Bassett's 15 x 8 spun shell beadlock 15 inch wheel is the only IMCA approved beadlock utilizing 100% spun-form shells and rings. Spun-form shells and rings are stronger, lighter and have less runout than roll-formed beadlock wheels. Bassett brought back the 15 x 8 D-Hole style 5 on 5 bolt pattern wheel for the IMCA and asphalt markets featuring the same quality spun-form shell as the Inertia Advantage wheel, but at a more economical price. Lightweight, yet strong enough for 3500 lbs. stock cars. 15 inch wheel. 5 on 5 bolt pattern. IMCA Approved. Beaded shell to prevent tires from rolling off, very durable. Spun-form shell provides the lowest runout on market (under .030') for better handling. Valve stem behind center in window. Silver finish. For offroad use only. The following must be considered when using Bassett wheels for on highway/street use when the wheel/tire assembly is being balanced. Bassett wheels are lug centric, which means they are built off of, and must be balanced using, the bolt circle and NOT the wheel center hole. Improper use of a tire balancer that centers the wheel on the hub bore, not the bolt circle, will result in an incorrect reading for rim runout as the center hole is not in the perfect center of the bolt pattern. The only machine capable of performing a lug centric balance is the Hunter GSP 9700 with the flange plate bolt circle adapter and no centering cone. For offroad use only. The following must be considered when using Bassett wheels for on highway/street use when the wheel/tire assembly is being balanced. Bassett wheels are lug centric, which means they are built off of, and must be balanced using, the bolt circle and NOT the wheel center hole. Improper use of a tire balancer that centers the wheel on the hub bore, not the bolt circle, will result in an incorrect reading for rim runout as the center hole is not in the perfect center of the bolt pattern. The only machine capable of performing a lug centric balance is the Hunter GSP 9700 with the flange plate bolt circle adapter and no centering cone.
