Enkei PF01EVO Black 17x9 Wheel

Universal Fitment - 5x114.3 Bolt Pattern

489-790-6522BK

Overview:

The Enkei PF01EVO is a high-performance 17x9-inch wheel designed for enthusiasts seeking a perfect balance of strength, lightweight construction, and aggressive styling. Finished in sleek black, this wheel enhances the appearance of your vehicle while delivering the durability and rigidity needed for spirited driving and track use. Featuring Enkei’s proprietary MAT (Most Advanced Technology) process, the PF01EVO offers superior structural integrity without compromising weight, making it an excellent choice for drivers who demand both performance and style.

Ideal for a wide range of vehicles with a 5x114.3 bolt pattern, this wheel suits those upgrading from stock wheels to improve handling, responsiveness, and overall driving dynamics. Whether you’re a daily driver or a weekend track enthusiast, the PF01EVO provides a reliable and visually striking upgrade.

Key Features:

The Enkei PF01EVO wheel incorporates advanced manufacturing and design features to deliver outstanding performance and aesthetics:

• Rotary forged construction for enhanced strength and reduced weight compared to traditional cast wheels.
• MAT process technology ensures high rigidity, improving handling precision and wheel durability.
• 17-inch diameter with 9-inch width offers a wide contact patch for improved grip and stance.
• +22mm offset balances fitment for a variety of vehicles with 5x114.3 bolt patterns.
• Black finish provides a sleek, aggressive look that complements many vehicle styles.
• 75mm hub bore ensures proper centering and fitment on compatible vehicles.
• Backspacing of 5.87 inches and frontspacing of 4.13 inches optimize clearance for brakes and suspension components.
• Universal 5x114.3 bolt pattern fits a broad range of popular makes and models—always verify fitment before purchase.

Construction & Design:

The PF01EVO wheel is crafted using Enkei’s rotary forging process, which compresses the aluminum alloy to increase tensile strength and reduce weight. This advanced technique results in a wheel that is both lightweight and exceptionally strong, enhancing vehicle performance by reducing unsprung mass. The MAT process further reinforces the wheel’s structural integrity, ensuring it withstands the rigors of aggressive driving and track conditions.

The wheel’s design features a clean, sporty multi-spoke pattern finished in durable black paint that resists corrosion and wear. Its dimensions and offset are engineered to provide optimal fitment and clearance for a variety of vehicles, making it a versatile upgrade option.

Installation & Fitment:

The Enkei PF01EVO is designed for direct bolt-on installation on vehicles with a 5x114.3 bolt pattern and a 75mm hub bore. It uses factory mounting points, allowing for a straightforward installation process without the need for modifications such as cutting, drilling, or special tuning. Always confirm your vehicle’s bolt pattern, offset, and hub bore specifications to ensure proper fitment before purchasing.

• Direct bolt-on fitment for 5x114.3 bolt pattern vehicles
• No cutting, drilling, or special tuning required
• Compatible with vehicles featuring a 75mm hub bore

What's Included:

• One Enkei PF01EVO 17x9 wheel in black finish
• Limited manufacturer’s warranty

Ideal For:

• Performance enthusiasts seeking lightweight, strong wheels for spirited driving or track use
• Drivers looking to upgrade from factory wheels for improved handling and aesthetics
• Owners of vehicles with 5x114.3 bolt pattern requiring a durable, stylish wheel option
• Those who value a balance of rigidity and reduced unsprung weight for enhanced vehicle dynamics

Enkei is a Japanese manufacturer specializing in aluminum wheels for both passenger vehicles and motorcycles, offering a range of products from street to motorsport applications. Their wheels are engineered to provide a balance of lightweight performance and durability, catering to enthusiasts seeking reliable and high-quality wheel options for various driving scenarios.