Overview

Hoosier TrackAttack Pro Tires

Continuing Hoosier's dedication to pushing the limits of speed, the TrackAttack Pro tires utilize the company's latest high-performance compound with H-DNA Technology, derived from their long history of developing motorsports tires. The TrackAttack Pro is Hoosier's streetable track and competition tire designed for the drivers of sports cars, hot hatches, supercars, and track day vehicles who are looking for near-motorsports levels of traction and handling for track day, autocross, and drifting events in a tire, yet can still be driven on the street before and afterwards. For drivers who live on the edge, demanding the ultimate track day weapon, the TrackAttack Pro masters both street and track.

Hoosiers TrackAttack Pro tire features:

* The TrackAttack Pro uses H-DNA Technology, derived from racing compounds for unrivaled responsiveness, handling, and grip
* This revolutionary extreme performance summer tire from Hoosier awakens mundane commutes, empowers epic track days—and ignites legendary journeys in between!
* Tuned for maximum performance in warm, dry and damp conditions (not intended to be serviced, stored, nor driven in near- and below-freezing temperatures, through snow or on ice)
* The internal construction of the TrackAttack Pro is designed for optimized durability and maximum handling response
* The three-ply polyamide casing sits beneath two wide, high-strength steel belts, which help stabilize the footprint
* The extra-reinforced quad-ply polyamide sidewall provides the additional rigidity needed for superior control and enhanced reactions
* Formed into an asymmetric tread pattern with a broad outboard shoulder for maximum lateral grip, the wide-ribbed, low-void tread pattern puts more rubber on the road in the contact patch to maximize straight-line acceleration
* Trio of circumferential grooves allow water to flow through the footprint to resist hydroplaning, though standing water may still present challenges, so drivers should take care and drive cautiously at reduced speeds in these conditions

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