Men's ski trousers Peak Performance Maroon Hipe 2L Insulated Shell summit sky (G81452020)

Men's skiing trousers Peak Performance Maroon Hipe 2L Insulated Shell summit sky is an advanced product designed for winter sports enthusiasts. Thanks to the use of a 2L membrane and HIPE® 2-way stretch technology, they provide excellent protection against wind and water, as well as freedom of movement during slope activities.

Advanced technologies

The Peak Performance Maroon Hipe 2L Insulated Shell ski trousers utilise a two-layer membrane construction that offers waterproofing at a level of 10000 mm. Cordura® technology increases the material's resistance to mechanical damage, which is crucial during intensive use. The use of HIPE® 2-way stretch allows for flexibility, ensuring the trousers adapt to body movements, providing comfort in any conditions.

Thoughtful design

Men's skiing trousers Peak Performance Maroon Hipe 2L Insulated Shell summit sky are equipped with zippered pockets that protect items from being lost. The regular fit and long legs guarantee comfort and appropriate fitting to the silhouette. The snap fastening and fly increase the product’s functionality, allowing for quick and easy putting on and taking off.

Eco-friendly materials

The Peak Performance Maroon Hipe 2L Insulated Shell ski trousers are made from recycled polyester, making them environmentally friendly. The synthetic filling provides thermal insulation, which is crucial in low temperatures. By using recycled materials, the product combines functionality with care for sustainability.

Men's skiing trousers Peak Performance Maroon Hipe 2L Insulated Shell summit sky - features:

• HIPE® 2-way stretch technology ensures flexibility and comfortable movement;
• 2L membrane offers waterproofing at a level of 10000 mm;
• Cordura® increases the durability of the material against mechanical damage;
• Windproof construction protects against cold air;
• Zippered pockets secure stored items;
• Snap fastening and fly facilitate use;
• Made from recycled materials support environmental protection.