Aeolus HN826+ 215/75 R17,5 135/133J

The company Aeolus (China) has been producing tires since 1965 and has only proven itself on the positive side. Fruitful cooperation with the well-known company Pirelli and the use of the latest equipment have made it possible to achieve maximum results. All products have excellent quality and fully comply with all global norms and standards.

The Aeolus HN826+ summer tire is specially designed for trucks operating in harsh conditions. The most advanced technologies were used in the creation of the tire, which made it possible to obtain excellent operational characteristics and an affordable cost.

Unique tread pattern

The tread pattern consists of optimally selected blocks and channels. Four deep, wide channels quickly remove dirt and water from the tire, minimizing the aquaplaning effect, improving self-cleaning and preventing stone retention. Three rows of blocks in the center of the tread have significantly increased the contact patch, which has had a positive effect on handling and stability. A large number of lamellas have reduced the sound effect when driving. The shoulder area of the Aeolus HN826+ consists of a layer of increased thickness rubber, which has made it possible to increase stability when cornering and reduce the likelihood of punctures and cuts. The tread has an increased depth, which has had a positive effect on operational characteristics and has made it possible to increase the service life of the tire.

Reinforced carcass

To increase the reliability of the tread, a high-strength carcass was used, consisting of a special ring and high-strength cord. Therefore, even with increased loads, the tire will show excellent operational characteristics.

The combination of a new rubber compound and optimally selected blocks has made it possible to reduce rolling resistance, reducing fuel consumption while driving and increasing the service life of suspension components, due to lower loads on their components.

Key features of Aeolus HN826+

- excellent directional stability and handling when driving on any road surface was achieved due to the use of a new tread design and a special rubber compound;
- minimal rolling resistance and reduced fuel consumption while driving were achieved as a result of using an asymmetric tread pattern and special additives in the rubber compound;
- increased reliability is ensured by a specially reinforced carcass.