Steal This Deal Us Mags Us452p22007766l - Kompressor 6 2p 22x10 6x5.5 78.1 Pol L Unlock 45% Savings [Uu9CQZ21]

Top-Grade 6 Lug Wheel

Introducing the US Mags US452P22007766L KOMPRESSOR Wheel, a premium choice for those seeking both style and performance. This wheel is designed to enhance the look and feel of your vehicle, providing a polished finish that stands out from the crowd. With its robust construction and reliable performance, the KOMPRESSOR 6 Lug Wheel is a perfect fit for a wide range of vehicles, ensuring a smooth and comfortable driving experience.

Key Specifications and Features

The US Mags US452P22007766L KOMPRESSOR Wheel boasts an impressive array of specifications. Measuring 22X10 inches, it offers a sleek and modern design that complements various vehicle types. The polished finish adds a touch of elegance, while the 30 mm offset ensures proper fitment and optimal handling. With a back spacing of 6.68 inches and a bolt pattern of 6X139.7 mm, this wheel is designed to fit seamlessly into your vehicle. Weighing just 42.99 lbs, it provides a balanced and stable ride. The wheel comes with a lug count of 6 and a cap part number of 1014-09-06AH, ensuring easy installation and compatibility. With a load rating of 2500 lbs, it can handle heavy loads without compromising on safety or performance.

Practical Applications and Benefits

Whether you're looking to upgrade your daily driver or add a touch of sophistication to your off-road vehicle, the US Mags US452P22007766L KOMPRESSOR Wheel is an ideal choice. Its universal fitment makes it suitable for a wide range of vehicles, from sedans and SUVs to pickups and vans. The polished finish not only enhances the aesthetics of your vehicle but also provides a durable and long-lasting surface. With its impressive load rating and reliable performance, this wheel is perfect for daily commutes, long road trips, and even off-road adventures. Upgrade your vehicle today with the US Mags US452P22007766L KOMPRESSOR Wheel and experience the perfect blend of style and functionality.