Mares X-One white snorkel fins (410337)

The Mares X-One white snorkeling fins provide efficient support during underwater exploration, guaranteeing optimal responsiveness and control in the water. User comfort and precise fit have been achieved through a modern adjustment system and a durable construction designed for intensive use in various water environments.

Durable thermoplastic elastomer TPE

The Mares X-One model is made from thermoplastic elastomer (TPE), which is characterised by high resistance to mechanical damage and the flexibility necessary for swift movement in water. TPE ensures the long lifespan of the fins even with frequent temperature changes and exposure to external factors. This material also contributes to maintaining the right balance between stiffness and foot comfort.

Strap fastening and precise adjustment

The Mares X-One fins feature a practical strap fastening and an adjustment system that allows for quick and easy fitting to various foot sizes. This solution enables free use during both short recreational sessions and intensive snorkeling. The adjustment provides fin stability, eliminating slack and increasing movement efficiency underwater.

User comfort and durability

The right design and technologies used in the Mares X-One model translate into a high level of comfort during use. The contoured foot pocket and TPE flexibility minimize pressure on sensitive points, allowing for longer sessions without discomfort. The entire product has been designed with durability in mind, ensuring the fins perform well during intense activities in challenging conditions.

Mares X-One white snorkeling fins - features:

• Construction from high-resistance thermoplastic elastomer TPE;
• Strap fastening for quick putting on and taking off;
• Possibility of precise adjustment for a custom fit;
• Contoured shape enhancing movement efficiency in water;
• User comfort even during long snorkeling sessions;
• Stability of the fin through the elimination of slack while swimming;
• Durability of materials allowing use in various aquatic conditions;
• Flexibility of the construction supporting the natural movement of the foot;
• Design optimised for performance and ergonomics.