Price Drop Alert Dive Plane Kit - Focus St - Beat The Rush [oYA73pmc]

Price Drop Alert Dive Plane Kit - Focus St - Beat The Rush [oYA73pmc]

The Verus Engineering Dive Plane (Canard) Kit is a game-changer for Focus ST owners seeking to enhance their vehicle's aerodynamic performance. This advanced kit is designed to provide an increased downforce without the need for a further-forward front splitter, making it an ideal addition for those looking to improve the front-end aerodynamics of their Focus ST.

• Enhanced Downforce: The dive plane kit is crafted to maximize downforce at the front end, contributing to better stability and handling.
• Seamless Integration: Designed to complement the existing front end design, the kit fits seamlessly without any intrusive modifications.

Advanced Design and Performance

During the Research and Development (R&D) process, our engineers utilized state-of-the-art analysis software to optimize the dive plane design. This approach allowed us to extract the maximum performance from the given build volume, resulting in a dive plane kit that generates a significant amount of downforce.

• Performance-Oriented: The kit is engineered to improve the aero balance, particularly when paired with a large rear wing or diffuser.
• Innovative Solutions: The dive plane design offers an innovative way to achieve downforce, without compromising on aesthetics or vehicle integrity.

Optimized for Enhanced Driving Experience

The dive plane kit is tailored for Focus ST owners who want to shift the aero balance forward, ensuring that the vehicle handles with precision and confidence. This kit is particularly beneficial for those who are looking to complement a large rear wing or diffuser, providing a balanced and optimized driving experience.

• Balanced Performance: The dive plane kit helps to balance out the aero forces, resulting in a more stable and controlled driving experience.
• Target Audience: Ideal for enthusiasts who value both performance and aesthetics, looking to elevate their Focus ST's aerodynamic capabilities.