Coda Dual V2 Diving Fins
Description
Coda Dual Fins V2
High-thrust split fins engineered to deliver powerful propulsion with less effort, helping divers conserve energy and reduce fatigue during demanding dives.
The innovative split-fin design allows water to flow between and around the twin blades, which flex independently to generate efficient propulsion. This design enables the fins to move through the water with reduced resistance, providing a smooth and stable kicking motion while maintaining excellent power and performance.
Drag-reducing vents at the junction between the foot pocket and blade help reduce resistance during both the up and down strokes. The fins also feature outer rails and semi-rigid panels that control blade flex and help maximise propulsion throughout the kicking cycle.
Designed with manoeuvrability in mind, the Coda Dual Fins V2 provide responsive directional control for both slow and rapid movements underwater. Flexible joints between the panels allow the fins to respond quickly to the diver's movements, while the optimised foot pocket provides a comfortable, stress-free fit to help reduce fatigue during longer dives.
Constructed from thermoplastic vulcanizate and EPDM-elastomer, the fins provide a balance of flexibility, rigidity and durability. The non-magnetic design makes them particularly suited to military and professional diving applications where magnetic signature may be a consideration.
Quick-connect swivel buckles allow for easy donning and doffing, making the Coda Dual Fins V2 a versatile choice for commercial, military, professional, technical and recreational divers.
TECHNICAL
- Build: thermoplastic vulcanizate, EPDM-elastomer
- Weight pair: 2.6kg (4.6lbs)
- LxWxD: 580*240*70mm (22.8*9.4*2.7”)
- Colour: black
SIZES
- Medium | UK 4-6 | EU 37-39 | US 5-7 | NSN 4220-99-378-4788
- Large | UK 7-10 | EU 40-44 | US 8-11 | NSN 4220-99-325-1902
- XL | UK 11+ | EU 45+ | US 12+ | NSN 4220-99-819-9089
KEY FEATURES
- Efficient Split-Fin Design - Twin independent blades allow water to flow between and around the fins, generating propulsion efficiently while requiring less effort from the diver.
- High-Thrust Propulsion - Engineered to provide powerful thrust and efficient propulsion, helping divers achieve strong forward movement while conserving energy.
- Reduced Drag - Drag-reducing vents at the junction between the foot pocket and blade help minimise resistance during both upward and downward strokes.
- Outer Rails & Semi-Rigid Panels - Outer rails provide rigidity while semi-rigid panels control blade flex, helping store and release energy during the kicking cycle to maximise propulsion.
- Smooth & Stable Kicking Motion - The split-fin configuration is designed to provide a smooth, stable kicking action with reduced effort.
- Enhanced Manoeuvrability - A high surface area and flexible panel joints provide responsive directional control, allowing precise movement during both slow and rapid manoeuvres.
- Reduced Diver Fatigue - The efficient fin design requires less effort, helping divers swim for longer while reducing fatigue and the risk of cramps.
- Durable Thermoplastic Construction - Manufactured from thermoplastic vulcanizate and EPDM-elastomer, providing a balance of flexibility, rigidity and durability.
- Non-Magnetic Design - The non-magnetic construction makes the fins suitable for military and professional diving applications where a non-magnetic design is required.
- Quick-Connect Swivel Buckles - Quick-connect swivel buckles allow the fins to be put on and removed easily, providing convenient operation before and after diving.
Key Features
- Efficient split-fin design for maximum propulsion with less effort.
- Drag-reducing vents for smoother, faster movement through the water.
- Quick-connect swivel buckles for easy donning and doffing.
- Lightweight thermoplastic construction for flexibility and durability.
- Non-magnetic design ideal for military and professional divers.
- Reduces fatigue and risk of cramps during long dives.
