Women's hiking shoes Merrell Moab Speed 2 hazel (J038828)

Merrell Moab Speed 2 Hazel Women's Hiking Shoes are an excellent choice for hiking enthusiasts seeking comfort and durability. Made from fabric, they provide optimal breathability, which is essential during long trips in variable weather conditions. Additionally, the low-cut design allows for freedom of movement and a swift pace over challenging terrain.

Advanced Vibram® TC5+ and FlexPlate™ Technologies

The Merrell Moab Speed 2 Hazel women's hiking shoes are equipped with Vibram® TC5+ and FlexPlate™ technologies, ensuring excellent grip and stability on various surfaces. Thanks to the Vibram® TC5+ outsole, users can rely on dependable traction even in tough terrain. FlexPlate™ supports the natural movement of the foot and provides additional support on uneven surfaces.

Comfortable FloatPro™ Foam Midsole

The Merrell Moab Speed 2 Hazel women's hiking shoes also feature a FloatPro™ Foam midsole, offering exceptional cushioning. This makes every step more comfortable, which is particularly important during extended use. The ethylene-vinyl acetate (EVA) insole further enhances comfort by adapting to the shape of the foot.

Eco-Friendly Approach and Sustainable Development

The Merrell Moab Speed 2 Hazel women's hiking shoes stand out for their environmentally friendly approach. Made from recycled materials, they support the idea of sustainable development. Reinforcements in the form of a partial rand provide extra protection and durability, while the lace-up closure allows for a personalised fit to the wearer’s foot.

Merrell Moab Speed 2 Women's Hiking Shoes - Features:

• Made from breathable fabric;
• Vibram® TC5+ technology for excellent grip;
• FlexPlate™ supporting natural foot movement;
• FloatPro™ Foam midsole offering exceptional cushioning;
• Ethylene-vinyl acetate (EVA) insole for increased comfort;
• Low-cut design ensuring freedom of movement;
• Partial rand for additional protection and durability;
• Laces allowing for a personalised fit;
• Made from recycled materials supporting sustainable development.