In Stock Ballistic 959 Rage 24x12 -50 6x135/139.7 (6x5.5) Gloss Black And Milled Now 85% Cheaper [plDIN0RE]

In Stock Ballistic 959 Rage 24x12 -50 6x135/139.7 (6x5.5) Gloss Black And Milled Now 85% Cheaper [plDIN0RE]

Introducing the Ballistic 959 Rage 24x12 -50 6x135/139.7 (6x5.5) wheel set, a perfect blend of sleek design and unmatched performance. Crafted from high-quality alloy, these wheels are built to last, offering durability and style for your vehicle. The Gloss Black and Milled finish adds a touch of sophistication, while the milled spoke edges provide a unique, modern look.

Key Features and Specifications

The Ballistic 959 Rage wheel set boasts several standout features. Firstly, the one-piece wheel structure ensures maximum strength and stability. The 8 spoke design enhances the wheel's rigidity, reducing flex and improving handling. With a load rating of 2500 lbs, these wheels are suitable for a wide range of vehicles. The Bolt pattern options, including 6x135/6x139.7 (6x5.5), 8x165.1(8x6.5)/8x170, 8x170/8x180, 5x127(5x5)/5x139.7(5x5.5), 5x150/5x139.7(5x5.5), cater to various vehicles, ensuring a perfect fit. The Hub Bore size of 106.1 and Backspacing of 4.77 contribute to the wheel's overall performance and compatibility.

• One-piece wheel structure for maximum strength
• 8 spoke design for enhanced rigidity and handling
• Load rating of 2500 lbs for versatile use

Practical Uses and Benefits

The Ballistic 959 Rage wheel set is an ideal choice for those who seek both style and performance. Whether you're driving a sports car, SUV, or truck, these wheels will elevate your vehicle's appearance. The No Exposed Lugnuts design adds a clean, finished look to your wheels. Additionally, the Black and Milled finish will resist tarnishing and fading, ensuring your wheels stay looking new for years to come. With the available sizes of 24x12 and 24x14, you can find the perfect fit for your vehicle. Upgrade your ride today with the Ballistic 959 Rage wheel set and experience the perfect combination of aesthetics and functionality.