Gear Off Road 761BM Ratio 20x10 Cast Aluminum Wheel with 6x135 and 6x5.50 Bolt Patterns, -19 Offset

761BM-2106819 20X10 6X135 / 6X5.50 (-19) G/A 761BM Ratio (HB 106.2)

The Gear Off Road 761BM Ratio wheel features a 20-inch diameter and a 10-inch width, crafted from durable cast aluminum for strength and lightweight performance. Its versatile multi-bolt pattern includes 6x135 and 6x5.50 inches, accommodating a range of vehicle specifications. The wheel has a backspacing of 4.75 inches and a center bore of 106.2mm, ensuring a precise fit on compatible vehicles. The offset is -19mm, providing a deep dish appearance that enhances the vehicle’s stance. Designed with a 60-degree conical seat for secure lug nut engagement, this wheel offers reliable performance for off-road and on-road driving conditions. The wheel's finish is classified as ATD B, providing a sleek, corrosion-resistant surface that withstands harsh environments. It has a load rating of 2,500 pounds, making it suitable for demanding applications. The wheel includes a hub-centric ring to ensure proper centering on the hub, contributing to balanced rotation and reduced vibration. With a lip width of 2.36 inches, the wheel combines style with functionality, giving your vehicle a bold and aggressive look. The gear ratio and design specifications make this wheel a reliable choice for off-road enthusiasts seeking performance, durability, and style in a cast aluminum construction.

Features:

• Size: 20x10 inches for a bold, aggressive stance

• Material: Cast aluminum for lightweight strength and durability

• Bolt Pattern: Multi 6x135 and 6x5.50 inches fitment options

• Offset: -19mm for deep dish appearance

• Hub Bore: 106.2mm with included hub-centric ring for precise fit

• Finish: ATD B coating for corrosion resistance

• Load Rating: 2,500 pounds, suitable for demanding off-road use

• Lug Nut Type: 60-degree conical seat for secure attachment

• Backspacing: 4.75 inches ensures proper fitment and clearance

• Lip Width: 2.36 inches adds to the wheel's structural integrity and style