Cressi Pro Light Open Heel Scuba Diving Fins
The combination of 3 different materials guarantees the optimization of the requirements in every area of the fin:
Main propylene body: this material, inherited from apnea fins, has as main feature the extremely rapid energy transmission applied and its great structural rigidity. It is applied on the blade and on the internal sandwich sole area. It is really nervous and reactive and facilitates an effective and agile flutter. It has a relationship effort-efficiency clearly superior to traditional materials (natural or thermoplastic rubber, polyurethane, EVA). It also has a great resistance to breaks to the point that Cressi guarantees it lifelong to a sportive usage.
Flexible elastomer: it’s applied on the foot pocket and on areas that require flexibility and elasticity, because that influences the diver’s comfort (on the foot pocket’s forefoot, the sole’s interior and the instep area that is in contact with the anckle). It’s also applied on areas that require anti-slip capacity: on the sole (only the floor contact area) and on the blade sides. The fusion of both materials is produced at molecular level and its solidity is guaranteed lifelong to a sportive usage.
Longitudinal section “spina di pesce”: this concept, inherited from apnea fins, implies that the blade has a decreasing thickness as it approaches the point. This way, the arching recover, which the fluttering makes on the fin, causes a spring effect when the blade is recovered. Also, makes the fin’s flexion to be much more progressive, improving the fluttering directionality.
Foot pocket with three different volumes, with narrow central area to maintain the foot firmly fixed inside and to make direct and precise the effort transmission foot-foot pocket-blade.
Main propylene body: this material, inherited from apnea fins, has as main feature the extremely rapid energy transmission applied and its great structural rigidity. It is applied on the blade and on the internal sandwich sole area. It is really nervous and reactive and facilitates an effective and agile flutter. It has a relationship effort-efficiency clearly superior to traditional materials (natural or thermoplastic rubber, polyurethane, EVA). It also has a great resistance to breaks to the point that Cressi guarantees it lifelong to a sportive usage.
Flexible elastomer: it’s applied on the foot pocket and on areas that require flexibility and elasticity, because that influences the diver’s comfort (on the foot pocket’s forefoot, the sole’s interior and the instep area that is in contact with the anckle). It’s also applied on areas that require anti-slip capacity: on the sole (only the floor contact area) and on the blade sides. The fusion of both materials is produced at molecular level and its solidity is guaranteed lifelong to a sportive usage.
Longitudinal section “spina di pesce”: this concept, inherited from apnea fins, implies that the blade has a decreasing thickness as it approaches the point. This way, the arching recover, which the fluttering makes on the fin, causes a spring effect when the blade is recovered. Also, makes the fin’s flexion to be much more progressive, improving the fluttering directionality.
Foot pocket with three different volumes, with narrow central area to maintain the foot firmly fixed inside and to make direct and precise the effort transmission foot-foot pocket-blade.
Rp.1.230.000