Freediving Fins

The new Gara Turbo Sprint fin is a shorter version of the Gara Turbo fin.

Sprint is designed to meet the needs of freedivers and spearfishers who practice this sport in wintertime and when a blade as long as 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 mad 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.

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

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
Impulse is not necessary.
Both fins have been designed using expensive finite element
software programs that allow highly complex and equally highperformance
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 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 compound made
of elastomerized 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

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Avanti Tre features a soft anatomical orthopedic foot pocket, and mid-sized blade with three channels for optimal movement of water during the kicking cycle. Tre is perfect for travel to warm water locations. Upper and lower stabilizers help transfer energy from the foot pocket to the blade. Fin gives an easy kick for extended snorkeling time. Super-channel is designed for the diver who wants the perfect blend of power and efficiency in one fin. The Avanti Tre, Mares design is inspired by marine mammals. Channel Thrust technology maximizes the channeling of water and moves a much greater amount of water compared to other fins of the same size. The result is greater thrusting power with the same amount of effort. The result: superior comfort and performance. The new blade design with a large central Super-channel and two traditional lateral channels provide excellent thrust while maintaining hi-efficiency and minimizing leg fatigue. Overall fin lengths are from 22 to 26.8 (56 to 68 cm) and weight 2 lbs to 3.1 lbs (0.92 kg to 1.4 kg). Avanti Tre comes in Black, Blue or Yellow, six sizes to choose from and has a 24 month limited warranty. Learn More

Aqua Lung Stratos 3 is a durable, light and affordable fin, ideal for intensive use in Diving Centers. A special finishing inside the foot pocket ensures high stability. Ergonomic Foot Pocket design with reinforced soft material that allowes great comfort. The fin has to be worn bare foot or with sock. a 3-materials side rib area that helps the blade flexing. The bending point has been moved backward. Benefits: more powerful kick with less efforts. New materials have been studied and developed, based on TPO (thermoplastic-olephinic rubber) to guarantee durability. The Blade is made of strong and elastic technopolimers. The blade has a 4-channel structure for a better water canalization along the blade. Side wings on the blade top enhances swim performance and stability. Rubber side ribs in customized Aqua Lung compounds gives very elastic, robust, resilient and anti-scratch structure to the blade.

 

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Following the Impulse project we have successfully transferred the same design parameters for S-shaped undulating deformation to this innovative fin.

This particular movement permits a notable accumulation of elastic potential energy in the blade, which is released in the return kick, transforming into thrust.

The thermoplastic rubber used for the water channelling rails is extremely flexible and soft so as not to undermine the intrinsic characteristics of the blade.

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Manufactured entirely at C4 plant in Italy, STORM fins are made by over- molding a technopolymer blade with 250 footpockets.
These fins are ideal not only for diving novices but also for experienced spearos and freedivers who spearfish in shallow waters (0-18mt).

Storm fins feature a comfortable foot pocket, a soft and reactive blade but 10 cm shorter than the standard length featured on spearfishing fins.

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The closed-foot version of the Reaction fins, the buckle-up version has met with full approval from divers. The frame is moulded in three different materials, according to the Cressi patented system that guarantees surprisingly smooth and powerful kicking. The blade is rather long, and has a differentiated thickness - thicker at the front end of the foot, it gets progressively thinner towards the end of the blade. The wide- soled foot is very comfortable and outstandingly enveloping thanks to the extensive use of elastomers. The soles are completely covered in thermo-rubber to give them an excellent grip on boat decks. These fins have been designed not just for swimming and free-diving, but also for scuba diving, where they will surprise you with their fantastic performance. Learn More

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 Impulse is not necessary. Both fins have been designed using expensive finite element software programs that allow highly complex and equally highperformance 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 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. Learn More

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• Perfect Fins for dives in tropical waters or for snorkeling
• Created for Heavy Duty intensive use, guaranteeing maximum reliability and durability
• New ergonomic form of the shoe. The 25° blade inclination was studied to obtain the best performance with minimal effort.
• Blade material: technopolymer
• Shoe material: thermoplastic rubber.

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The blade of the Gara Modular Impulse completes the range of Cressi fins, inserting a bending angle of 29 degrees, which allows you to further increase the dynamic performance of the fin. The blade has an incredible resistance to any type of shock, impact or stress, making it almost impossible to break accidentally.TECHNICAL FEATURES:- Excellent propulsive performance without tiring anyone, beginners or professionals- Extremely thin and light blade in compound made of elastomerized technopolymers developed by Cressi with different thicknesses- Stringer consisting of technopolymers with elastomeric loads with high exural modulus- Footpocket / blade angle of 29 degrees Learn More

Aqua Lung Wind Fins

The Wind is a new entry-level full pocket fin, ideal for light scuba and snorkeling. Even though it is compact and lightweight, the Wind is still robust and comfortable.

A full-pocket, entry-level fin that's ideal for your next scuba or snorkeling adventure. Lightweight yet robust, compact yet comfortable, this fin is ideal for travel. Enjoy the ergonomic foot pocket designed for the anatomy of the foot. This fin features a rigid sole for optimal foot protection and smooth power transition to the blade.

