New Balance 1906

Primaloft®: It is a synthetic fibre, originally developed for the US military, very popular in the production of outdoor clothing because of its ability to provide warmth, and thanks to its high water repellency, it excels in its thermal insulation capabilities.

Nlock: Innovative fixation system where the side straps in the shape of the "N" logo are directly connected to the lacing. As soon as you tighten the laces, the tension is transferred to the shoe's construction, which firmly and securely encircles the centre of the foot. This mechanism stabilizes the foot inside the shoe, minimizing movement and greatly increasing comfort and safety when walking or running.

Textile: Textile uppers are a lightweight and highly breathable upper construction solution that uses woven or knitted structures of natural and synthetic fibres. This type of upper is valued in the footwear industry for its extraordinary ability to adapt to the shape of the foot, minimising the formation of blisters and ensuring high user comfort. Thanks to the porous structure of the material, textile uppers allow for efficient heat and moisture dissipation, which is crucial for maintaining an optimal microclimate even under increased physical stress. In addition, modern textile processing technologies allow reinforcement zones to be integrated directly into the knit, achieving an ideal balance between stability and flexibility.

Synthetics: The material of the upper includes a wide range of man-made fibres and laminates that are designed to overcome the limits of natural materials. The main advantages are low weight, high strength and fast drying ability. Modern synthetic materials are often developed with an emphasis on breathability and resistance to external influences such as moisture or mechanical damage. Thanks to their technological variability, they allow the production of specific textures and structures that provide the foot with the necessary support and flexibility while maintaining easy maintenance.

OrthoLite®: Premium technology of insoles with an open-cell structure, which ensures unparalleled comfort and breathability. Unlike conventional insoles, this foam does not compress during wear – it retains more than 95% of its original thickness and cushioning over time. Thanks to its structure, it allows air to circulate directly beneath the foot, keeping it cool and dry. Additionally, the insoles are enhanced with an antimicrobial treatment that effectively combats odor and bacteria, ensuring a healthy environment inside the shoe even during all-day wear.

Regular D

N-ergy cushioning: Cushioning technology that is designed for maximum shock absorption and running comfort. It uses materials that adapt to the movement of the foot and provide optimal cushioning with every step, improving stability and reducing fatigue during long runs or intense activity.

Rubber: It is one of the most widely used materials for the production of soles due to its high mechanical resistance and durability. The main advantage of rubber soles is their excellent grip (traction) on different types of surfaces, which minimises the risk of slipping. The material is naturally flexible, waterproof and effectively absorbs shocks during walking. Depending on the compound, the rubber can be either soft for better contact with the ground or hard for maximum abrasion resistance on rough terrain.