Men's sweatshirt REGATTA Montes light sage (RMA212-ZYW)

Men's REGATTA Montes light sage sweatshirt is an excellent choice for those seeking comfort and functionality in everyday use. Made from high-quality recycled polyester, the sweatshirt combines a modern approach to environmental protection with durability and reliability. With a weight of 140 g/m², it offers lightness, making it an ideal solution for a variety of activities, both in urban settings and outdoors.

Breathable material

The men's REGATTA Montes light sage sweatshirt features excellent breathability, allowing for comfortable wear even during more intense activities. The material ensures effective air circulation, minimising the risk of overheating and increasing wearing comfort. The regular fit cut additionally provides optimal fitting without restricting movement, making the sweatshirt even more functional.

Partial zip for greater convenience

The sweatshirt features a partial zip, making it easier to put on and take off, and also allowing for ventilation adjustment as needed. This type of fastening is practical and enables quick adaptation of the clothing to changing weather conditions. Thus, the sweatshirt is ideal for outdoor activities where dynamism and flexibility are key.

Eco-friendly approach to production

REGATTA, as a brand that cares for the environment, has used recycled materials in the production of the sweatshirt. The use of recycled polyester is a step towards sustainable development, minimising the negative impact on the natural environment. As a result, the men's REGATTA Montes light sage sweatshirt is not only a comfortable choice but also a conscious one, appreciated by those who pay attention to the ecological aspects of clothing.

Men's REGATTA Montes sweatshirt - features:

• Regular fit cut providing a comfortable fit;
• Weight of 140 g/m² guaranteeing lightness and wearing comfort;
• Made from 100% recycled polyester;
• Material providing excellent breathability;
• Partial zip allowing ventilation adjustment;
• Eco-friendly approach through the use of recycled materials.