15X10 W/5 Black Spun Lightweight

The 15X10 W/5 Black Spun Lightweight wheel from BASSETT is engineered for serious automotive enthusiasts and weekend warriors who demand reduced unsprung weight without compromising structural integrity. Whether you're building a high-performance street machine, track-day competitor, or classic hot rod, this wheel delivers the lightweight advantage that translates directly to improved acceleration, braking response, and suspension compliance. BASSETT's reputation in the racing community stems from decades of manufacturing wheels that balance weight savings with proven durability in demanding environments.

At just 20 pounds per wheel, the 15X10 W/5 Black Spun design achieves its lightweight character through BASSETT's precision casting and finishing processes. The 15-inch diameter and 10-inch width provide aggressive fitment for classic American muscle, vintage drag racing platforms, and period-correct hot rod builds. The black spun finish—a classic aesthetic achieved through centrifugal polishing—resists oxidation and brake dust better than raw aluminum while maintaining that authentic, timeless appearance. The 5-inch bolt circle (W/5 designation) ensures compatibility with vintage Ford, Mopar, and Chevy platforms that defined American automotive culture.

Mechanics and fabricators favor BASSETT wheels for restoration projects, street rod builds, and serious enthusiast applications where authenticity and performance intersect. The 15X10 configuration works exceptionally well with wide, low-profile tires for that period-correct stance while providing the mechanical advantage of reduced rotational inertia—meaning your engine doesn't have to work as hard accelerating those wheels. Installation is straightforward with standard lug nuts on the 5-inch bolt pattern; verify your vehicle's specific lug seat type (cone, ball, or flat) before ordering. These wheels support both street and strip duty, making them the go-to choice for builders who refuse to compromise between looks and function.