Women's hiking boots Merrell Bravada Edge 2 Thermo Demi grey (J038200)

Merrell Bravada Edge 2 Thermo Demi Grey Women’s Hiking Boots are the perfect solution for active women who value comfort and functionality during trekking. Made from a combination of leather and fabric, they provide excellent protection against the elements and durability. Their exceptional breathability and insulating properties make these boots ideal for colder days.

Quantum Grip™ Technology

The Merrell Bravada Edge 2 Thermo Demi Grey women’s hiking boots feature Quantum Grip™ technology, which guarantees excellent traction on a variety of surfaces. The specially designed outsole provides stability and confidence with every step, essential for hiking on varied terrain. This allows users to enjoy safe and comfortable movement over challenging ground.

Waterproofing and Moisture Protection

The Merrell Bravada Edge 2 Thermo Demi Grey women’s hiking boots are waterproof, making them perfect for rainy days. The Waterproof technology effectively protects against moisture while allowing feet to breathe. This ensures dryness and comfort throughout the day, regardless of weather conditions.

Comfort and Cushioning

The Merrell Bravada Edge 2 Thermo Demi Grey women’s hiking boots are equipped with Merrell® Air Cushion technology, which enhances wearing comfort. A special air cushion located in the heel absorbs shocks, providing additional cushioning. Additionally, the EVA insole supports the foot, contributing to comfort during extended use.

Merrell Bravada Edge 2 Thermo Women’s Hiking Boots – Features:

• High ankle collar providing stability and ankle protection;
• Waterproofing thanks to the applied Waterproof technology;
• Breathable upper material made of fabric and leather;
• Quantum Grip™ technology ensuring excellent traction;
• Merrell® Air Cushion enhancing comfort and cushioning;
• EVA insole supporting the foot during hikes;
• Durable material ensuring long-lasting use;
• Lace-up fastening for a personalised fit;
• Grippy outsole adapted to various surfaces.