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Sigalsub Tsunami Foot Pockets
The Sigalsub Tsunami foot pockets are designed to provide comfort, stability, and efficient power transfer during finning in freediving and spearfishing.
They are made from thermorubber with differentiated thicknesses, a solution that combines softness in the areas dedicated to fit with greater stiffness in the points involved in power transmission.
The reinforced areas on the instep and sole improve energy transfer to the blade, helping make the kick more precise and controlled.
The short side rails allow the blade to work more freely and progressively, increasing sensitivity and fluidity during movement.
The blade-to-foot-pocket connection uses a single Allen screw for quick and secure assembly. The threaded nut integrated into a plastic plate ensures long-lasting fastening stability and durability.
The Sigalsub Tsunami foot pockets are available in the following sizes:
- 36/37
- 38/39
- 40/41
- 42/43
- 44/45
- 46/47
Omer Stingray Evo Fins for Freediving and Spearfishing
The Omer Stingray Evo fins are designed specifically for the needs of freediving and spearfishing, offering an optimal balance between efficiency and comfort during dives.
Technical Features
- The long blade is made from low-modulus polypropylene, providing light weight, mechanical strength, and effective thrust transmission during finning.
- A functional hole in the center of the blade channels water, improving blade tracking and reducing the force required for each fin stroke.
- The removable foot pocket is made from dual-density thermo-rubber, ensuring a comfortable fit and excellent power transfer from the leg to the blade.
- The blade-foot pocket assembly has a 22-degree angle, designed to optimize thrust while keeping effort consistent for the freediver or spearfisher.
Dimensional Specifications
- Blade length: 780 mm
- Blade width: 210 mm
- Color: Brown
Benefits for Freediving and Spearfishing
The low-modulus polypropylene structure allows for a smooth, responsive fin stroke, reducing muscle fatigue during extended dives. The central hole improves the blade’s hydrodynamics, increasing movement efficiency in the water. The dual-density thermo-rubber foot pocket combines comfort and fit stability, a key factor for freedom of movement and precise control.
C4 Carbon 300 Foot Pockets for Freediving and Spearfishing
The 300 Foot Pockets represent an innovation in Freediving and spearfishing equipment by C4 Carbon. Their name comes from their low weight, just over 300 grams, which helps significantly reduce fatigue during underwater finning.
Technical Features and Materials
Made with an innovative material that provides mechanical strength seven times higher than traditional materials, these foot pockets combine lightness and toughness without compromising durability. The internal volume has been optimized to ensure high ergonomics, minimizing thickness in contact with the foot, improving comfort and adaptability during the dive.
Anatomy and Comfort
The anatomy of the 300 Foot Pockets provides a unique fit, achieved by overlapping the shapes of the anatomical Mustang shoes, with a third-degree pre-forming that increases their effectiveness. Energy transfer is distributed evenly across the entire contact surface, preventing irritation points or stiffness. This allows for better blade stability during the kick, with reduced pain and greater propulsion efficiency.
Hydrodynamics and Design
The design of the 300 Foot Pockets is aimed at minimizing hydrodynamic drag: the lines are fluid and continuous, with no steps or interruptions, to facilitate water flow. The glossy surface further contributes to smooth glide, optimizing fluid movement in the water and reducing fatigue for the spearfisher.
Technical Specifications
- Weight: approximately 315 grams in size 40-41
- Reduced internal volume for lower energy expenditure during finning
- High mechanical-strength material
- Snug anatomical fit with 3° pre-forming
- Available colors: Black, White, and Silver
Use and Compatibility
The foot pockets are designed for use with blades from the C4 line, but can also be adapted to other blades using the dedicated kit, to improve thrust transfer and finning efficiency.
Attention: The 300 Foot Pockets are sold as a single piece.
Carbon Pro Maximum Fins - Pathos
The Pathos Carbon Pro Maximum Fins are the ideal choice for spearfishing in shallow and medium-shallow water, where reaction speed, lightness, and immediate thrust make the difference. Designed as an evolution of the Fireblade and included in the Pathos carbon range alongside the Ultimate and Supreme, the Maximum stand out for their specific flex curve, more compact longitudinal dimensions, and a blade-to-foot pocket angle engineered to deliver excellent performance even for users without an extreme training background.
Carbon Fiber Fabric
The Carbon Pro Maximum blades are made from pure 285-T4 and 285-T2 carbon fiber, a combination that ensures high strength and instant response. The selected carbon fibers, paired with top-quality epoxy resin, provide stiffness, reliability, and long service life. The outer 285-T4 4×4 weave eliminates roughness, cracking, and blade distortion by ensuring complete resin impregnation, while the inner 285-T2 2×2 weave ensures a fast blade return.
Production Process
Each pair is heat-treated for 36 hours at 8 tons of pressure for 24 hours. This process gives the Maximum carbon blades a glossy surface that minimizes friction with the water and delivers more responsive performance. The manufacturing process also minimizes carbon fabric and epoxy resin waste.
C-Curve Technology
The Maximum blades distribute the power generated by the diver’s movement along their entire length. The special internal design, based on the arrangement of the carbon fabric, allows the blades to take on a full curved C shape under pressure, ensuring the best flexibility, efficiency, and functionality. Blade return is instantaneous.
Flap-Shaped Edge
After hundreds of hours of testing different edge shapes, the Maximum flap-shaped edge not only reduces the diver’s effort, but also adds extra thrust in the final phase of the leg movement. This feature allows less power to be used compared to previous models.
Water Rails
The Maximum carbon blades are equipped with side water rails that act as elastic guides, creating a water channel that prevents the fins from drifting sideways, preserving the diver’s energy. The water rails, with a constant height of 16 mm, are positioned along the blades for a total of 27 cm and are intentionally compact so they do not interfere with the flex of the carbon fiber, keep weight down, and avoid making the kick heavier.
24° Angle and Blade Geometry
The angle between the foot pocket and the blade is 24°, a medium value that delivers good performance and makes the fin accessible without requiring extreme training. The Maximum blades measure 62 cm down the center (from the curve under the foot pocket to the tip) and 54 cm along the side, with a maximum width of 18.8 cm inside the water rails. Blade thickness ranges from 0.66 mm at the flap tip, to 0.88 mm at mid-length, up to 1.25 mm in the area in front of the foot pocket, confirming a stiffness progression that optimizes both thrust and return.
The blade tip has a convex profile for improved thrust during the final phase of the kick.
