Logo
Català Español English


   

   

FINS

GARA 3000 HF Deriving from the 2000 from which it has copied many excellent features, this fin was created for users who want maximum performance.
The fin is made using the unbeatable Cressi cocktail, patented all over the world, of moulding in 3 materials.
However, the blade has a refined and all-new structure with differentiated thickness, that gets thinner closer to the edge, reducing itself by 50% in the final section.
This extraordinary feature brings the different zones of the blade into line with the stress from kicking, allowing differentiated and optimum bending of the actual blade.
The subsequent result is amazing, with performance that was unheard of in this sector until now.
The differentiated thickness structure has made it possible to increase the length of the blade by a few centimetres, without putting excessive strain on leg muscles, all to the advantage of propulsion performance.
Two small flaps at the end of the blade guarantee excellent direction during stride, even given the considerable length of the fin.
Gara 3000 is the fin of champions, deep sea divers, anyone who doesn\'t want to compromise in terms of performance, so, in a nutshell, anyone who just has to have the best.

Technical features
Size Length Width Height Length blade Weight single fin
40/41 87.5 cm 21 cm 7.5 cm 61 cm 930 g
42/43 88.5 cm 21 cm 8.5 cm 62 cm 975 g
44/45 91 cm 21.5 cm 9.5 cm 63 cm 1070 g
46/47 92.5 cm 21.5 cm 9.5 cm 63.5 cm 1160 g
GARA 3000 LD A new version of the really powerful Gara 3000 fins has been created and is called Gara 3000 LD.
The structure of the new fins is identical to the greatly-appreciated Gara 3000, but the material of the blade, which is softer, is what makes them stand out.
The LD in the 3000 LD stands for Long Distance, indicating the main use of the product, and these fins have emerged from the need to offer enthusiasts increasingly powerful fins, which are however less demanding than the Gara 3000 fins.
Less muscle effort is required for kicking so divers can use them for longer, making them perfect to use many hours in a row.
The softer blade is also very suitable for use in cold water, which is notorious for its tendency to stiffen materials and make them less flexible.
MASTER FROG This fin has the same construction materials and process employed for the Gara 2000 fin: blade, frame, and foot-pocket materials are indeed assembled together through a unique Cressi's patented moulding procedure thus ensuring unequalled power, lightness, performance, and comfort.
MILLENNIUM BLACK MILLENNIUM FOOT POCKET
Omersub interchangeable foot pocket has been designed and developed internally by our technicians and it is manufactured with newest rubber compression molding technologies existing today.
The internal geometry of the foot pocket, thanks to the great experience of Beta Tools in the production of safety shoes, has been ergonomically designed to fit with total comfort.
The foot pocket is produced with natural rubber in two different stiffness compounds throughout the different sections of the pocket to maximize the efficiency of the stroke without compromising comfort.
MILLENNIUM ICE MILLENNIUM FOOT POCKET
Omersub interchangeable foot pocket has been designed and developed internally by our technicians and it is manufactured with newest rubber compression molding technologies existing today.
The internal geometry of the foot pocket, thanks to the great experience of Beta Tools in the production of safety shoes, has been ergonomically designed to fit with total comfort.
The foot pocket is produced with natural rubber in two different stiffness compounds throughout the different sections of the pocket to maximize the efficiency of the stroke without compromising comfort.
ICE BLADES
The design of these blades and the production moulds have been developed, over a period of two years, in cooperation with the research and development department of one of the world’s leading thermoplastic materials manufacturers, based in Germany. The product has been tested for over a year around the world in every climatic condition.
The fin design has been engineered so as to allow the thermoplastic material to perfectly flow and cool inside the production mould, leaving no stress or tensions in the structure of the blade.
<< < Page 2 of 4 > >>