Lightweight Variant™ Maxim Collection Alloy Wheels 20x10 Pro Version [IKcNFSbO]

Lightweight Variant™ Maxim Collection Alloy Wheels 20x10 Pro Version [IKcNFSbO]

Discover the ultimate in luxury and performance with the Lightweight Variant™ Maxim Collection Alloy Wheels 20x10 Pro Version [IKcNFSbO]. These wheels are a testament to engineering excellence, combining stunning aesthetics with superior engineering. Crafted from forged 6061 T6 Aerospace Aluminium, each wheel is designed to offer unmatched strength and a lightweight profile, perfect for high-performance vehicles.

Unmatched Quality and Craftsmanship

The Variant™ Maxim Collection stands out for its exceptional quality and craftsmanship. Each wheel is meticulously machined in-house on state-of-the-art HAAS CNC multi-axis mills, ensuring precision and durability. The 20X10 size offers a perfect balance between style and practicality, while the deep concave profile adds a striking visual appeal. Here are some key features:

Forged 6061 T6 Aluminum: Superior strength and lightweight profile for high performance.

5×108 thru 5×130 PCD Range: Compatibility with a wide range of vehicles for versatile use.

57.1 thru 84.1 Hub Bore Range: Accommodates various hub sizes for a custom fit.

Perfect for Any Vehicle

The Lightweight Variant™ Maxim Collection Alloy Wheels 20x10 Pro Version [IKcNFSbO] are designed for those who demand the best. Whether you're looking to enhance the look of your sports car, SUV, or luxury vehicle, these wheels are the perfect choice. With a variety of finishes available, including Gloss Black, Satin Black, and Gloss Gunmetal, you can tailor the wheels to match your personal style. The deep concave profile not only looks stunning but also provides improved aerodynamics for a smoother ride. Here's why you'll love these wheels:

Superior Strength: Forged from aerospace-grade aluminum for long-lasting durability.

Custom Fit: Available in a range of offsets to ensure a perfect fit for your vehicle.

TPMS Compatible: Monitor tire pressure for optimal performance and safety.