Performance
The Maximum perform exceptionally well both on the surface, where they allow fast progress without tiring the legs, and at depth, with a quick push-off from the bottom and consistent thrust. They are designed for very fast spearfishing in shallow and medium-shallow water, where immediate responsiveness and energy saving are key factors.
Available Sizes
- Sizes: 38/40, 40/42, 42/44, 44/46, 46/48, 48/50
Cressi Gara Turbo Impulse Fins - Blue Metal
The Gara Turbo Impulse Fins by Cressi are an advanced technical solution specifically designed for deep freediving, engineered to optimize finning efficiency with minimal effort.
Technical Features of the Blade
The Blade is made from a thin, lightweight polymer, with a wavy profile designed to store elastic energy during the thrust phase, which is then released during the return phase to ensure smooth, powerful thrust transmission. The swallowtail design improves tracking, while the anti-slip side rails reduce lateral water spill, increasing hydrodynamic efficiency.
The 29-degree flex angle is calibrated to maximize finning performance while ensuring low energy expenditure. The structure is robust and impact-resistant, minimizing the risk of accidental breakage during use.
Gara Turbo Foot Pockets
- Short side rail designed to enhance the undulating movement of the Blade
- Material: durable and comfortable thermorubber
- Structure: removable, with two self-adjusting components
- Instep: equipped with a 2 cm wide Self-Adjusting elastic band for a perfect anatomical fit
- Optimized force transmission from the foot to the Blade
Sizes and Color
The fins are available in 6 Sizes: 36/37, 38/39, 40/41, 42/43, 44/45, and 46/47, and come in blue metal, suitable for both experienced freedivers and beginners looking to improve their performance in the water.
Efficiency and Use
The Cressi Gara Turbo Impulse Fins combine lightness, responsiveness, and mechanical strength, ensuring effective, less tiring finning during freediving sessions. The innovative design and materials provide high propulsion, greater comfort, and fluid underwater movement, making them a reliable choice for spearfishing and freediving.
Blade Gara Impulse - Blue Metal
The Impulse Blue Metal Blade is designed to deliver high performance in finning during freediving and spearfishing. Ideal for freedivers of all experience levels, it features a thin, lightweight blade with a swallowtail design, optimized to improve directionality in the water and thrust transmission.
The blade is equipped with non-slip side rails that reduce lateral water spill, thereby increasing propulsive efficiency. The 29-degree flex angle ensures an optimal balance between maximum performance and minimal energy expenditure. The structure is engineered to provide high impact resistance, helping prevent accidental breakage during use.
Technical Features
- Blade material: plastic polymer
- Swallowtail design to improve directionality and thrust
- Non-slip side rails to reduce lateral water loss
- Flex angle: 29° for propulsive efficiency
- High mechanical impact resistance
- Self-adjusting Gara Modular Foot Pockets in thermorubber
- 2 cm Self-Adjusting elastic band for an ergonomic fit
- Available in two colors: Black and Blue Metal
X-Wing C-S Fins - Mares
The Mares X-Wing C-S freediving fins represent excellence in the carbon blade segment for freedivers and spearfishers seeking maximum responsiveness, agility, and control underwater. The blade, made with 11 layers of 100% prepreg carbon, is produced through a mold-pressing process with layers in different directions and thicknesses, ensuring a final result with outstanding mechanical quality and performance.
Carbon Blade Technology
The core of the X-Wing C-S is a blade built with 3,000-filament carbon yarn, with fibers woven at 0° and 90°. This configuration reduces the number of fiber intersections, significantly increasing blade responsiveness and thrust transmission. The high-performance parabolic flex with variable thickness ensures optimal load progression during the kick, maximizing propulsion and reducing muscle fatigue.
Optimized Geometry and Angle
- Blade width: 185 mm
- Blade length: 620 mm
- Angle: 30° relative to the foot pocket, making the blade the natural extension of the shin
- Variable-height side rails to support flexibility and optimize the channel thrust effect
- Medium dimensions suitable for any kick frequency, with excellent versatility between freediving and spearfishing
Availability and Compatibility
- Available with a soft or medium-stiff blade, selectable according to the user's weight for consistently calibrated propulsion
- Interchangeable Blade, allowing you to adapt the fin stroke to your needs or replace the blade without changing the foot pocket
- Paired with the new olive green X-Wing foot pocket, they provide perfect camouflage for spearfishing
- The foot pocket is made with a softer material and designed to be worn even without socks
Who They Are Designed For
The Mares X-Wing C-S are ideal for freedivers and spearfishers who prioritize agility of movement over large-format fins. Their compact size, combined with high-end carbon construction technology, makes them a benchmark choice for anyone seeking racing fin performance in a more manageable and versatile format.
X-Wing Blade - Mares
The Mares X-Wing blade is a high-level technical solution for freedivers looking for the perfect balance of agility, power, and control in the water. Made from high-quality elastomer, this blade is designed to deliver a smooth, stable, and high-performance fin stroke, adapting to the needs of those practicing freediving and spearfishing at every level.
Tapered Design and Variable Thickness
The tapered profile of the blade helps reduce water resistance during the fin stroke, promoting more agile and efficient movement. The variable thickness is one of the key elements of this design: it optimizes flex along the full length of the blade, delivering high propulsive performance without sacrificing maneuverability. The result is a blade that responds precisely and naturally to every leg kick.
V-Shaped Tip for Greater Stability
The distinctive V-shaped tip is specifically designed to ensure a more stable and directional fin stroke. This geometry reduces lateral water slippage, improving propulsive efficiency and movement precision—essential in hunting situations or during deep freedives.
Technical Features
- Material: high-quality elastomer
- Blade length: 713 mm
- Blade width: 190 mm
- Thickness: variable along the entire blade
- Tip: V-shaped design to prevent lateral slippage
- Flexibility: 30% softer than the Razor Pro model
Blades PULSE - Cetma Composites
The PULSE carbon blades by Cetma Composites are a true revolution in the world of spearfishing and water training. Designed and manufactured 100% Made in Italy, the PULSE introduce the Hyperbolic Curve: an exclusive geometry that delivers maximum thrust with minimal effort, redefining the concept of responsiveness for high-performance carbon blades.
Technology and Materials
The PULSE blades are built with a selection of aerospace-derived composite materials, chosen to ensure maximum hydrodynamic efficiency and the highest structural reliability in all conditions of use.
- 100% HM (High Modulus) and HR (High Resistance) Carbon: the optimal combination of stiffness and toughness for a blade that is responsive, reactive, and virtually indestructible.
- Hot Melt Pre-preg: the composite material is impregnated with hot-melt systems using high-performance resin, ensuring a consistent and optimal fiber/resin ratio across the entire blade surface.
