Cressi Reaction EBS Fins
Made with the exclusive 3-material injection system patented by Cressi, it fully responds to the trends of modern diving with some moderate dimensions and weight and an excellent combination of resistance, power, comfort and aesthetics. The main basis of the structure is the use of polypropylene as a material with excellent mechanical performance.
Produced in three different materials fused in a single process (patented by Cressi). Each of them is used in different areas of the fin depending on the various needs of flexibility, hardness, reactivity or resistance. In this way, each area can be assigned the ideal dynamic characteristic required, without the need to increase the thickness, obtaining maximum lightness and saving inertia:
Characteristics:
- Foot pocket submitted to the blade: the blade originates directly from the upper part of the foot pocket, solidly joining the end to the foot and transmitting all the effort generated by the kick without the loss of energy through soft areas. This system allows the water to be channeled from the ankle itself to the final edge of the blade, unlike traditional models, in which the foot pocket has no contribution to the advancement, improving the directionality of the kick.
- Double side stringers, alternating to achieve fully controlled structure and flex.
- Thickness of the blade with decreasing "herringbone" profile to improve the directionality of the fin stroke and obtain greater inertia of the final part of the fin.
- Reinforced shoe in the upper area by an additional thickness and laterally by two polypropylene extensions from the blade to avoid energy dispersion in the process of transmission from the foot to the blade.
- The shoe has three different volumes, with a narrow central area so that the foot remains firmly positioned inside and the transmission of effort between the foot and the shoe is direct and precise.
- 360º quick-adjust swing buckles. Allow for ideal automatic positioning of the strap during finning. A new buckle locking system prevents accidental and frequent release of the buckle (female).
Cressi Reaction EBS Fins
Made with the exclusive 3-material injection system patented by Cressi, it fully responds to the trends of modern diving with some moderate dimensions and weight and an excellent combination of resistance, power, comfort and aesthetics. The main basis of the structure is the use of polypropylene as a material with excellent mechanical performance.
Produced in three different materials fused in a single process (patented by Cressi). Each of them is used in different areas of the fin depending on the various needs of flexibility, hardness, reactivity or resistance. In this way, each area can be assigned the ideal dynamic characteristic required, without the need to increase the thickness, obtaining maximum lightness and saving inertia:
Characteristics:
- Foot pocket submitted to the blade: the blade originates directly from the upper part of the foot pocket, solidly joining the end to the foot and transmitting all the effort generated by the kick without the loss of energy through soft areas. This system allows the water to be channeled from the ankle itself to the final edge of the blade, unlike traditional models, in which the foot pocket has no contribution to the advancement, improving the directionality of the kick.
- Double side stringers, alternating to achieve fully controlled structure and flex.
- Thickness of the blade with decreasing "herringbone" profile to improve the directionality of the fin stroke and obtain greater inertia of the final part of the fin.
- Reinforced shoe in the upper area by an additional thickness and laterally by two polypropylene extensions from the blade to avoid energy dispersion in the process of transmission from the foot to the blade.
- The shoe has three different volumes, with a narrow central area so that the foot remains firmly positioned inside and the transmission of effort between the foot and the shoe is direct and precise.
- 360º quick-adjust swing buckles. Allow for ideal automatic positioning of the strap during finning. A new buckle locking system prevents accidental and frequent release of the buckle (female).