Cressi Elba black water shoes (XVB9413)

The Cressi Elba black water shoes are designed for users seeking reliable protection and comfort while engaging in water sports. This model uses advanced materials and functional design solutions to ensure maximum grip on wet surfaces and comfort in all conditions.

Non-slip outer sole

The outer sole made of thermoplastic material provides high abrasion resistance and excellent grip on wet and slippery surfaces. The anti-slip technology used in the Cressi Elba model guarantees stability both on the boat deck and while walking on the beach or rocky bottom. The material's durability allows for intensive use in diverse conditions typical of water sports.

Breathable mesh upper

The upper made of mesh material ensures optimal ventilation for the feet, which reduces overheating even during prolonged activities by the water. The mesh structure facilitates quick water drainage and supports efficient drying of the shoes after immersion. The upper material is characterised by lightness and flexibility, enhancing comfort and freedom of movement.

Quick lacing system and low construction

The Cressi Elba model is equipped with a quick lacing system that allows for precise and stable fitting of the shoes to the foot. The low-profile design increases the range of motion and makes it easy to put on and take off the shoes, which is particularly important during activities on the beach or in the water. These features enhance the functionality and comfort of daily use.

Cressi Elba black water shoes - features:

• Outer sole made from durable thermoplastic material providing grip on wet surfaces;
• Upper made of breathable mesh material for maximum foot ventilation;
• Anti-slip technology for safe movement on slippery surfaces;
• Low construction allowing for free movement and easy wearing;
• Quick lacing system ensuring fast and stable adjustment;
• Model designed for activities in water sports;
• Flexible materials increasing wearing comfort during water use;
• Quick water drainage due to the mesh structure;
• Resistance to intensive use in diverse conditions;
• Functionality adapted to beach, kayaking, and diving needs.