15x17 42 Spline 6in BS Bead-Loc w/Cover

The WELD Racing 15x17 42 Spline 6in BS Bead-Loc wheel with cover is a premium high-performance racing wheel engineered for serious off-road and extreme motorsport applications. This 15-inch diameter, 17-inch width wheel features a robust 42-spline center design paired with proven beadlock technology, delivering the load-carrying capacity and tire retention reliability required in competitive racing, rock crawling, and high-speed desert environments where wheel integrity is non-negotiable.

Built from aluminum and finished with a gold-anodized center and polished lip, this wheel combines structural durability with a professional aesthetic. The 6-inch backspace specification positions the tire correctly in the wheel well for proper clearance and load distribution on vehicles requiring deep-dish or custom fitment geometry. The 42-spline pattern ensures mechanical compatibility with high-performance hubs and axles commonly found in rock buggies, ultra4 vehicles, and custom off-road rigs. The included beadlock cover adds both functional tire retention and visual polish to the finished assembly.

This wheel is purpose-built for drivers who demand maximum reliability under extreme stress—high-speed rock gardens, massive suspension articulation, low-pressure tire scenarios, and repeated impacts that would compromise conventional wheels. The beadlock design mechanically clamps the tire bead to the wheel, preventing tire slip under the cornering forces and rapid pressure changes inherent to competitive off-road racing. Buyers evaluating the 15x17 42 Spline 6in BS Bead-Loc should confirm hub pattern and backspace compatibility with their specific vehicle platform before purchase.

WELD Racing's heritage in oval-track and off-road racing means this wheel carries engineering credibility from decades of competition exposure. The 26-pound weight reflects the aluminum construction and beadlock assembly—a trade-off between strength and rotational mass that competitors accept for the security and durability gains on technical terrain.