- OOT Technology – Out-of-Autoclave Technology: an exclusive Cetma Composites production process that achieves the same quality standards as the aerospace industry without the use of an autoclave, optimizing control over the composite curing process.
ZDF Excellence – Zero Defects
The PULSE blades are produced with Cetma Composites’ proprietary ZDF (Zero Defects) technology. This aerospace-derived production standard ensures a component with 0% internal voids, free from structural defects and with a perfectly consistent fiber/resin ratio throughout the blade. The result is a blade that maintains its original mechanical characteristics over time, with no performance degradation.
FEM-Optimized Design
The geometry of the PULSE blades is the result of advanced design using finite element analysis (FEM – Finite Element Method). The structural simulation software used by Cetma Composites ensures optimal stiffness distribution, in order to reproduce a blade deformation profile that maximizes hydrodynamic efficiency during finning, both vertically and horizontally.
The Hyperbolic Revolution
The defining feature of the PULSE blades is the Hyperbolic Curve: a patented geometry that sets these blades apart from any other product currently on the market. Thanks to this shape, the blade delivers a unique biomechanical response, with instant responsiveness and powerful thrust from the very first kick. Ideal for spearfishing and intensive training sessions, the PULSE are designed for those seeking maximum performance without compromise.
Main Features
- Exclusive Hyperbolic Curve: maximum thrust with minimal effort
- 100% HM + HR Carbon: high elastic modulus and high mechanical strength
- Hot Melt Pre-preg: hot-melt impregnation for superior composite quality
- OOT Technology (Out-of-Autoclave): exclusive Cetma Composites aerospace production process
- ZDF Excellence – Zero Defects: 0% voids, defects, and structural discontinuities
- FEM Design: advanced finite element design for optimal hydrodynamic efficiency
- 100% Made in Italy
- Ideal for spearfishing and training
Minimal HD Blade - H Dessault
The Minimal HD blade by H Dessault combines compact dimensions with T300 carbon, offering an ideal technical solution for those starting to use carbon fins for freediving and spearfishing.
Technical Features
- Material: fine twill-weave T300 carbon, providing an excellent balance between lightness and mechanical strength
- Blade dimensions: 780 x 190 mm, optimized for effective thrust transmission
- Blade Stiffness: single stiffness (30 - Medium), for balanced responsiveness and efficient kicking
- Water rails: Elastic-K10 black, for improved hydrodynamics and water-flow stability
- Weight: 650 grams, ensuring comfort and ease of use even during extended sessions
Applications and Benefits
The Minimal HD blades are designed to offer a simple, lightweight, and effective product, especially suited to anyone looking for a first step into carbon fins. Ideal for freediving and spearfishing sessions, they ensure good power transmission and a solid balance between comfort and control.
Cetma Lotus Plastic Blades
The Cetma Lotus blades are designed for freediving, spearfishing, and pool training, offering an ideal balance of durability, responsiveness, and versatility. Made from a fiber-reinforced polymer composite, the blades provide elastic rebound similar to fiber blades, ensuring effective, smooth thrust throughout the fin stroke.
Technical Features
- Blades made from reinforced polymer composite for greater mechanical resistance to impacts and wear
- Excellent elastic rebound similar to fiber blades for efficient thrust transmission
- Blade dimensions: 650 x 185 mm
Applications
Lotus fins are suitable for freediving, spearfishing, and pool training sessions, thanks to their ability to combine durability and smooth finning even under intensive use conditions.
Prana Blades - Cetma Composites
The Prana Blades are an advanced model specifically designed for freedivers and spearfishers who demand uncompromising equipment in terms of quality and materials.
Materials and Construction
The blades are made of 75% carbon and 25% S-Glass, a high-strength fiberglass derived from the aerospace industry. Production involves an exclusive high-pressure, high-temperature vacuum process, with hot-melt impregnation using tetra-functional resin. This method ensures a defect-free component with a consistent fiber/resin ratio along the entire blade, delivering strength and lightness.
Engineered Design for Efficient Finning
The calibrated distribution of stiffness and mass along the blade promotes resonance within a range of natural frequencies that match the typical finning frequency. This configuration optimizes thrust transmission, reducing fatigue and increasing the fluidity of movement underwater.
Water rails: constant-profile structure with a height of 10 mm, designed for optimal stability and trim control.
Blade size: 667 x 185 mm, balanced to ensure efficient propulsion.
Variants
- Stiffness levels: 25 soft and 30 medium to suit different thrust and finning requirements.
- Logo and stringer colors: red, orange, and yellow.
Applications
Prana blades are specifically designed to improve reactivity and hydrodynamic efficiency during spearfishing and freediving, making finning smoother and less tiring even during extended sessions.
Prana Blades - Cetma Composites
The Prana Blades are an advanced model specifically designed for freedivers and spearfishers who demand uncompromising equipment in terms of quality and materials.
Materials and Construction
The blades are made of 75% carbon and 25% S-Glass, a high-strength fiberglass derived from the aerospace industry. Manufacturing involves an exclusive high-pressure, high-temperature vacuum process, with hot-melt impregnation using tetra-functional resin. This method ensures a defect-free component with a consistent fiber/resin ratio along the entire blade, providing strength and lightness.
Engineered Design for Efficient Kicking
The calibrated distribution of stiffness and mass along the blade promotes resonance within a range of natural frequencies that match the typical kicking frequency. This configuration optimizes thrust transmission, reducing fatigue and increasing the fluidity of movement underwater.
Water rails: constant-profile structure with a height of 10 mm, designed for optimal stability and trim control.
Blade dimensions: 667 x 185 mm, balanced to ensure efficient propulsion.
Variants
- Stiffness options: 25 soft and 30 medium to suit different thrust and kicking requirements.
- Logo and stringer colors: red, orange, and yellow.
Applications
The Prana blades are specifically designed to improve reactivity and hydrodynamic efficiency during spearfishing and freediving, making the kick smoother and less tiring even during extended sessions.
Prana Blades - Cetma Composites
The Prana Blades are an advanced model specifically designed for freedivers and spearfishers who demand uncompromising equipment in terms of quality and materials.
Materials and Construction
The blades are made of 75% carbon and 25% S-Glass, a high-strength fiberglass derived from the aerospace industry. Manufacturing involves an exclusive high-pressure, high-temperature, vacuum process, with hot-melt impregnation using tetra-functional resin. This method ensures a defect-free component with a consistent fiber/resin ratio along the entire blade, delivering strength and lightness.
