TBB TS-57 R/T Tires
The TBB TS-57 R/T is a rugged terrain, all season tire made for light trucks. This model is designed with particular attention to driving comfort. Despite the aggressive tread pattern, this tire provides an enjoyable driving experience. It simply absorbs the vibrations generated by the shock of driving. As a result, the noises barely reach the vehicle cabin.
The tire features a mix of compound materials that contribute a lot to its all-year flexibility. Since the tire compound is adaptable, it guarantees an outstanding performance throughout the year. Combined with the aggressive tread pattern, the tire absolutely dominates in wet, dry, and winter conditions. It features stepped, irregular-shaped tread blocks that ensure a strong grip with the ideal void ratio. Due to its self-cleaning ability, it quickly eliminates mud, snow, and rocks from the footprint.
The TBB TS-57 R/T has the ideal shoulder block placement for enhanced cornering. The tread pattern is designed for better surface contact with the medium void ratio. This boosts its steering responsiveness and driving stability. The aggressive tread is constantly gripping the terrain surface, which enables the driver to count on fast and accurate steering. The tread pattern is simply optimal for securing the tire’s structure against the driving pressure. The model maintains its completely fat footprint and overall shape, as its reinforced construction does not let it bend or flex in any way. The blocks on the sidewall boost maneuverability when driven in a rut on the track.
- Upgraded Driving ComfortA huge benefit of the sturdy premium compound is that it gives the optimized tread pattern the ability to absorb the shock of driving, reducing road noise.
- Rugged Terrain TractionThe tire is specially designed to dominate rugged terrain surfaces with its aggressive tread design, utilizing its irregular-shaped tread blocks for maximum traction.
- Improved Handling AbilityThe stepped tread blocks are arranged to form a stable, flat footprint, significantly improving surface contact, which results in better steering responsiveness.