Their combination allows the tire to effectively upgrade its resistance to tread and casing damage. In other words, the footprint ejects rocks stuck between the tread elements. This effectively prevents stone retention in this process. Additionally, the compound also protects the tire from tread chipping, cracking, and tearing. The construction protects the tire from external damage, preventing punctures, cuts, and impact damage. On the other hand, the compound and stable footprint allow the tire to ensure slow and even wear. This significantly increases its service life.