Engineered Design for Efficient Finning
The calibrated distribution of stiffness and mass along the blade promotes resonance within a range of natural frequencies that match the typical finning frequency. This configuration optimizes thrust transmission, reducing fatigue and increasing the fluidity of underwater movement.
Water rails: constant-profile structure with a height of 10 mm, designed for optimal stability and control of trim.
Blade size: 667 x 185 mm, balanced to ensure efficient propulsion.
Variants
- Stiffness options: 25 soft and 30 medium to suit different thrust and finning requirements.
- Logo and stringer colors: red, orange, and yellow.
Applications
The Prana blades are specifically designed to improve responsiveness and hydrodynamic efficiency during spearfishing and freediving, making finning smoother and less tiring even during extended sessions.
Cetma Mantra Blades - Carbon
The Mantra blades are the flagship model from Cetma Composites, specifically designed for freedivers and spearfishers who demand high-level technical equipment. Made entirely from 100% pre-preg carbon, the blades are built using an exclusive hot-melt impregnation technology with tetra-functional resin, applied under high pressure, high temperature, and vacuum conditions. This process ensures a defect-free blade, with a consistent fiber/resin ratio across the entire surface.
Design and Technical Features
The engineered distribution of stiffness and mass in the blade allows its natural frequency to be tuned to the finning frequency range, leveraging resonance to optimize thrust transmission and responsiveness. This advanced design improves the smoothness and efficiency of the kick during freediving and spearfishing.
Constant-section water rails with a height of 10 mm, designed to improve hydrodynamic tracking and stability in the water.
Available Variants
- Stiffness options: 20 super soft, 25 soft, 30 medium, allowing a calibrated choice based on kick style and required stiffness level.
- Blade dimensions: 742 x 195 mm, sized to provide an effective balance between thrust and maneuverability.
- Available graphics: gold, white, magenta.
Cetma Mantra Blades - Carbon
The Mantra blades are the flagship model from Cetma Composites, specifically designed for freedivers and spearfishers who demand high-level technical equipment. Made entirely from 100% Pre-preg carbon, the blades are built using an exclusive hot-melt impregnation technology with tetra-functional resin, applied under high pressure, high temperature, and vacuum conditions. This process ensures a defect-free blade, with a consistent fiber/resin ratio across the entire surface.
Design and Technical Features
The engineered distribution of stiffness and mass in the blade allows its natural frequency to be tuned to the finning frequency range, leveraging resonance to optimize thrust transfer and responsiveness. This advanced design improves the fluidity and efficiency of the fin stroke during freediving and spearfishing.
Constant-section water rails with a height of 10 mm, designed to improve hydrodynamic grip and stability in the water.
Available Variants
- Stiffnesses: 20 super soft, 25 soft, 30 medium, allowing a calibrated choice based on finning style and the required stiffness level.
- Blade dimensions: 742 x 195 mm, sized to ensure an effective balance between thrust and maneuverability.
- Available graphics: gold, white, magenta.
Prana Fins - Cetma Composites
The Prana fins are an advanced model specifically designed for freedivers and spearfishers who demand uncompromising equipment in terms of quality and materials.
Materials and Construction
The blades are made of 75% carbon and 25% S-Glass, a high-strength fiberglass derived from the aerospace industry. The manufacturing process involves an exclusive high-pressure, high-temperature, vacuum process, with hot-melt impregnation using tetra-functional resin. This method ensures a flawless component with a consistent fiber/resin ratio along the entire blade, delivering strength and lightness.
Engineering Design for Efficient Finning
The calibrated distribution of stiffness and mass along the blade promotes resonance within a range of natural frequencies that match the typical finning frequency. This configuration optimizes thrust transmission, reducing fatigue and increasing the fluidity of movement underwater.
Design and Components
- Foot Pockets: S-Wing model without side rails, ensuring comfort and security when worn.
- Water rails: constant-profile structure with a height of 10 mm, designed for optimal stability and trim control.
- Blade dimensions: 667 x 185 mm, balanced to ensure efficient propulsion.
Available Variants and Sizes
- Stiffnesses: 25 soft and 30 medium to suit different thrust and comfort needs.
- Sizes: 39/40, 41/42, 43/44, 45/46 for a precise fit.
- Logo and side rail colors: red, orange, and yellow.
Applications
The Prana fins are specifically designed to improve responsiveness and hydrodynamic efficiency during spearfishing and freediving, making finning smoother and less tiring even during extended sessions.
Prana Fins - Cetma Composites
The Prana fins are an advanced model specifically designed for freedivers and spearfishers who demand uncompromising equipment in terms of quality and materials.
Materials and Construction
The blades are made of 75% carbon and 25% S-Glass, a high-strength fiberglass derived from the aerospace industry. The manufacturing process uses an exclusive high-pressure, high-temperature vacuum process, with hot melt impregnation using tetra-functional resin. This method ensures a defect-free component with a consistent fiber/resin ratio along the entire blade, delivering strength and lightness.
Engineered Design for Efficient Finning
The calibrated distribution of stiffness and mass along the blade promotes resonance within a range of natural frequencies that match the typical finning frequency. This configuration optimizes thrust transmission, reducing fatigue and increasing fluidity of movement underwater.
Design and Components
- Foot Pockets: S-Wing model without side rails, ensuring comfort and a secure fit.
- Water rails: constant-profile structure with a height of 10 mm, designed for optimal stability and trim control.
- Blade dimensions: 667 x 185 mm, balanced to ensure efficient propulsion.
Available Variants and Sizes
- Stiffness options: 25 soft and 30 medium to suit different thrust and comfort requirements.
- Sizes: 39/40, 41/42, 43/44, 45/46 for a precise fit.
- Logo and side rail colors: red, orange, and yellow.
Applications
The Prana fins are specifically designed to improve responsiveness and hydrodynamic efficiency during spearfishing and freediving, making the fin stroke smoother and less tiring even during extended sessions.
Mantra Fins in 100% Pre-preg Carbon for Freediving and Spearfishing
The Mantra fins are the flagship model from Cetma Composites, specifically designed for freedivers and spearfishers who demand high-level technical equipment. Made entirely from 100% Pre-preg carbon, the blades are built with an exclusive hot-melt impregnation technology using tetra-functional resin, applied under high pressure, high temperature, and vacuum conditions. This process ensures a defect-free blade, with a consistent fiber/resin ratio across the entire surface.
