APR Performance Carbon Fiber GT-250 67″ Adjustable Wing for F32 BMW 4 Series & F82 BMW M4

The APR Performance Carbon Fiber GT-250 67″ is an exceptional aerodynamic accessory meticulously designed to enhance both the performance and aesthetics of your vehicle. This carbon fiber wing combines meticulous precision and expertise, delivering an ideal blend of form and function.

Boasting a sleek and aggressive design, the GT-250 67″ adds a sporty touch to the appearance of your vehicle. Its precisely engineered airfoil shape is optimized to minimize drag and maximize aerodynamics, resulting in enhanced stability and improved handling at high speeds.

Constructed with premium carbon fiber materials, this wing achieves a remarkable balance of lightweight construction and robust durability. The carbon fiber material is carefully layered and impregnated to ensure an optimal strength-to-weight ratio, providing exceptional rigidity and outstanding performance.

Downforce Balance

• FRONT – X
• CENTER – X
• REAR – |
• The Downforce Balance graph (displayed above) elucidates the components of the vehicle that this product affects.

Benefits

• The performance of this product is truly exceptional, surpassing all previous benchmarks in its Lift vs Drag (L/D) ratio. It ensures unparalleled efficiency and fully utilizes its maximum potential.
• The presence of openings at specific angles on an object can serve as a convenient approach to precisely adjust downward pressure, enabling exceptional accuracy during fine-tuning.
• The pre-preg carbon fiber, fortified with enhanced strength, showcases remarkable power and resilience when exposed to significant forces, exemplifying its extraordinary durability and ability to rebound effectively.

Specifications

• Pattern – 2×2 twill weave
• Material – The exceptional constitution of the pre-preg 3K carbon fiber form has been exemplified through its utilization.
• Coating – A UV-resistant protective coating.
• Wing measurement – This product has been purposefully engineered to provide you with the flexibility to customize chord spans of up to ten chords in length, with a maximum measurement of 71.
• Hardware – Stainless steel machine screws, washers, and nuts are employed in the assembly.
• Mounting – The brackets/pedestals have been skillfully fashioned using 6061 billet aluminum. The design of the bottom mounting bases has been precisely tailored to accommodate various required applications.

Technical Features

• The GT Series wings are equipped with a fresh and purpose-built airfoil shape, meticulously crafted to minimize drag and optimize aerodynamics. This innovative 2D design enables the wing to maintain a consistent level of downforce across its entire span. To ensure the wing’s aerodynamic performance meets the highest standards, Computational Fluid Dynamics (CFD) analysis was conducted as part of the validation process.
• Each airfoil in the GT Series is meticulously built using lightweight and durable carbon fiber reinforced polymer (CFRP) composites. These airfoils are expertly crafted from woven carbon fiber sheets that are pre-impregnated, ensuring exceptional strength while maintaining minimal weight. To achieve the desired level of quality, all CFRP airfoils undergo advanced manufacturing processes such as high-temperature autoclaving and vacuum bagging, utilizing top-notch aluminum billet molds.

Applications

• 2013-2016 BMW 435i – F32
• 2013-2016 BMW 428i – F32
• 2014-2019 BMW 420i – F32
• 2016-2019 BMW 418i – F32
• 2016-2019 BMW 430i – F32
• 2016-2019 BMW 440i – F32
• 2013-2019 BMW M4 – F82

Notes

• Each GT-250 wing is furnished with pre-installed Gurney flaps for your convenience. These lightweight flaps are manufactured using pre-impregnated carbon fiber processes, ensuring their exceptional weight-to-strength ratio.

About APR Performance

Research

• Since 1999, APR Performance has been the undisputed chief in crafting and fabricating superior aerodynamic performance components for the aftermarket automotive sector.

Development

• Utilization of Computational Fluid Dynamics (CFD) analysis along with empirical track testing, guarantee the fabrication and validation of products to stringent performance specifications.

Production

• The utilization of proprietary manufacturing processes incorporating pre-impregnated carbon fiber composites assists in creating products characterized by sturdiness, lightness and premium caliber.