CMP Rigel Mid Waterproof Trekking Boots - Olive/Flame

Trekking boots featuring a high-cut upper, crafted from premium leather combined with robust textile material. Outfitted with a waterproof ClimaProtect membrane and a CMP FullOn Grip outsole, these boots excel in hiking scenarios, delivering both comfort and stability across diverse terrains.

The upper section of the boot is crafted from leather that offers exceptional resistance to harsh weather and enhances ventilation. Featuring a ClimaProtect membrane, the boot blocks water and moisture from penetrating while maintaining excellent breathability. An integrated tongue delivers reliable protection against water, mud, small rocks, and other debris entering the interior. Durable laces provide a secure and stable fit for the foot.

The adaptable and robust CMP FullOn Grip outsole delivers reliable stability on various terrains. Optimal cushioning is assured, while the non-slip surface and deep tread pattern offer superior grip, even when facing wet or slick ground conditions. A midsole constructed from durable EVA foam combines with a TPU insert at the rear section of the sole for enhanced foot support and effective shock absorption.

Featuring anatomically shaped Ortholite insoles reinforced with EVA foam, these boots deliver targeted support to the foot’s arch, which is further insulated to maximize stability with every step. The integrated ankle stabilization system and protective collar enhance trail safety. A functional loop at the heel aids in effortless donning and removal of the boots.

• Equipped with a Clima Protect membrane for advanced weather resistance.
• Features a CMP FullOn Grip outsole designed for optimal traction across varied terrains.
• Built with a EVA foam midsole for enhanced cushioning and support during extended use.
• Incorporates an Ortholite insole to provide superior breathability and comfort step after step.
• Constructed using a leather upper to ensure durability and robust protection.
• Includes an ankle stabilization system to maximize joint security and stability during movement.