Design and Technical Features
The engineered distribution of stiffness and mass in the blade allows its natural frequency to be tuned to the fin-kicking frequency range, leveraging the phenomenon of resonance to optimize thrust transmission and responsiveness. This advanced design improves the fluidity and efficiency of the fin stroke during freediving and spearfishing.
Components and Comfort
- Assembly with S-Wing foot pockets without side rails, to increase comfort and freedom of movement.
- Constant-section water rails with a height of 10 mm, designed to improve hydrodynamic hold and stability in the water.
Available Variants
- Stiffnesses: 20 super soft, 25 soft, 30 medium, allowing a calibrated choice based on finning style and the required stiffness level.
- Sizes: 39/40, 41/42, 43/44, 45/46, to fit different foot sizes perfectly.
- Blade dimensions: 742 x 195 mm, sized to ensure an effective balance between thrust and maneuverability.
- Available graphics: gold, white, magenta.
Single Blade C4 MB001 CAMOSKIN MED
The single blade C4 MB001 CAMOSKIN MED is available in two different stiffnesses, allowing a personalized choice based on spearfishing or freediving needs. Made with specific materials to ensure an optimal balance between
responsiveness and thrust transfer, this blade delivers an efficient, fluid kick.
The CAMOSKIN surface promotes better hydrodynamic control, reducing drag during the thrust phase and improving fluidity in underwater movement.
Sportech Carbon Fiber Blades for Spearfishing
This pair of Sportech blades is made from carbon fiber, a material known for its exceptional lightness and mechanical strength. Available in two different stiffnesses, the blades are designed to deliver excellent efficiency in thrust transmission and optimal responsiveness during freediving fin kicks.
The carbon fiber construction also ensures excellent fluidity of movement and remarkable responsiveness, making control and maneuverability easier underwater.
Single Blade S-990 FIRESTONE for spearfishing and freediving
The single Blade S-990 FIRESTONE is specifically designed for freediving and spearfishing, available in three stiffness levels to offer customized solutions based on thrust and comfort needs during finning.
Made with selected materials, this blade combines light weight and mechanical strength, ensuring optimal thrust transmission and efficient hydrodynamic performance in the water.
The choice between different stiffness levels allows you to achieve the ideal balance between flexibility and efficiency, improving fluidity of movement and reducing fatigue during freedives. The blade’s advanced design ensures powerful thrust and immediate responsiveness, key elements for precise, controlled maneuvering in spearfishing.
Single Blade S-990 CAMU
The single blade S-990 CAMU is designed for spearfishing and freediving, with a strong focus on responsiveness and smoothness during the fin stroke. This model is available in the Soft - 25 stiffness version, ideal for those looking for a balance between elasticity and power transfer in the water.
The blade is made with selected materials to ensure good hydrodynamic efficiency and a low weight, making it easy to handle and suitable for extended use during freediving sessions.
Single Blade L-1090 for Spearfishing
The single blade L-1090 is specifically designed for spearfishing, available in three different stiffness levels to suit different finning and resistance needs in the water.
The choice of stiffness allows you to optimize the efficiency and blade responsiveness, ensuring an ideal balance between power and comfort in thrust transmission during underwater movement.
This blade is made with selected materials to provide a combination of mechanical strength and lightweight performance, promoting a smooth, controlled fin stroke without causing excessive fatigue for the freediver.
Pathos Pro Maximum Blades
The Pro Maximum Blades by Pathos are made with pure 285-T4 and 285-T2 carbon fiber, subjected to a 36-hour heat-treatment process and polymerized under 8 tons of pressure for 24 hours. This method ensures a completely smooth, drag-free surface, making the blades durable and delivering optimal reactive response.
Structure and Materials
- The outer weave is made of 285-T4 4X4 carbon, which eliminates wrinkles, cracks, and distortion while promoting complete resin absorption.
- The inner weave uses 285-T2 2X2 carbon, with a weave pattern designed to optimize power transfer and elastic rebound along the entire blade.
Design and Functionality
The blades feature a C-Curve profile achieved through the design of the internal fibers, providing maximum flexibility and instant blade return. They are equipped with consistent water rails to guide water displacement, while the flap-shaped edge increases power in the final phase of the fin stroke, improving efficiency and reducing the freediver’s effort.
Technical Specifications
- Dimensions: 750 x 190 millimeters
- Blade angle: 24º
- Available stiffnesses: Soft, Medium, Hard
Compatibility
The Pro Maximum Blades are recommended for use with Pathos Fireblade foot pockets, specifically designed to optimize comfort and power transmission during finning.
Beuchat Libeccio Sport Fins for Freediving and Spearfishing
The Beuchat Libeccio Sport fins are specifically designed for freediving and spearfishing, with particular attention to the balance between comfort and finning efficiency. The soft blade ensures excellent energy transfer from the foot to the water, improving responsiveness and fluidity of movement.
Materials and Construction
- Foot Pocket made from elastomer, providing elasticity and comfort for an optimal fit.
- Side rails made from high mechanical-strength polymers, adding stability to the blade.
- Blade made from technopolymers, designed to maximize hydrodynamic efficiency and thrust transmission.
Technical Features
- Blade length: 70 cm, with an extension under the foot pocket for optimal energy distribution and more effective finning.
- Blade angle: 22 degrees, optimized for smooth performance and force transmission calibrated for freediving and spearfishing movements.
- Total weight: 1040 grams, balanced to ensure lightness without compromising durability and power transmission.
Availability
- Available sizes: 39/40, 41/42, 43/44, 45/46, 47/48.
- Foot pocket color: Blue-White.
The Libeccio Sport fins are an advanced technical solution for freedivers and spearfishers looking for a reliable, comfortable product that delivers efficient thrust transmission during the dive.
Dive-R Carbon Blades for Freediving and Spearfishing
The Dive-R Carbon Blades are made entirely in Australia using rigorous manufacturing techniques to ensure quality, precision, and reliability in every detail. These fins have been developed to meet the specific needs of the most experienced freedivers and spearfishers, delivering strength and durability in demanding underwater environments.
Materials and Structure
The blade construction uses top-grade carbon fibers combined with high-quality resins that ensure optimal elastic rebound. Advanced materials are used, such as:
- Special fiberglass
- Innovative blends of carbon and copper, carbon and Kevlar, carbon and Innegra fibers
This combination gives the blades excellent mechanical strength, light weight, and durability even under continuous stress, maintaining their characteristics unchanged over time.
Efficiency and Comfort in the Water
Dive-R blades reduce muscle effort thanks to superior elastic rebound and efficient thrust transmission, improving the smoothness and responsiveness of the fin stroke during freediving and spearfishing. Available in two stiffnesses, Soft and Medium, they allow you to adapt rigidity to different diving techniques.
