Method MR41157046552 MR411 Bead Grip 15x7 +2/38mm Offset 4x156mm Matte

Vehicle Fitment

• Universal fit for UTVs, ATVs, and Side-by-Side vehicles with 4x156mm bolt pattern

Features

• 15x7" MR411 Bead Grip wheel designed for off-road and utility use
• Front offset +2mm and rear offset +38mm for improved stance and clearance
• 4x156mm bolt pattern for broad compatibility with many off-road platforms
• 132mm center bore for precise hub alignment
• Bead Grip technology enhances tire retention under high torque and rough terrain
• Forged aluminum construction for strength and reduced weight
• Matte finish resists abrasion, corrosion, and trail wear
• Heavy-duty design built for rugged trail riding and utility applications

Specifications

• Wheel Size: 15x7"
• Offset: +2mm (front), +38mm (rear)
• Bolt Pattern: 4x156mm
• Center Bore: 132mm
• Material: Forged aluminum alloy
• Finish: Matte
• Front/Rear: Compatible for both positions
• Application: Universal (UTV, ATV, Side-by-Side)

Included Components

• 1x MR411 15x7 Bead Grip Wheel (Matte finish)

Product Description

The Method MR41157046552 MR411 Bead Grip 15x7 wheel is engineered for off-road performance and durability on UTVs, ATVs, and Side-by-Side vehicles. Featuring advanced Bead Grip technology, this wheel helps keep the tire firmly seated under aggressive acceleration, hard cornering, and rough terrain, reducing the risk of tire slip or loss of pressure.

With dual offsets (+2mm front and +38mm rear), a 4x156mm bolt pattern, and a 132mm center bore, this wheel offers a broad universal fit across many popular off-road platforms. The forged aluminum construction delivers strength without excessive weight, while the matte finish increases resistance to corrosion and trail wear.

Ideal for riders seeking improved stance, enhanced ground clearance, and reliable performance in rugged environments. Whether upgrading from standard wheels or customizing your off-road rig for utility or trail use, this MR411 Bead Grip wheel delivers strength, style, and dependable traction.