Long Fin Cressi Gara 2000 HF

The Gara 2000 HF is the first fin in the world made by combining three different materials, a process that Cressi perfected and patented. This process guarantees unsurpassed performance. The blade is made from a special reactive polypropylene, which is extremely light, and has a blade snap that progressively charges during the fining upward stride to react like a spring at the exact moment the stride is inverted. 

This development in fin construction gives the diver increased thrust required to keep up with their prey. A soft elastomer foot pocket anatomically wraps around the foot, surrounding it with a comfortable bite that guarantees perfect transmission of the leg-fin thrust. A solid copolymer hardens some critical zones of the foot pocket and extend along the sides of the foot pocket in two lateral stringers that go halfway down the blade, assisted by special raised bands on the bottom of the blade, these stringers function, is to regulate and harmonize the bending of the blade, at the same time protecting it from shocks and abrasions. 

The fins are extremely lightweight compared to equivalent models of rubber full foot fins. This light- weightiness reduces the inertial masses to the minimum allowing less resistance to acceleration when needed. This gives the full advantage of the effort-efficiency ratio. This fin is designed for deep skin-diving, although Scuba professionals and instructors appreciate its efficiency also. Fins are available in multiple sizes.

Long Fins Cressi Gara 2000 HF Features:

• Cressi Gara 2000 HF Fins:
• Fin Used by World Class Free Divers
• Used for Diving to Record Depths
• Combine’s Lightness, Thrust, Comfort and Durability
• Soft and Comfortable Foot Pocket
• Three-Material Patented Design
• Snap Blade for High Efficiency
• Shock and Abrasion Resistant
• Cressi-Sub Quality
• Available in Multiple Sizes

Double composition foot pocket: Flexible elastomer –thermo rubber – Shore 50º (grey color): it’s applied on areas that require flexibility and elasticity (on the foot pocket’s forefoot, the sole’s interior and the instep area that is in contact with the ankle) because that influences the diver’s comfort Compact elastomer Shore 90º (black color): it’s flexible but not elastic. It’s applied on areas that require a rubber composition, anti-slip but strong and of great resistance (on the longitudinal ribs, foot pocket’s sole and foot’s head strap)

Compact elastomer Shore 90º (black color): it’s flexible but not elastic. It’s applied on areas that require a rubber composition, anti-slip but strong and of great resistance (on the longitudinal ribs, foot pocket’s sole and foot’s head strap). This material links the energy transmission critical point (the instep) with the nerves in a single piece, avoiding the usual energy loss through extremely flexible components of the foot pocket that produce a heavy and slow flutter that fatigues the instep.

High-modulus propylene: 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. It also has a great resistance to breaks to the point that Cressi guarantees it lifelong to a sportive usage.