15x7 UHD FORGED BEADLOCK WHEELS, 6/139.7 (6x139.7) CAN AM MAVERICK R UTV SXS MOTORSPORT
15x7 UHD Forged Beadlock Wheels with a 6x139.7 bolt pattern. These wheels offer exceptional strength, reduced weight, and outstanding durability for UTV and SXS motorsport applications. The true beadlock system ensures secure tyre clamping, reducing the risk of de-beading. Features forged construction, a heavy-duty beadlock ring with M10 hardware, and a durable black finish. Specifications include 15" x 7" wheel size, 6x139.7 PCD, +13 offset (4+3 backspacing), 12mm / 14mm stud size (60° taper seat), and raw beadlock colour. Built for extreme off-road and motorsport use.
- SKU
- 83-3731
- Brand
- RMC WHEELS
- Availability
- Out of Stock
FULL DESCRIPTION
15x7 UHD Forged Beadlock Wheels
Elevate your off-road performance with these15x7 UHD Forged Beadlock Wheels. Engineered for UTV and SXS motorsport, these wheels are built to withstand extreme terrain and high-performance demands. The advanced forging process ensures exceptional strength, reduced weight, and superior durability.
Featuring a true beadlock system, these wheels securely clamp your tire in place, preventing de-beading even when running lower tire pressures or navigating aggressive off-road conditions. The rugged black finish delivers a race-ready aesthetic.
Key Specifications:
- Wheel Size: 15 inch x 7 inch
- PCD (Bolt Pattern): 6x139.7 (also known as 6x5.5)
- Offset: +13 (4+3 backspacing)
- Stud Size: Compatible with 12mm / 14mm (60 degree taper seat)
- Colour: Black with Raw Beadlock
- Beadlock Hardware: Includes 24x M10 bolts
Features:
- Forged construction for maximum strength and minimal weight.
- True beadlock design enhances tire retention at lower pressures.
- Heavy-duty beadlock ring with included M10 hardware for secure mounting.
- Optimized for extreme off-road and motorsport applications.
- Durable finish designed to perform in harsh environments.
These wheels are a premium choice for demanding off-road riders seeking maximum grip, robust strength, and unwavering reliability.