Cressi Gara Modular Sprint – fins, interchangeable blade

The Gara Modular Sprint fin is the new 2021 model in the Cressi Gara line.

A lot of fin for the money, and the Cressi Gara Modular Sprint is well suited to freediving and snorkelling.

The fin can be taken apart, and then it takes up no more storage space than an ordinary full-foot snorkelling fin. That makes it easier for travel, storage and transport.

One of the unique things about the Gara Modular fins is that you can adjust the size/width of the foot pocket yourself (if for example you use neoprene socks of different thicknesses, or have junior divers who are growing).

The total length of the fins is 70cm

Description

Features and characteristics

# Modular fin that can be taken apart and where the foot pocket can be adjusted in size

# The fin blade sits at an angle of 29 degrees

# The Cressi Gara Modular foot pocket makes it easy to change fin blades (if you later want to upgrade to Impulse or Impulse carbon)

# Very good propulsion and power in every kick. Do not judge them on their length 🙂

# Comfortable fit

# Short fin blade, which means your legs get less tired (less muscle fatigue)

# Fin blade in thermoplastic elastomer, which makes it powerful, thin and light in weight

# Adjustable foot pocket (easy to adjust yourself), in thermoplastic rubber

# Budget-friendly fin for beginners, snorkellers and freedivers at all levels

Description
The Gara Modular Sprint fin is the new 2021 model in the Cressi Gara line.

It 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.

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

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.