Zwemvinnen

Basic characteristics: Agua is a very easy fin to use and doesn’t require any special athletic or water-sport abilities, yet it still delivers ex...

Basic characteristics: Designed for young adventurers, the X-One Junior snorkel fins offer durability and a lightweight flipper using Channel Thr...

Basic characteristics: The Palau long adjustable fin (LAF) opens the way for a new type of snorkeling and swimming fin. It has been designed for ...

Basic characteristics: The Palau long adjustable fin (LAF) opens the way for a new type of snorkeling and swimming fin. It has been designed for ...

Basic characteristics: Simple to use and highly durable, the Clio is a favorite snorkel fin for anyone on a budget. It combines a responsive blad...

Basic characteristics: All of Cressi’s seventy-year experience has gone into these fins, which are a modern revival of the successful principles ...

Basic characteristics: 100% flexible unbreakable low modulus polypropylene high end snorkeling/pool fin. Vamp inserted into half foot pocket. Hi...

Basic characteristics: Fin for swimming and snorkeling 100% flexible, unbreakable low modulus polypropylene blade Vamp inserted into half foot po...

Basic characteristics: Hermes snorkel fins feature a short blade and full foot design, making them ideal for swim training to strengthen leg musc...

Basic characteristics: The Clipper fins feature a simple yet effective design, prioritizing comfort and performance. Equipped with a highly comfo...

Basic characteristics: X-One - the perfect choice for exploring the seabed and underwater adventures. Exceptional comfort and compact blade desig...

Basic characteristics: Ideal for seabed exploration during your vacation. Ultra-soft foot pocket and lightweight, responsive fin design. No buckl...

Basic characteristics: High resistance short fin for swimming and light snorkeling 100% flexible unbreakable low modulus polypropylene Vamp inser...

Basic characteristics: Short blade foot pocket fin made of 100% natural rubber with high resistance to breakage and degradation by erosion Foot p...