downforce necessary to balance increased rear aerodynamic load.
During CFD development, Verus Engineering specifically targeted airflow around the vehicle and airflow evacuation within the front wheel wells. Improving wheel-well evacuation can reduce unwanted pressure buildup and improve the overall efficiency of the vehicle's aerodynamic package.
The result is a dual-element dive plane system designed to provide additional front-end downforce and improved aerodynamic balance without requiring a large increase in splitter size or aerodynamic drag.
Installation
Installation is designed to be simple and non-invasive using the included 3M VHB double-sided tape. The kit includes dedicated installation templates to assist with accurate placement of each dive plane.
Verus Engineering provides detailed installation manuals and installation videos for the majority of its products to assist with installation.
