The Maxxis MA-SAS tire is an all-season model for SUVs. When developing the tire, the company's designers tried to take the best qualities from winter and summer tires and implement them in this model. They were able to do this thanks to the use of advanced methods and the latest achievements.
The tire has a directional tread pattern that provides excellent directional stability at high speeds, quick water and wet snow removal from the contact patch, and features a reduced noise effect. When manufacturing the rubber compound, special additives were used that allowed the rubber to maintain its elasticity during temperature changes and also increased the tire's wear resistance. Thanks to this, the tire has an extended service life.
The massive shoulder area effectively protects the Maxxis MA-SAS tire from various external damages and increases stability when cornering. All SUV owners know that the tires on their vehicles are constantly subjected to increased loads. The company's designers took this into account, so this tire has a special reinforced carcass design that allows not only to protect the tire from damage but also makes it possible to withstand constantly arising increased loads.
The entire tire production process is carefully controlled. After production, the tire undergoes a thorough quality control (visual and electronic). The tire meets all world quality standards and is very popular among owners of four-wheel drive vehicles who value safety and comfort.
Main features of the Maxxis MA-SAS tire
- A specially designed tread pattern provides excellent operating characteristics in any weather conditions;
- The directional tread design promotes rapid water removal from the contact patch, reducing aquaplaning;
- A large number of lamellas, combined with special additives in the rubber compound, made it possible to achieve a minimal noise effect when driving, making the ride more comfortable;
- The reinforced carcass made of high-strength cord allowed to achieve increased safety and excellent resistance to overload.
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