Men's Endura Singletrack pewter cycling longsleeve (E3214PW)

Men's cycling longsleeve Endura Singletrack pewter was designed with mountain biking and gravel enthusiasts in mind. Made from high-quality materials, it combines functionality and comfort, making it an ideal choice for demanding trails. Thanks to the use of polyester and elastane, it provides a proper fit and flexibility, without restricting movement during the ride.

Material and composition

The material used for the men's cycling longsleeve Endura Singletrack pewter is a blend of polyester and elastane. Polyester makes up 88% of the composition, ensuring durability and abrasion resistance. The addition of 12% elastane provides elasticity, which is key for user comfort. This material features quick-drying properties, which is important during intense physical effort. Thanks to this, the longsleeve quickly wicks away moisture, ensuring thermal comfort.

Functionality and use

The men's cycling longsleeve Endura Singletrack pewter is equipped with pockets, increasing its functionality. The ability to store small items such as keys or energy gels is extremely practical during longer rides. The product features a standard fit, meaning it is ideal for those who prefer slightly looser clothing that does not restrict movement. 

Environmental friendliness

Endura, as a brand, places great importance on environmental protection, which is evident in the design of this longsleeve. The product is made from recycled materials and is free from harmful PFC substances. This conscious approach to production helps reduce the negative environmental impact, which is important to an increasing number of consumers.

Purpose and brand

The men's cycling longsleeve Endura Singletrack pewter is primarily dedicated to MTB and gravel lovers. Its construction and materials have been selected to meet the demands of these disciplines. The Endura brand is known for producing high-quality cycling apparel, making this product a trustworthy choice for every cyclist seeking reliability and functionality in challenging terrain conditions.