Description
The Verus Engineering Front Splitter Endplates for the Toyota Supra High-Downforce Front Splitter are designed to further increase front-end downforce while keeping the additional aerodynamic drag to a minimum.
Developed specifically to work with the Verus Engineering High-Downforce Front Splitter, these endplates improve the splitter's aerodynamic performance by increasing the pressure differential between its upper and lower surfaces. Strategically designed vents help manage airflow and reduce drag while retaining the additional downforce where it is most effective.
Using state-of-the-art aerodynamic analysis software throughout the R&D process, Verus Engineering optimized the endplates to extract additional performance from the available packaging space and ensure they contribute positively to overall vehicle performance.
The endplates are manufactured from 3D-printed carbon nylon, providing an excellent combination of strength, low weight, durability, and surface finish.
In addition to their aerodynamic benefits, the endplates give the front of the Toyota Supra a more aggressive, track-inspired appearance.
Important: These endplates are designed specifically for the Verus Engineering High-Downforce Front Splitter. They are not intended for the standard front splitter.
Fitment
Brand: Toyota
Model: Supra
Generation: A90 / A91
Platform: GR Supra
Application: Verus Engineering High-Downforce Front Splitter
Product: Verus Engineering High-Downforce Front Splitter Endplates
Position: Front
Compatibility: Designed specifically for the Verus Engineering High-Downforce Front Splitter
Important Fitment Note: These endplates are for the High-Downforce Front Splitter. A separate endplate kit is required for the standard Verus Engineering Front Splitter.
What Is Included
- 1 Right-Hand Carbon Nylon 3D-Printed Endplate
- 1 Left-Hand Carbon Nylon 3D-Printed Endplate
- Complete Hardware Kit with all necessary installation hardware
Key Features
- Further increases front-end downforce
- Designed specifically for the Verus Engineering High-Downforce Front Splitter
- Improves overall aerodynamic efficiency
- Helps increase high-speed front-end grip
- Designed to increase the pressure differential across the splitter
- Strategically designed vents help reduce aerodynamic drag
- Maintains additional downforce where it is most effective
- CFD-optimized aerodynamic development
- 3D-printed carbon nylon construction
- Excellent strength-to-weight ratio
- Gives the Toyota Supra a more aggressive front-end appearance
- Designed to help improve track performance and reduce lap times
- All required mounting hardware included
Specifications
- Material: Carbon Nylon
- Manufacturing: 3D printed
- Design: CFD optimized
- Configuration: Left-hand and right-hand endplates
- Application: Verus Engineering High-Downforce Front Splitter
- Hardware: Stainless steel hardware throughout
- Included Hardware: Complete mounting hardware
What Do Front Splitter Endplates Actually Do?
Front splitter endplates help control the airflow around the outer edges of the splitter and improve the splitter's ability to generate aerodynamic load.
By increasing the pressure differential between the top surface and bottom surface of the splitter, the endplates allow the high-downforce splitter to generate additional front-end downforce. This provides increased front-end grip, particularly at higher vehicle speeds.
For the High-Downforce Front Splitter, Verus Engineering also incorporated strategically designed vents into the endplates. These vents help manage airflow and reduce the aerodynamic drag associated with generating additional downforce.
The result is a more efficient front aerodynamic package that increases front-end load without requiring a disproportionately large increase in drag.
Aerodynamic Science
The Verus Engineering High-Downforce Splitter Endplates were developed for drivers who require additional front-end grip at high rates of speed.
During development, Verus Engineering used advanced aerodynamic analysis software to optimize the endplate geometry and extract additional performance from the available packaging volume.
The endplates increase the pressure differential between the upper and lower surfaces of the splitter, allowing the high-downforce splitter to produce additional front-end aerodynamic load. The vent design is specifically intended to improve efficiency by managing airflow and reducing unnecessary drag.
These endplates are part of the Verus Engineering Ventus 3+ aerodynamic package for the Toyota Supra. The Ventus 3+ package was developed to dramatically improve the aerodynamic performance of the Toyota Supra compared with the factory vehicle while maintaining a balanced and safe aerodynamic setup.
All components within the Ventus 3+ package were developed to function together as a complete aerodynamic system, helping provide predictable and balanced performance at high speeds.
Installation
The Front Splitter Endplates are designed for a straightforward installation onto the Verus Engineering High-Downforce Front Splitter. All necessary mounting hardware is included.
Verus Engineering provides detailed installation manuals and installation videos for the majority of its products to assist with installation.
