Blackhawk BU650 275/70 R22,5 148/145J

The Blackhawk BU650 model is a tire for the driving axle of trucks and buses, designed specifically for intensive use on highway routes. It combines stable reliability, necessary for constant loads, with engineering solutions aimed at reducing ownership costs. The key task is to provide a stable mileage, predictable behavior at speed, and real savings through reduced fuel costs.

A reinforced frame with an increased load index guarantees the integrity of the structure when hitting bumps and eliminates the risk of sudden ruptures, ensuring safety and uninterrupted flights. The model is specifically designed for installation on driving axles, where maximum traction, wear resistance, and the ability to transmit high torque are required.

A durable multi-layer frame and a modern breaker with reinforced reinforcement provide exceptional resistance to mechanical stress and abrasive wear, significantly increasing the total mileage. A four-rib tread pattern with developed blocks and lamellas forms a large and stable contact patch. This provides excellent traction during acceleration, confident movement at high speed, and effective braking on various types of road surfaces. Deep longitudinal drainage channels quickly remove moisture and liquid mud, reducing the risk of hydroplaning and maintaining control on wet roads.

An optimized tread pattern with a reduced number of elements and a special energy-saving rubber compound reduce rolling losses. This directly leads to a reduction in fuel consumption, making every kilometer of highway transportation more economical.

Key features of Blackhawk BU650:

- maximum return on the driving axle of trucks and buses in "long-haul";
- ability to work flawlessly under maximum load thanks to the most durable design, represented by a reinforced multi-layer frame;
- effective traction and protection against aquaplaning due to the optimized tread pattern;
- fewer tread elements and a special rubber compound - lower rolling resistance and fuel consumption.