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Umberto Pelizzari. This mythical name and not much more would be enough to describe these fins. Tens of thousands of hours spent training, an impressive series of World Records in Constant Weight make Umberto an absolute reference when it comes to knowledge and experience in the use of freediving equipment.

The new UP fins featuring technopolymer blades and 250 foot pockets are the result of the close collaboration between Umberto and C4.

The Technopolymer Blade Fin has been created by using the most recent plastic moulding technologies. Performance, which has always been a real obsession for Umberto, is at the basis of this project.

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Manufactured entirely at C4 plant in Italy, Predator fins are made by overmolding a technopolymer blade with 250 foot pockets.

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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 Impulse is not necessary. Both fins have been designed using expensive finite element software programs that allow highly complex and equally highperformance 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 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. Learn More

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The blade of the Gara Modular Impulse completes the range of Cressi fins, inserting a bending angle of 29 degrees, which allows you to further increase the dynamic performance of the fin. The blade has an incredible resistance to any type of shock, impact or stress, making it almost impossible to break accidentally.TECHNICAL FEATURES:- Excellent propulsive performance without tiring anyone, beginners or professionals- Extremely thin and light blade in compound made of elastomerized technopolymers developed by Cressi with different thicknesses- Stringer consisting of technopolymers with elastomeric loads with high exural modulus- Footpocket / blade angle of 29 degrees Learn More

Ο σχεδιασμός του HUNTER είναι βασισμένος στην τεχνολογία ώθησης μέσω καναλιών.
Διαθέτει δύο πλευρικά κανάλια και ένα μεγαλύτερο κεντρικό τα οποία μεγιστοποιούν την διοχέτευση και την μετακίνηση νερού με αποτέλεσμα μεγαλύτερη ώθηση ισχύος με ελάχιστη καταβολή προσπάθειας σε σύγκριση με άλλα πτερύγια ίδιου μεγέθους.
Επίσης διαθέτει πλευρά (ribs) ενισχυμένα με καουτσούκ και δύο τρύπες στο επάνω μέρος της λεπίδας με σκοπό την εκτόνωση της πίεσης του νερού κατά την μετακίνηση του.
Το εργονομικά σχεδιασμένο κλειστό πέλμα του είναι κατασκευασμένο από μαλακό θερμοπλαστικό ελαστικό προσφέροντας την μεγαλύτερη δυνατή απόδοση και άνεση.

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New Elliptic Carbon Fins from Apnea with c4 400 footpockets
In 3 stiffness types:

790mm x 190mm. Learn More

The Avanti HC Pro includes all the wonderful features of the Avanti HC - a large hyperchannel for increased performance/effort ratio and soft, comfortable foot pocket - with tri-material technology! The extra material means added elasticity when kicking, for super efficiency! Learn More

New Evolution Carbon Fins from Apnea with c4 300 footpockets
In 3 stiffness types:

840 x 185 mm Learn More

New Spirit Carbon Fins from Apnea with c4 400 footpockets
In 3 stiffness types:

810 x 195mm. Learn More

The Avanti HC forms a large hyperchannel when kicking, for an increased performance/effort ratio! Including a soft ergonomic foot pocket for extra dive comfort! Learn More

Featuring the new 350 footpockets without horns which optimise the elastic capacity of the T700 carbon fiber with which the blades are produced. These are light and sturdy fins and thanks to the length of the blades (86cm) they are ideal for any type of spearfishing. Learn More

The blade of the Gara Modular Impulse completes the range of Cressi fins, inserting a bending angle of 29 degrees, which allows you to further increase the dynamic performance of the fin. The blade has an incredible resistance to any type of shock, impact or stress, making it almost impossible to break accidentally.TECHNICAL FEATURES:- Excellent propulsive performance without tiring anyone, beginners or professionals- Extremely thin and light blade in compound made of elastomerized technopolymers developed by Cressi with different thicknesses- Stringer consisting of technopolymers with elastomeric loads with high exural modulus- Footpocket / blade angle of 29 degrees Learn More

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A new chapter for footpockets and blades has begun

The new L-1090 fins are one of the first from C4 Carbon which will come with the brand new C4-200 footpocket. After 18month of testing inside the facility and with and international team of divers it's ready for the mass market.

There is no need for footpocket rails anymore! While the characteristics of the blade are the same to the amazing Sideral series, the only part changed is the small part for the footpocket. Attached with only two screws you will even have the chance to change the hardness of the blade depending one of the three possible positions - even after buying a blade with a specific hardness!

 

C4-200 Footpocket spezifications:

• more hydrodynamic
• Weight in gram, depending size from 150g - 210g
• great comfort due to thermoplastic material
• Adjustable Blade hardness possible - soft/medium/hard
• 39° angle

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Fins specific for freediving, featuring an hydrodynamic anti-turbulence flap. They feature blades in two different hardnesses: 20 (extra soft), 25 (soft). The surface finish is a “Betta Splendens” graphic. The blades are paired with shoes with a black upper and a white sole. The water rails are black and white. Learn More

Ideal for all types of diving. Learn More

A traditional style adjustable fin, soft and flexible guarantee high performance thanks to the double ribbing of the blade to optimize the channeling of the water. Ideal for use in schools and diving centers. Blade material: technopolymer • Shoe material: thermoplastic rubber Learn More