You won't find a better price to performance ratio than what's offered by the WAKE open heel fin. Offering a traditional paddle-style blade, this fin is well-suited to a variety of diving scenarios and perfect for travel. It's a no-frills and no-nonsense solution to enjoyable, efficient, and economical finning.
BLADE
The main feature of this fin is its polypropylene blade that provides an excellent response. And weight is no longer a problem.
These fins provide more thrust power to a diver’s kicking, which results into an excellent effort/performance ratio.
Special grooving for water channelling moulded on the surface provides outstanding stability and direction.
The thermorubber foot pocket (with varying levels of hardness) is very comfortable to wear and a proper fit is ensured by ergonomic design.
The heel strap, an exclusive Cressi design, is a special round bungee cord band that perfectly adjusts to all foot sizes and shapes and provides a comfortable, practical and manageable fastening.
Brand new design for this extremely effective and yet very easy to use fin. The special arched profile of the fins combined with the two central ribs promote a significant flow convection effect, known as “spoon effect”, which stabilizes and boosts propulsion.
Two lateral holes discharge the negative forces typically associated with this area and at the same time make for enhanced stability.
The blades are molded from two different materials for improved reactivity.
These fins are perfect for scuba diving, whether you are an experienced diver or a novice.
Cressi’s latest addition to its extensive line of world renowned fins is the Frog Plus open heel scuba diving fin. The Frog Plus features many of the great characteristics of a traditional paddle fin along with introducing a revolutionary new blade material that is both extremely durable and nearly indestructible. The Frog Plus utilizes Cressi’s patented three material injection molding process. The three materials consist of a nice comfortable rubber on the foot pocket that extends up the side rails of the blade.
