Merrell Speedarc Matis

Quick lacing system: (Quick Lace System) An alternative to conventional laces, based on the principle of a sliding slider (brake). This system uses high-strength, thin Kevlar or nylon cables that pass through eyelets with reduced friction. The main benefit is the ability to evenly pull down the entire upper of the shoe in one smooth motion, ensuring precise and secure foot fixation. The mechanism eliminates the risk of the laces coming undone during activity and allows the operational adjustment of the tightness of the shoe even when wearing gloves or in difficult terrain conditions.

Textile: The textile upper of the sneakers is lightweight, breathable and comfortable, ideal for everyday wear and sports. It ensures air circulation, keeps feet fresh and adapts to their shape. Often complemented with synthetic or rubber details for durability and support.

Syntetika: The synthetic upper is made of synthetic materials that are lightweight, durable and easy to clean. It provides good protection against moisture and at the same time allows for a comfortable wearing experience.

EVA: (Ethylene vinyl acetate) is the most widely used midsole material, valued for its extreme lightness and excellent cushioning capabilities. This foam structure contains thousands of microscopic air bubbles that effectively absorb shock and protect the musculoskeletal system. It is highly flexible, resistant to stress cracking and easily moldable, allowing manufacturers like adidas or Altra to create specific zones of support. It represents the ideal standard for soft impact and comfort in sports and everyday wear.

Flexconnect

Vibram®: The absolute world leader in sole technology with an emphasis on maximum traction and safety. These premium soles are the result of precision engineering that combines innovative rubber compounds with scientifically designed treads. Whether it's extreme climbing, trail running or urban outdoor, Vibram® soles provide uncompromising stability on wet and dry surfaces and excel at exceptional resistance to mechanical wear.