Women's hiking boots Merrell Speed Strike 2 Wp monument (J038284)

Merrell Speed Strike 2 WP Women's Hiking Boots in Monument are the perfect solution for trekking enthusiasts who value comfort and functionality. Made from a combination of leather and synthetic materials, these boots provide durability and an excellent fit. With a low collar, wearers can enjoy freedom of movement during long hikes.

WATERPROOF Technology

The Merrell Speed Strike 2 WP Women’s Hiking Boots are equipped with WATERPROOF technology, which effectively protects against moisture while allowing the material to breathe. This feature keeps feet dry even in challenging weather conditions. Additionally, the use of breathable materials aids in moisture wicking, significantly increasing user comfort.

EVA Midsole and Insole

The Merrell Speed Strike 2 boots feature an EVA (ethylene-vinyl acetate) midsole and insole, providing excellent cushioning and support for the foot. This makes the boots comfortable for long hikes and helps reduce leg fatigue. The rubber outsole is slip-resistant, ensuring traction on various surfaces, which is particularly important when trekking on uneven terrain.

Durability and Reinforcements

The Merrell Speed Strike 2 WP Women's Hiking Boots have a partial rand that reinforces the boot's structure and protects against mechanical damage. Thanks to the use of durable materials, these boots perform excellently on any terrain, offering long-lasting protection and reliability. The laces ensure a secure and stable closure, further enhancing comfort and safety during use.

Merrell Speed Strike 2 WP Women's Hiking Boots - Features:

• Low collar for freedom of movement;
• Made from a combination of leather and synthetic materials;
• WATERPROOF technology providing protection against moisture;
• Breathable material supporting moisture wicking;
• EVA midsole for excellent cushioning;
• Slip-resistant rubber outsole providing traction;
• Partial rand reinforcing the boot's construction;
• Laces ensuring a stable closure;
• Durable materials increasing longevity.