Compatibility and Assembly
To fully benefit from the technical features of the Dive-R Blades, installation on lightweight foot pockets is recommended, such as the C4 Foot Pockets or the Mares X-Wing with short rails. The foot pocket design directly affects thrust transmission efficiency and comfort.
Alternatively, for those who prefer long rails, the Imersion Foot Pockets are recommended, as their softness smoothly supports the movement of the blades without compromising efficiency.
A dedicated blade and foot pocket assembly service is also available for optimal, professional installation.
Durability and Performance Guarantee
After more than 15 years of testing and continuous development, Dive-R Blades retain their performance characteristics without visible degradation after intensive use in freediving and spearfishing. Their design and innovative materials ensure consistent stiffness and responsiveness over time, setting them apart from other similar products on the market.
Customization and Options
Dive-R Blades are available in a wide range of colors and designs, allowing every freediver to choose the option best suited to their technical and aesthetic needs. The blades can be mounted on any type of foot pocket, further customizing the spearfishing and recreational freediving experience.
Dive-R Carbon Copper Blades for Freediving and Spearfishing
The Dive-R Blades in Carbon Copper are made with carbon fiber integrated with copper, offering approximately 15% greater lightness compared to traditional DiveR carbon blades. This advanced material delivers a snappier, more efficient kick, optimizing thrust transmission and reducing muscle fatigue during freediving and spearfishing.
Available in two different stiffnesses, Soft and Medium, the blades adapt to different freediving needs and spearfishing styles.
Assembly and Compatibility
To fully take advantage of the hydrodynamic qualities and responsiveness of the Dive-R blades, we recommend mounting them on lightweight foot pockets with short side rails, such as C4 Foot Pockets or Mares X-Wing. Alternatively, using the Imersion Foot Pockets, thanks to their high softness, allows for a smoother blade movement without compromising thrust transmission efficiency.
You can add the Blade / Foot Pocket Assembly service directly to your cart for a customized professional installation.
Innovative Materials and Construction
DiveR blades are the result of over 15 years of development together with freedivers and spearfishers, using combinations of advanced resins and aerospace fabrics. The composition includes special fiberglass, premium-grade carbon combined with copper, Kevlar, or Innegra fibers, ensuring an excellent balance between light weight and mechanical strength.
This composite structure ensures:
- High responsiveness and smoothness during the kick
- Reduced muscle effort while maintaining consistent power even after prolonged use
- Durability with no loss of performance over time
Technical Features and Benefits
- Carbon Copper material, exclusive and sophisticated
- Available in two stiffnesses to suit different freediving and spearfishing styles
- Customizable mounting on any foot pocket to optimize comfort and efficiency
- Wide range of colors and designs for technical and aesthetic customization
Dive-R Blades are recognized as one of the most effective products on the market for freediving and spearfishing, thanks to careful materials research and the technical balance between light weight, responsiveness, and mechanical strength—key elements for efficient and comfortable diving.
C4 MB002 Single Blade for Freediving and Spearfishing
The C4 MB002 single blade is designed specifically for freediving and spearfishing, delivering highly effective thrust transmission. Made with durable materials, it ensures long-lasting performance and mechanical strength even with frequent dives.
Thanks to its design, engineered to optimize fluid movement, the blade improves responsiveness and efficiency during finning, minimizing muscle fatigue. Advanced hydrodynamics provide smoother, more controlled thrust during descent and ascent phases.
The C4 MB002 blade combines lightness and strength, essential features for ensuring comfort and precision in underwater movements without compromising the power needed for freediving dives.
Spearfishing Fins
Fins specifically designed for freediving and spearfishing offer a range of advantages, including greater propulsion, efficiency, lightness, and maneuverability. They can also be made from different materials, such as plastic, fiberglass, or carbon fiber, to suit different skill levels and personal preferences.
Fin Composition
Fins are made up of 2 main components: the blades and the foot pockets.
The blade and foot pocket can be joined in a single piece or separated into two distinct pieces.
Plastic fins, especially lower-end models, feature the foot pocket and blade in a single-piece construction and therefore cannot be separated. They are often the choice for those approaching the world of freediving or spearfishing.
In most mid-range and high-end fins, whether plastic or composite, the foot pocket is removable and can therefore be separated from the blades.
This gives the user great flexibility: they can disassemble the fins to make them easier to transport, for example when traveling, or they can mount the same foot pockets on different blades depending on their needs.
Blade Materials
Freediving and spearfishing fin blades are mainly made from 3 materials: plastic, fiberglass, and carbon.
These are the 3 most commonly used materials, but some manufacturers are also using other cutting-edge materials such as Innegra fiber mixed with carbon fiber.
Let's look at these materials in more detail.
Plastic
Plastic is the most common material, used since the early days of underwater activities to manufacture fins. Fins with plastic blades today are profoundly different from those of the past. Today, plastic fins are available with performance that was unthinkable only 10 years ago.
They are the ideal choice for beginners or for those on a limited budget.
Fiberglass (VTR)
Fiberglass is nothing more than a fiberglass fabric impregnated with epoxy resin. Multiple layers of this composite are laminated together to form the structure of the blades.
Fiberglass is a much more efficient composite material than plastic. Fiberglass blades can range from mid-level to extremely high-end, depending on the composite used by the manufacturer, the type of resin, and the lamination process.
They are therefore an excellent choice for freedivers and spearfishers, from beginners to professionals.
In some carbon blades, layers of fiberglass are placed between layers of carbon fiber; this is usually done because fiberglass has a lower cost, allowing manufacturers to reduce blade production costs.
Carbon
Carbon, much like fiberglass, is nothing more than a carbon fiber fabric impregnated with epoxy resin. Several layers of carbon fabric are laminated together to form the structure of the blades.
Carbon is a composite material that is far more efficient than plastic; when used in the construction of freediving fins, it provides superior elastic return compared to plastic and fiberglass. Carbon blades can range from mid-level to extremely high-end, depending on the composite used by the manufacturer and the type of lamination applied.
Carbon + Hi-Tech Fibers
Some renowned companies such as DiveR Australia use mixed fabrics, or blends. These fabrics are largely carbon fiber mixed with fibers from other materials, such as ultra-thin copper wires or Innegra fiber.
These fibers add specific properties to the carbon yarn. For example, carbon and copper blades have an even higher elastic return, and the sensation during finning is like having springs on your feet.
