29/11.5-15LT Quick Time Pro DOT Tire

The 29/11.5-15LT Quick Time Pro DOT Tire by HOOSIER is engineered for high-performance street and strip applications where quick acceleration and consistent traction are non-negotiable. Built for hot rodders, street racers, and serious enthusiasts, this tire bridges the gap between drag-specific compounds and street-legal requirements, offering DOT approval for occasional road use while maintaining the grip characteristics needed for launch. Whether you're building a bracket racer, street machine, or weekend warrior, the Quick Time Pro delivers the responsiveness and durability that separates wins from DNFs.

At 29 inches in overall diameter with an 11.5-inch width, this tire is sized for vehicles running 15-inch wheels—a common setup in vintage muscle car restorations and custom hot rod platforms. The DOT approval means the Quick Time Pro meets minimum street-legal standards while using a specialized rubber compound formulated to bite hard during acceleration and maintain composure at sustained highway speeds. The tire's construction prioritizes sidewall stiffness and radial load capacity to handle launch loads without roll-over or excessive flex, critical factors when you're transferring substantial horsepower through the rear wheels. The 28.6-pound weight per tire fits within lightweight wheel packages designed to reduce unsprung mass and improve suspension response.

Ideal for owners of classic trucks, vintage Camaros, Mustangs, and custom hot rods, the 29/11.5-15LT Quick Time Pro suits both dedicated track cars and street machines that see occasional highway duty. Installation is straightforward on any 15-inch rim compatible with LT-rated tires, though proper wheel balance and alignment—especially crucial for launch-oriented vehicles—should be verified before first use. These tires excel when paired with traction-enhancing modifications like weight jacking, suspension geometry tuning, or drag-specific setups where maximum off-line grip justifies the specialized sidewall construction and compound characteristics.