Konig Hypergram 17x9 5x114.3 ET40 Matte Grey

The Konig Hypergram 17x9 alloy wheel is designed for automotive enthusiasts seeking durable and stylish upgrades. Crafted from high-quality cast aluminum, this wheel combines strength with lightweight performance to enhance your vehicle's handling and appearance. The Matte Grey finish offers a sleek, modern look that complements a variety of vehicle styles and colors. Perfect for street and off-road applications, the Hypergram wheel provides a reliable upgrade for performance-oriented drivers.

Featuring a 5x114.3 bolt pattern, this wheel ensures a secure fit on compatible vehicles. The +40 offset positions the wheel for optimal clearance and stance, contributing to both aesthetics and driving dynamics. The 17-inch diameter and 9-inch width strike a balance between aggressive styling and practicality, allowing for wider tires that improve grip and stability. The hub bore diameter of 73.10 mm ensures proper hub fitment, reducing vibrations and enhancing ride quality.

Designed for versatility, the Konig Hypergram wheel is suitable for various automotive applications and is a popular choice among car enthusiasts looking for a combination of style, durability, and performance. Its cast construction provides durability and resistance to damage, while the matte grey finish adds a distinctive, modern appearance. Whether upgrading your daily driver or customizing a performance vehicle, this wheel delivers reliable performance and a distinctive look that stands out on the road.

Features:

• Constructed from high-quality cast aluminum for durability and lightweight performance

• Matte Grey finish offers a modern and stylish appearance

• 17-inch diameter with a 9-inch width for aggressive stance and tire options

• Bolt pattern of 5x114.3 ensures compatibility with a wide range of vehicles

• Offset of +40 provides optimal clearance and aesthetic positioning

• Hub bore diameter of 73.10 mm for proper fitment and reduced vibrations

• Suitable for street and off-road use with reliable performance