Black Friday Doorbuster Latest Gen2 Billet Mfs Performance Compressor Wheel - Gtb22 65mm Ø Accessory [EpRQTO2k]

Next-Gen Billet MFS Compressor Wheel - GTB22 65mm Ø

Introducing the latest generation of high-performance compressor wheels designed for the GTB22 turbos. This cutting-edge Gen2 compressor wheel is crafted with the latest aero technology, featuring point milled manufacture and curved inducer blades for optimal airflow and efficiency. Engineered from solid high-performance billet material, this compressor wheel delivers unmatched durability and performance.

• Latest Aero Technology: Point milled manufacture and curved inducer blades for enhanced airflow.
• High-Performance Material: Machined from solid billet material for superior strength and durability.

Technical Specifications

The GTB22 65mm Ø compressor wheel is a precision-engineered component, designed to fit most GTB20-22 turbos with minimal modification. It boasts a 5.08mm bore size, a 3.7mm deep rear hub, and an impressive 65mm diameter with extended tips for maximum airflow. The 50.2mm inducer ensures smooth and efficient air induction, while the uprated design requires minor machining to fit the compressor housing and backplate.

• Fitment: Designed for most GTB20-22 turbos with easy fitting and minimal machining.
• Technical Details: 5.08mm bore size, 3.7mm deep rear hub, 65mm diameter, 50.2mm inducer.

Performance and Practicality

Upgrade your turbo with this latest Gen2 billet MFS compressor wheel to experience the difference in performance. Whether you're a professional racer or an enthusiast looking to maximize your car's potential, this compressor wheel is designed to deliver exceptional airflow and increased boost pressure. Its durable construction ensures long-lasting performance, making it a perfect choice for daily drivers and track enthusiasts alike.

• Increased Performance: Enhance airflow and boost pressure for improved acceleration and top speed.
• Longevity: Durable billet material and precise engineering for long-lasting performance.