Description Matador MP723
The Matador MP723 tire, produced by the Slovak company "Matador", is designed to equip cargo vehicles that operate in off-road conditions. Such tires are ideal for commercial trucks that provide delivery of construction materials, especially at the initial stage of construction, when there are no paved access roads.
The undeniable advantage of the Matador MP723 model is evident when working in quarries for the extraction of granite, sand, and other materials. High passability, accurate steering control, and maneuverability guarantee safety when working on rough terrain with frequent turns, ascents, and descents.
The all-steel metal cord allows withstanding high loads without significant tire deformation, which prevents accidents due to tire rupture.
The wide, winding central section of the tread serves to stabilize directional stability, especially when moving on an inclined surface, allowing control over steering to be maintained. The specific arrangement and shape of the drainage channels allow for the rapid removal of water, mud, and slush from the contact area, protecting against aquaplaning and slushplaning. Additionally, the tread quickly self-cleans from stuck mud or snow.
Reinforced shoulder blocks with wide lamellas provide high traction and grip characteristics on soft and rocky soils, preventing the vehicle from involuntary horizontal or lateral displacement.
The high-quality composition of the rubber mixture guarantees high strength and resistance to mechanical damage, as well as a significant increase in service life due to the tread's resistance to wear.
The internal design of the Matador MP723 model protects the tire and rim from damage.
Main features of the Matador MP723 tire
- All-steel cord allows withstanding heavy loads;
- Excellent grip with road surfaces of any type and in any weather;
- Excellent maneuverability and vehicle handling;
- Protection against aquaplaning and slushplaning;
- High level of safety when driving on unpaved road sections;
- Increased wear resistance of the tread.