Drag Tire 35.0/15.0-16 C1450 Compound

The Drag Tire 35.0/15.0-16 C1450 Compound from Hoosier represents the gold standard for dedicated drag racing applications where launch grip and consistent 60-foot performance determine winners. Purpose-built for bracket racers, street-legal drag competitors, and dedicated track enthusiasts, this tire combines extreme compound stickiness with specialized sidewall construction to handle the violent acceleration forces unique to drag strip runs. The 35-inch diameter and 15-inch width make this tire ideal for muscle cars, hot rods, and purpose-built drag platforms where deep launches demand maximum bite off the line.

The C1450 compound designation indicates Hoosier's softest, stickiest rubber formulation—engineered to maximize rubber-to-asphalt adhesion during the critical first few feet of acceleration. This ultra-soft compound excels in providing predictable traction characteristics on prepped drag surfaces, reducing wheel spin and translating engine power directly to forward motion. The 16-inch wheel diameter accommodates traditional drag wheel sizing while the reinforced sidewall structure resists the lateral forces generated during hard launches. At 44.23 pounds per tire, this is a lightweight offering compared to street compounds, reducing rotational mass and improving overall vehicle acceleration.

This Hoosier drag tire excels for serious bracket racers targeting consistent elapsed times, weekend warriors upgrading from street rubber, and restoration enthusiasts building period-correct drag platforms. These tires are exclusively designed for dedicated drag strip use and prepped surfaces—they lack street-legal tread patterns and will not perform on public roads. Verify wheel fitment and vehicle suspension geometry before installation, as drag tires demand precise alignment and proper shock tuning to unlock their potential. For maximum performance, mount these on lightweight drag wheels and pair with a launch control strategy suited to your vehicle's horsepower and weight distribution.