CMP Archie Pant Men's Hiking Trousers - Black - Size L

On a brisk morning trail above the treeline, the CMP Archie Pant keeps you moving comfortably through changing terrain. These men's hiking trousers combine a four-way stretch fabric with a water-repellent finish, so you can scramble over rocks or push through damp brush without hesitation. The regular fit and articulated knees allow a natural stride, while the elasticated waist with belt loops ensures a secure, personalised fit.

Key specifications

• Main material: 92% polyester, 8% elastane
• CMP Dry Function technology for rapid moisture management
• Four-way stretch for unrestricted movement
• PFC-free durable water repellent (DWR) finish
• Wind-resistant and breathable construction
• UPF 30+ sun protection
• Regular fit with elasticated waist and belt loops
• Two zippered hand pockets and one zippered back pocket
• Articulated knees for enhanced mobility
• Zipper fly with button closure
• Ideal for hiking, trekking, and outdoor activities in spring, summer, and autumn

Why choose it

The Archie Pant is built for dynamic outdoor use. Its four-way stretch fabric moves with you, while the quick-drying, breathable material keeps you comfortable during high-output hikes. The water-repellent coating sheds light rain and dew, and the wind resistance adds warmth on exposed ridges. With UPF 30+ protection, you can stay out longer under the sun. Zippered pockets keep essentials secure, and the articulated knees reduce fabric bunching on steep ascents.

Ideal use cases

• Day hikes and multi-day treks in mild to cool conditions
• Scrambling and rocky terrain where freedom of movement is essential
• Changeable weather with light rain, wind, or intense sun
• Spring, summer, and autumn outdoor adventures

Good to know

The PFC-free DWR treatment is environmentally conscious without compromising performance. The elasticated waist with belt loops allows a customised fit, and the zippered pockets secure your valuables. The articulated knees are specifically designed to reduce fabric bunching, enhancing comfort on steep ascents.