Innegra fiber gives the blades greater resistance to impact and deformation, and raises the breaking point of the composite to previously unseen levels. The sensation during finning is one of extreme lightness, very low muscular effort, and exceptionally high performance, with a feel for the user that sits perfectly between pure carbon and high-end fiberglass.
Plastic Fins vs Carbon Fins
Plastic fins are no longer what they used to be, that’s true. Plastic fins used to be heavy, tiring, and inefficient. Today, however, we have extremely lightweight plastic fins (such as the C4 Umberto Pelizzari) that deliver very respectable performance. The fact remains that they are still more demanding and less high-performing than composite-material fins.
Plastic fins therefore still remain a product intended for beginners or for those who practice shallow-water spearfishing and do not want to invest, for example, in carbon or other composite materials.
Even today’s carbon blades are no longer what they used to be. They are no longer as fragile as they once were. It is rare for a quality carbon blade to break, even if abused.
In Italy, we can boast many of the best carbon fin manufacturers, and among them C4 Carbon certainly deserves mention: a 100% Italian company that invented carbon blades 35 years ago.
C4 now offers the largest range of carbon Fins in the world, highly advanced production techniques, and a return rate below 0.4%, with over 20,000 pairs of Fins sold every year worldwide.
Carbon fiber, when properly laminated, is the highest-performing and most widely used material for producing freediving and spearfishing fins. Carbon provides significantly greater elastic return than plastic. Carbon blades are extremely light, and their performance lasts over time.
In use, you feel more propulsion with less effort, resulting in longer breath-holds and greater safety.
Fiberglass Fins vs Carbon Fins
There are several misconceptions on this topic, such as the idea that fiberglass fins are less high-performing than carbon fins. This is true only in some cases. Let’s take a closer look at the characteristics of this concept.
Fiberglass (FRP) is a more economical composite than carbon; it is heavier and has lower elastic return.
Up to this point, everything seems to favor carbon, but when used in the water, the greater weight of the FRP composite and its lower elastic return do not necessarily translate into a less efficient fin kick. This can easily be verified with a sea trial.
In fact, many professionals prefer the response of fiberglass (smoother and less snappy) compared to carbon.
In addition, not all fiberglass blades are the same, and not all manufacturers use the same resins combined with fiberglass. Since fiberglass is a less expensive material than carbon fiber, it is often combined with inexpensive or low-quality resins, resulting in a finished product that is certainly inferior to carbon, also in terms of performance.
However, there are companies like DiveR Australia that have always made quality their strength. They have always used top-level fibers and resins, laminating their blades with advanced techniques that have enabled DiveR to lead the global market toward a new concept of blades and finning.
DiveR has increased blade angles and softened the first section of the blade, succeeding in producing high-end fiberglass fins that are often able to outperform many carbon fins in terms of performance.
DiveR has shown that it is possible to produce a fiberglass blade that delivers in-water performance comparable to, or in many cases even superior to, carbon fiber.
Are you a beginner? Is a carbon or plastic fin better?
Common sense suggests that a beginner, or anyone approaching the world of freediving or spearfishing for the first time, should buy a plastic model as their first pair of fins. And that is also our recommendation, but it is based exclusively on budget considerations. Anyone willing to spend more can confidently choose a carbon pair, even as a beginner.
Many people ask us whether a beginner can appreciate the quality of a carbon or fiberglass blade, and the answer is: Yes! Absolutely!
Even a beginner using a fin made from composite material (carbon or fiberglass) would notice the greater thrust and lower physical effort they require compared with plastic fins. This means that the choice between plastic and carbon, for example, is mainly dictated by budget.
Today, a quality plastic fin has a price range of around 90 to 120 euros, while some composite models can cost more than 600 euros.
Today, some companies, such as C4, have managed to offer high-quality fins at prices that were once unthinkable. For its H. Dessault brand, C4 produces 100% carbon fins with a retail price just over 200 euros, bringing Made in Italy carbon blades to the market at affordable prices that even beginners could consider.
Long Blade vs Short Blade
Freediving and spearfishing fins are available in different lengths, each designed to deliver specific performance based on the user’s needs and fishing style.
Long and extra-long blade
Long-blade fins have always been the most popular among experienced freedivers and spearfishermen. They feature a blade ranging in length from 75 to 85 cm, up to 95 cm for those considered extra-long. This allows them to “work” a greater volume of water and provides an advantage over long distances. However, they require a certain level of experience to be used correctly, as they need a better finning technique to perform properly.
In addition, extra-long-blade fins, designed specifically for freedivers or deep divers, require low stiffness levels so as not to fatigue the legs too much, effectively compromising the advantage of using a blade with a larger surface area.
Ultimately, very long blades are more specialized and less suitable for the full range of situations or users.
In addition, the performances in recent years by some athletes using short blades, or even extra-short blades, have shown that the equation long blade equals greater depth or distance (with the same effort and oxygen consumption) is not actually that accurate.
Medium and short blade
Medium- or short-blade fins are the least sold, but they are becoming increasingly popular even among professionals.
A more compact fin is more maneuverable, practical, and requires less muscular effort to use. This translates into a more natural and intuitive fin kick in all environments. In shallow-water spearfishing, they certainly show even more of their potential by not getting wedged between rocks on the seabed, as can happen more often with long blades. Short blades are also becoming increasingly popular among deep divers.
The Foot Pocket
The Foot Pocket is a fundamental part of the fin. In the past, little importance was given to this component, with the focus mainly on the Blades. Today we know that the Foot Pocket accounts for 50% of a fin’s performance. An excellent blade paired with a poor Foot Pocket will result in a low-performance fin.
Foot Pockets are now available with or without side rails. Let’s look at the differences.
Foot Pockets with side rails
Historically, Foot Pockets have always had side rails: two lateral tendons designed to transfer force (generated by the fin stroke) from the Foot Pocket to the blade gradually, preventing the latter from breaking.
The side rails, which extend beyond the Foot Pocket for about thirty centimeters, are fixed to the edges of the Blades. Over the years, it has become clear that side rails, on the one hand, gradually transfer force to the Blades and help prevent breakage, but on the other hand they stiffen the first section, altering performance. This is most noticeable when the side rails are long and stiff.
However, there is one manufacturer that offers Foot Pockets equipped with very soft side rails which, while ensuring a gradual transfer of force, do not alter the characteristics of the first section of the blade. These are Imersion Foot Pockets, used with great success by our entire team.
