26/7.5R-17LT Pro Street Radial Front Tire

The 26/7.5R-17LT Pro Street Radial Front Tire is engineered for street-strip competitors and dedicated hot rodders seeking maximum front-end grip without sacrificing on-road compliance. Built by HOOSIER, a manufacturer with decades of motorsports credibility, this tire delivers the balanced performance profile needed for vehicles running aggressive power modifications, superchargers, or forced induction. Whether you're launching from a stoplight or navigating road course transitions, this front radial provides the traction foundation modern modified vehicles demand.

The LT (Light Truck) load range designation indicates robust sidewall construction and enhanced weight-carrying capacity, critical for vehicles with reinforced suspensions or added drivetrain mass. The 7.5-inch width and 17-inch rim diameter represent a proven sweet spot for street applications—wide enough to plant power cleanly, yet narrow enough to maintain steering precision on public roads. The radial carcass architecture distributes load pressure evenly across the contact patch, reducing flat-spotting during extended acceleration runs while maintaining cool-down stability. At 22 lbs, this tire's weight contributes to unsprung mass considerations; front-end balance improves handling response, particularly on lifted or lowered platforms where center-of-gravity shift is a tuning variable.

This tire pairs best with street-strip 4x4 trucks, restomod muscle cars, and modern performance vehicles running drag radial setups. Compatibility spans Ford F-150 raptors, Chevrolet Silverado high-output editions, and Dodge Ram TRX platforms where front-tire load requirements exceed standard highway rubber. Installation requires proper wheel balancing and alignment verification, especially on vehicles with adjustable suspension geometry; front-end caster and camber directly influence tire wear patterns and traction delivery. Verify your vehicle's load index and speed rating requirements before purchase to ensure safe operation across your intended duty cycle.