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The Marlin Miami Fins are a excellent choice for snorkeling. Soft footpocket made from flexible and tactile rubber, designed to be worn on bare feet. Blade made from high quality technopolymer, Miami Fins provide maximum comfort and efficiency while swimming. Blade design allows for equally powerful and smooth stroke. Additionally, the footpocket is reinforced on the bottom, to reduce strain on the feet.
The Marlin Miami Fins are a excellent choice for snorkeling. Soft footpocket made from flexible and tactile rubber, designed to be worn on bare feet. Blade made from high quality technopolymer, Miami Fins provide maximum comfort and efficiency while swimming. Blade design allows for equally powerful and smooth stroke. Additionally, the footpocket is reinforced on the bottom, to reduce strain on the feet.
The Marlin Miami Fins are a excellent choice for snorkeling. Soft footpocket made from flexible and tactile rubber, designed to be worn on bare feet. Blade made from high quality technopolymer, Miami Fins provide maximum comfort and efficiency while swimming. Blade design allows for equally powerful and smooth stroke. Additionally, the footpocket is reinforced on the bottom, to reduce strain on the feet.
The Marlin Cayman Fool Foot Fins are lightweight and flexible fins for snorkeling and soft diving. Soft footpocket made from flexible and tactile rubber, designed to be worn on bare feet. Marlin Cayman provide a high level of comfort and good results. The use of the latest materials and the emerging of new technologies made it possible to make the blade more efficient. The combinned blade is made of technopolymer and thermoplastic rubber (TPR) features drag reducing vents to provide good traction with minimal effort for optimal performance.
The Marlin Cayman Fool Foot Fins are lightweight and flexible fins for snorkeling and soft diving. Soft footpocket made from flexible and tactile rubber, designed to be worn on bare feet. Marlin Cayman provide a high level of comfort and good results. The use of the latest materials and the emerging of new technologies made it possible to make the blade more efficient. The combinned blade is made of technopolymer and thermoplastic rubber (TPR) features drag reducing vents to provide good traction with minimal effort for optimal performance.