Foot Pockets without side rails
Today, many manufacturers have developed Foot Pockets with no side rails, or with very short side rails. These are new-generation Foot Pockets, extremely lightweight and exceptionally low in volume. The almost complete absence of side rails allows the lamination of the Blades to be used 100%, without adding external elements (the side rails) that alter their flexibility in the section they occupy. This is a major advantage that has made it possible to achieve high performance, but be careful: the Blades must have particularly strong lamination in the first section (immediately after the Foot Pocket), otherwise the Blades may be prone to breakage.
Among the most popular low-volume Foot Pockets with short or no side rails are the C4 Foot Pockets and the Mares X-Wing.
The Blade Angle
The angle of the Blades relative to the Foot Pocket has steadily increased over the years. In the past, angles were very modest—10, 15, or at most 18 degrees—compared with today’s much more pronounced angles, around 28–30°. New manufacturing technologies and cutting-edge materials have led companies to develop increasingly high-performance fins paired with pronounced angles, allowing freedivers to move more efficiently both on the surface and at depth.
The fin angle must allow hydrodynamic flow without creating unnecessary resistance. Proper fin angle optimizes power transmission from the foot to the blade, improving movement efficiency and allowing the fin to work better with the foot's natural motion during the kick.
In short, the angle of freediving fins is a crucial factor that contributes to overall performance.
Blade Stiffness
Blade stiffness should be chosen based on many factors, such as the user's height and weight, but also according to training level, intended use, and the environmental conditions in which the fins will be used.
According to a common stereotype, a heavy, muscular person should use stiffer blades, such as Medium or Hard, compared with a lighter person with low muscle tone, who could use Soft or Super-Soft. In general this can be true, but this calculation does not take into account the type of work the user needs to perform.
For example, a tall, heavy, muscular person, although physically capable of using stiffer fins, will still benefit from using soft blades when preparing for deep dives or long distances in dynamic apnea. This is because, despite physical strength, in this type of athletic movement (prolonged and on breath-hold), soft blades allow anyone to conserve oxygen thanks to reduced muscular effort.
Likewise, a lighter person with less muscular power could benefit from a stiffer blade in situations where an immediate response is required, even at the cost of greater energy expenditure (and therefore oxygen), but where the fins' quick response is a determining factor compared with optimizing energy consumption.
A note on Hard-stiffness blades. This blade stiffness is now almost disappearing because fewer and fewer spearfishers and freedivers use it. Although the application may require an immediate response, and regardless of physical build, fins that are too stiff end up excessively fatiguing the user, reducing breath-hold times.
The Best Fins Brands for Spearfishing
When choosing fins for freediving or spearfishing, several renowned brands offer high-quality products. Here are some of the best:
C4 Carbon
C4 can proudly claim to have made the world’s first carbon fins, back in 1989.
Today C4 is a structured company with a complete catalog of freediving and spearfishing products, yet it has not forgotten its origins. It stands out for the widest range of carbon fins available on the market and also offers plastic models, all produced in-house by C4.
Today C4 has acquired the historic French brand H. Dessault, under which it offers a second product line whose strength is an excellent value for money, including plastic and carbon fins.
A 100% Made in Italy excellence.
DiveR Australia
DiveR is an Australian company specializing in the production of top-quality blades made from composite materials.
DiveR can claim to have influenced the modern fin market with its technical and artistic choices. It was the first to introduce particularly pronounced angles, layups designed to promote earlier blade flex, and special composites, such as hi-tech fibers mixed with carbon yarn. Among these are the Innegra blades, used worldwide by some of the greatest professionals in our sport.
The premium epoxy resins used by DiveR have always been one of the strengths of the Australian company; in fact, its fiberglass blade production often outperforms many other carbon fins on the market.
DiveR blades have been at the top of the global freediving and spearfishing fin market for more than 20 years. In recent years, many manufacturers have attempted to copy DiveR’s technical choices, but to this day these blades remain unique in terms of performance, thrust, low energy consumption, strength, durability, reliability, and aesthetics.
Many of the greatest spearfishers, after trying DiveR quality, have never gone back to using blades from other manufacturers.
Cetma Composites
Cetma Composites is an Italian brand that originated as a branch of a national research center for composite materials. The Brindisi-based company offers several models of 100% carbon fins, highly appreciated by both freedivers and spearfishers.
Cetma carbon fins represent a major innovation in the sports sector, thanks to the engineered stiffness distribution method. Using exclusive materials and proprietary processes, these fins deliver superior comfort and responsiveness, tested by top-level athletes. Collaboration between engineers and champions has resulted in a product that maximizes elastic return and reduces dissipative effects, ensuring excellent results in freediving and spearfishing.
Cetma also offers the Taras monofin and bifins, which are achieving great success in pure freediving competitions.
Salvimar
Salvimar offers a comprehensive product catalog for spearfishing and freediving. Among these, it offers two noteworthy models.
The Speeder fins are a highly appreciated plastic model for their performance, despite being technopolymer fins.
The Speeder Carbo fins also use the innovative Speeder foot pocket paired with an exceptionally high-quality carbon blade. A high-end choice for any freediver or spearfisher.
Mares
Mares is another renowned brand in the underwater world and offers a wide variety of fins. But the most innovative models are those fitted with the brand-new, super-lightweight dual-material X-Wing foot pocket. X-Wing fins are available with plastic or carbon blades and are a Mares-branded excellence.
Beuchat
Beuchat is a French brand that has been producing spearfishing equipment for over 60 years. They offer a wide range of fins suited to different spearfishing and freediving styles, but the most innovative models are those fitted with the brand-new Libeccio foot pocket. Libeccio fins are available in the Libeccio Sport version, with a plastic blade, and in the Libeccio Elite version with carbon blades. A Beuchat-branded excellence.
Cressi
Cressi has always been a leading brand in the freediving and spearfishing sector, with a wide range of fins in its catalog. The most popular models today are those equipped with Gara Modular foot pockets with standard rails or Gara Turbo foot pockets with short rails.
The Gara Modular Impulse and Gara Turbo Impulse plastic fins are among the most popular models for freedivers attending their first freediving courses or spearfishers who have not yet moved on to composite blades.
Conclusions
Choosing the right fins for freediving or spearfishing is essential to improve performance, safety, and your experience underwater.
Consider the different types of materials, blade length, and foot pocket type. Last but not least, try to choose a stiffness that suits your body type, your training level, and your diving style.
Don’t choose blades that are too stiff, as they could fatigue your legs and, as a result, make you waste more oxygen.
With these tools, you’ll definitely be able to make a choice that fits your needs and, if you still have doubts, contact our customer care team for a free consultation.
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