Men's thermal trousers ODLO Fundamentals Performance Warm Bl Bottom Long black (198032/15000)

Men’s ODLO Fundamentals Performance Warm Bl Bottom Long thermal trousers in black are the perfect choice for those seeking comfort and functionality on colder days. Made from polyester, they provide excellent thermal regulation, which is key to maintaining an optimal body temperature. Their lightness and flexibility make them comfortable during a variety of physical activities, from trekking to winter running.

ZeroScent Technology

The men’s ODLO Fundamentals Performance Warm Bl Bottom Long thermal trousers in black utilise advanced ZeroScent technology. This effectively minimises unpleasant odours, enhancing wearing comfort. The technology is based on natural antibacterial properties, allowing for longer use without the need for frequent washing.

Slim fit cut

The slim fit cut of the men’s ODLO Fundamentals Performance Warm Bl Bottom Long thermal trousers in black ensures an excellent fit to the body. This means the garment hugs the body without restricting movement, allowing full freedom during activity. This design makes the trousers ideal as a base layer under other clothing, which is important in winter conditions.

Eco-friendly approach

The men’s ODLO Fundamentals Performance Warm Bl Bottom Long thermal trousers in black are made from recycled materials, reflecting their environmental friendliness. Using secondary raw materials not only reduces the carbon footprint but also supports sustainable development. This is an excellent choice for those who want to care for the planet without compromising on quality and functionality.

Men’s ODLO Fundamentals Performance Warm Bl Bottom Long thermal trousers – features:

• Made from polyester providing thermal regulation;
• ZeroScent technology minimising unpleasant odours;
• Slim fit construction ensuring an excellent fit;
• Lightweight for comfortable wear;
• Flexible material supporting freedom of movement;
• Recycled materials supporting the environment;
• Eco-friendly thanks to the use of secondary raw materials.