Hot Sale Black Rhino Glamis 20x12 -44 8x165.1/8x6.5 Matte Black Flash Sale: 55% Off [3pdYcIoC]

Black Rhino GLAMIS 20X12 Wheels - Premium Style and Performance

Introducing the Black Rhino GLAMIS 20X12 wheels, a perfect blend of style and performance for your vehicle. These matte black wheels are designed to make a statement while providing exceptional durability and reliability. With their sleek design and robust construction, the GLAMIS series is a top choice for those seeking a high-quality wheel that complements their vehicle's aesthetics and enhances its performance. The Black Rhino brand is renowned for its commitment to excellence, and the GLAMIS 20X12 wheels are no exception.

Key Specifications and Features

Featuring a size of 20X12, these wheels are designed to fit a variety of vehicles, ensuring a perfect fit for your ride. The bolt pattern is 8X165.1 (metric) and 8X6.5 (standard), providing versatility and compatibility. The offset of -44 ensures a flush fit with your vehicle's suspension, while the hub bore of 122.4 and backspacing of 4.77 contribute to a stable and secure fit. The matte black finish, described as M-BLK, adds a sophisticated touch to your vehicle's exterior. Additionally, the wheels come with a cap part number CCBR2816570MB, ensuring a seamless and cohesive look.

Practical Applications and Benefits

Whether you're looking to upgrade your daily driver or customize your off-road vehicle, the Black Rhino GLAMIS 20X12 wheels are an excellent choice. Their high load rating of 1610 kg (3550 lb) ensures they can handle heavy loads, making them suitable for a wide range of applications. The wheel weight of 39.02 lb and shipping weight of 44.022 lb indicate their robust construction and durability. With a finish warranty of one year and a lifetime structural warranty, you can trust in the quality and reliability of these wheels. The Black Rhino GLAMIS 20X12 wheels are perfect for drivers who value both style and performance, offering a practical solution for enhancing their vehicle's appearance and functionality.