Gara Modular Sprint Fins - Blue Metal - FS-CBH082040X - Cressi

Gara Modular Sprint Fins - Blue Metal - FS-CBH082040X - Cressi

> The new Gara modular sprint fin is a shorter version of the impulse fin, which proved to be hugely popular with freedivers worldwide,

> both amateurs and the most demanding professional freedivers.

> This is also confirmed by the large number of articles dedicated to it by specialized journalists in sector magazines.

> Sprint is designed to meet the needs of freedivers and spearfishers who practice this sport in wintertime and when a fin as long as the impulse is not necessary.

> Both fins have been designed using expensive finite element software programs that allow highly complex and equally high-performance sections to be defined.

> The blade of sprint, like the impulse blade, is made of a single thermoplastic elastomer, although it would be more correct to refer to an angled sublayer and an overlay.

> The sublayer follows the shape and dimensions of almost the entire fin.

> It has a uniform thickness and a flexible longitudinal propulsion wing of variable length.

> In contrast, the so-called overlay covers the propulsion wing selectively and has a thickness that slopes from the maximum value to zero longitudinally towards the tip of the blade. As a result, the fin offers a new way of storing and releasing elastic potential energy, greatly assisting the movement of the freediver’s legs and thus guaranteeing a net improvement in propulsive output.

> When disassembled, the blade and foot pocket occupy the space of a normal snorkeling fin

TECHNICAL FEATURES:

• Excellent propulsive performance without tiring anyone, beginners or professionals

• Thermoplastic rubber foot pocket, certified full contact

• Standard blade/stringer interface with screws under the foot pocket and side clips

• Extremely thin and light blade in a compound made of elastomeric technopolymers developed by Cressi with different thicknesses

• Stringer consisting of technopolymers with elastomeric loads with high flexural modulus

• Foot pocket/blade angle of 29 degrees

• All fin components are also supplied separately.