Hot Item Enkei Draco 18x8.0 5x114.3 35mm Offset 72.6mm Bore Anthracite Wheel Collection [gDqY4xI9]

Enkei DRACO Anthracite Wheels

Introducing the Enkei DRACO Anthracite Wheel, a premium choice for those seeking both style and performance. This wheel is designed to elevate the aesthetics and functionality of your vehicle. Crafted from high-quality aluminum, the DRACO Anthracite Wheel boasts exceptional durability and lightweight construction, which enhances both handling and fuel efficiency. Its sleek anthracite finish adds a modern touch, making it a standout option for any vehicle.

• High-quality aluminum construction for durability and lightweight performance.
• Anthracite finish for a modern and sophisticated look.

Technical Specifications

The Enkei DRACO Anthracite Wheel is engineered with precision, featuring a 18x8.0 size and a 5x114.3 bolt pattern. With a 35mm offset and a 72.6mm bore, these wheels are designed to fit a wide range of vehicles. The offset ensures proper alignment and optimal wheel clearance, while the bore size provides a secure fit and reduces vibration. These technical specifications make the DRACO Anthracite Wheel a reliable and versatile choice for any driver.

• 18x8.0 size for a balanced and stylish look.
• 5x114.3 bolt pattern for compatibility with most vehicles.

Practical Benefits and Applications

The Enkei DRACO Anthracite Wheel is not just a visual upgrade; it offers practical benefits that enhance your driving experience. Its lightweight design reduces unsprung weight, leading to improved handling and responsiveness. The anthracite finish not only looks great but also resists fading and corrosion, ensuring your wheels maintain their appearance over time. Whether you're driving a sports car, a luxury vehicle, or a daily driver, the DRACO Anthracite Wheel is a perfect choice for anyone looking to make a statement and improve their vehicle's performance.

• Lightweight design for improved handling and fuel efficiency.
• Anthracite finish for long-lasting aesthetics and corrosion resistance.