Description
The Verus Engineering Front Splitter Kit, WF Spec for the Chevrolet Corvette Stingray C8 is a functional aerodynamic upgrade engineered to substantially increase front-end downforce, improve high-speed grip, and provide aerodynamic balance for vehicles equipped with larger rear wings and other performance aero components.
The C8 Corvette is highly capable from the factory, but a properly engineered front splitter can further improve its street-to-track performance. Front splitters generate downforce by creating a pressure differential between their upper and lower surfaces while maintaining a relatively small increase in drag. Verus Engineering developed this splitter using vehicle scan data and CFD analysis to optimize its shape, placement, mounting structure, and aerodynamic interaction with the rest of the vehicle.
The WF Spec splitter was specifically designed to work effectively with Verus Engineering's Bottom Mount UCW Rear Wing, Swan Neck UCW Rear Wing, and Swan Neck V1X Rear Wing, allowing it to provide the front-end aerodynamic load necessary to balance substantial rear aerodynamic systems.
The splitter mounts to multiple chassis locations for a strong and durable installation capable of handling the aerodynamic loads generated at high speeds. Hardware mounting locations are recessed to minimize aerodynamic disruption while providing a clean, factory-like appearance.
The splitter blade is manufactured from carbon polyweave, a lightweight and durable carbon thermoplastic material used in high-level motorsports. Unlike brittle carbon fiber or ABS, carbon polyweave is designed to resist cracking, while also avoiding the tendency of aluminum splitters to bend underneath the vehicle when they contact the ground.
The integrated air dam helps bring the splitter level with the vehicle's underbody and further improves its aerodynamic performance. The air dam is available in sheet aluminum or carbon fiber, allowing the customer to choose between a durable functional finish or a carbon fiber appearance that complements other Verus Engineering carbon components.
Fitment
Chevrolet Corvette Stingray C8: 2020-2026
This Verus Engineering WF Spec Front Splitter Kit is designed specifically for the C8 Chevrolet Corvette Stingray.
Key Features
- Significantly increases front-end downforce
- Improves front-end grip at speed
- Helps balance large rear wings and aerodynamic systems
- Designed to work with Verus Engineering rear wing systems
- Capable of handling 300+ lbs of aerodynamic load
- CFD-developed aerodynamic design
- Developed using vehicle scan data
- Carbon polyweave splitter construction
- Lightweight and highly durable
- Carbon thermoplastic material used in high-level motorsports
- Resistant to cracking compared with traditional carbon fiber and ABS
- Will not grab and bend underneath the vehicle like aluminum splitter material
- Chassis-mounted splitter support system
- Multiple mounting points for increased structural rigidity
- Recessed hardware locations for improved aerodynamic performance
- Integrated air dam
- Air dam follows the contours of the C8 Corvette front bumper
- Air dam available in aluminum or carbon fiber
- Designed for street and track use
- Factory-like fit and finish
- Stainless steel hardware throughout
- Installation templates included
- Designed as part of the Verus Engineering Ventus 2 aerodynamic package
Front-End Aerodynamic Performance
A properly designed front splitter creates a significant pressure differential between the upper and lower surfaces of the splitter. The resulting pressure distribution generates additional front-end downforce and improves front-end grip at speed.
Verus Engineering used an iterative CFD-driven development process to extract as much aerodynamic performance as possible from the available build volume. The splitter and integrated air dam were developed as a complete system rather than independent components.
The splitter was also specifically sized to work with significant rear aerodynamic systems. This helps create a more balanced vehicle rather than simply adding downforce at one end of the car.
Carbon Polyweave Construction
The splitter blades are constructed from carbon polyweave, a carbon thermoplastic material designed for high-performance applications.
Carbon polyweave combines low weight, high stiffness, durability, and a high-quality appearance. Its non-brittle characteristics provide an advantage over conventional carbon fiber and ABS materials when the splitter encounters impacts or contact with the ground.
The material is also less prone to bending underneath the vehicle than aluminum splitter construction, making it well suited to aggressive street and track applications.
Chassis-Mounted Support System
The WF Spec splitter uses a robust support structure that mounts directly to multiple chassis locations.
The included steel structural support tubes and aluminum and steel mounting brackets provide the rigidity necessary to support the splitter under high aerodynamic loads. This chassis-mounted design helps the splitter remain stable at speed and allows it to handle 300+ lbs of aerodynamic load.
Integrated Air Dam
The included air dam is designed to close the gap between the splitter and the vehicle's underbody, helping the splitter operate more effectively.
By bringing the splitter closer to being level with the vehicle's underbody and controlling airflow around the front bumper, the air dam improves the overall performance of the splitter system.
The standard air dam is manufactured from sheet aluminum and powder coated black for durability. A carbon fiber air dam option is also available for customers looking to match the splitter with other carbon fiber aerodynamic components.
Aerodynamic Balance
The WF Spec Front Splitter Kit was developed to complement substantial rear aerodynamic systems.
Verus Engineering specifically designed the splitter to work with its rear wing lineup, including the UCW and V1X rear wing systems. Adding front-end downforce to match increased rear downforce helps maintain a safer and more predictable aerodynamic balance when driving at high speeds.
An aerodynamically unbalanced vehicle can become more difficult to control at the limit, so the splitter's ability to complement larger rear aero systems makes it an important component of a complete performance package.
Ventus 2 Aerodynamic Package
The Verus Engineering Carbon Polyweave Front Splitter Kit is part of the Ventus 2 aerodynamic package for the Chevrolet Corvette Stingray C8.
The Ventus 2 package is designed to work as a coordinated aerodynamic system, adding significant downforce to improve high-speed grip, increase cornering speed, and help reduce lap times.
The WF Spec Front Splitter can also be used as an individual aerodynamic upgrade for Corvette owners who want additional front-end grip and improved balance with existing rear aerodynamic components.
What's Included
- Carbon Polyweave Splitter Blade, Right-Hand Side
- Carbon Polyweave Splitter Blade, Left-Hand Side
- Sheet Aluminum Air Dam, 2 Pieces OR Carbon Fiber Air Dam, 3 Pieces
- Short Steel Structural Support Tube
- Long Steel Structural Support Tube
- Aluminum and Steel Splitter Mounting Brackets, 7
- Complete Hardware Kit with all hardware necessary for installation
- Necessary Installation Templates
Specifications
- Brand: Verus Engineering
- Product: Front Splitter Kit, WF Spec
- Vehicle: Chevrolet Corvette Stingray C8
- Fitment: 2020-2026
- Splitter Material: Carbon Polyweave / Carbon Thermoplastic
- Air Dam Material: Aluminum or Carbon Fiber
- Support Tubes: Steel
- Mounting Brackets: Steel and Aluminum
- Hardware: Stainless Steel
- Development: CFD and Vehicle Scan Data
- Load Capacity: 300+ lbs
- Installation: Chassis Mounted, Bolt-On
- Package: Ventus 2
- Application: Street and Track
Performance Benefits
The Verus Engineering WF Spec Front Splitter Kit is designed to:
- Increase front-end downforce
- Improve front-end grip
- Improve high-speed stability
- Balance large rear wings
- Improve aerodynamic efficiency
- Support increased cornering speeds
- Help reduce lap times
- Improve aerodynamic balance
- Provide a rigid chassis-mounted aerodynamic platform
- Reduce aerodynamic imbalance between front and rear
- Complement other Verus Engineering aerodynamic components
