Enkei PF01 Black 18x10.5 Wheel

Universal Fitment for 5x114.3 Bolt Pattern Vehicles

460-8105-6615BK

Overview:

The Enkei PF01 is a high-performance, lightweight wheel designed for enthusiasts seeking a racer-friendly upgrade. Featuring a sleek black finish, this 18x10.5 wheel combines style and function to enhance your vehicle’s stance and handling. Built with Enkei’s proprietary MAT (Most Advanced Technology) rotary forging process, the PF01 offers exceptional strength while reducing unsprung weight, making it ideal for spirited driving and track use.

Whether you’re upgrading your daily driver or preparing a track-focused build, the PF01 delivers a balance of durability, performance, and aesthetics. Its universal 5x114.3 bolt pattern fits a wide range of vehicles, but it’s important to verify fitment specifics to ensure compatibility with your car.

Key Features:

The Enkei PF01 wheel incorporates advanced engineering and design elements to provide superior performance and reliability:

• Constructed using Enkei’s MAT rotary forging technology for enhanced strength and reduced weight compared to traditional cast wheels.
• Finished in a durable black coating that resists corrosion and complements a variety of vehicle styles.
• Wheel size of 18 inches diameter with a 10.5-inch width, offering an aggressive stance and improved tire contact patch.
• Offset of +15mm, optimized for fitment and handling balance on compatible vehicles.
• Bolt pattern of 5x114.3mm, a common fitment for many Japanese and domestic performance cars.
• Hub bore diameter of 75mm to ensure proper centering and fitment on the vehicle hub.
• Backspacing of 6.34 inches and frontspacing of 5.16 inches, providing precise wheel positioning relative to suspension components and fenders.
• Rotary forged construction enhances fatigue resistance and impact durability, ideal for both street and track environments.

Construction & Design:

The PF01 wheel is crafted using Enkei’s Most Advanced Technology (MAT), a rotary forging process that compresses the wheel’s aluminum alloy to increase tensile strength and reduce weight. This method results in a wheel that is lighter and stronger than conventional cast wheels, improving vehicle responsiveness and reducing unsprung mass. The black finish is applied with precision to provide a sleek, long-lasting appearance that resists chipping and corrosion.

The wheel’s dimensions and offset are engineered to optimize fitment and handling characteristics for vehicles with a 5x114.3 bolt pattern. The 10.5-inch width allows for wider tires, enhancing grip and cornering stability without sacrificing ride quality.

Installation & Fitment:

The Enkei PF01 is designed as a direct bolt-on wheel for vehicles equipped with a 5x114.3 bolt pattern and a 75mm hub bore. It is essential to verify your vehicle’s specifications, including wheel offset and clearance, to ensure proper fitment. This wheel does not require any modifications such as cutting, drilling, or special tuning for installation when matched correctly to your vehicle.

• Compatible with vehicles using 5x114.3 bolt pattern hubs.
• Hub-centric design ensures proper centering and reduces vibration.
• Offset and width must be confirmed for clearance with brakes and suspension components.

What's Included:

• One (1) Enkei PF01 Black 18x10.5 wheel
• Limited manufacturer’s warranty

Ideal For:

The Enkei PF01 wheel is perfect for performance enthusiasts who want a lightweight, durable wheel that enhances both the look and handling of their vehicle. It suits drivers who participate in track days, autocross, or spirited street driving and those looking to upgrade from heavier factory wheels without compromising strength or style.

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.