Thanks to the innovative single-material thermoplastic compound, SEAC Forza Navy offers the behavior typical of a rubber fin, combining exceptional thrust, precise control and an extremely comfortable fit.
The negative buoyancy makes SEAC Forza Navy particularly suited to technical diving, Side Mount configurations and professional use, helping to maintain optimal trim throughout the dive.
The exclusive Anti Turbulence Rib system helps reduce turbulence during the kick, limiting thrust dispersion and improving propulsion efficiency.
The stainless steel spring strap with ergonomic heel pad ensures a practical, stable and secure fit. For those who prefer a traditional configuration, a rubber strap is also available as an optional accessory.
The SEAC Forza Navy are designed and manufactured in Italy to meet the needs of technical divers, offering build quality, reliability and high performance even on the most demanding dives.
SEAC Forza Navy is the adjustable Made in Italy dive fin developed for technical and professional diving and Side Mount configurations. The innovative single-material thermoplastic compound gives the fin the behavior typical of the best rubber fins, offering powerful thrust, precise control and an extremely comfortable fit.
The exclusive Anti Turbulence Rib system helps limit the turbulence generated during the kick, improving propulsion efficiency and reducing thrust dispersion even on the most demanding dives.
The fit is completed by the stainless steel spring strap with ergonomic heel pad, which ensures practicality, stability and comfort on every dive. For those who prefer a traditional configuration, a rubber strap is also available as an optional accessory.
Thanks to its negative buoyancy, the extraordinary efficiency of the blade and the high control during the kick, SEAC Forza Navy is the ideal choice for technical and professional divers looking for high performance and maximum reliability.
Choose SEAC Forza Navy and take on every technical dive with Made in Italy fins designed to offer thrust, control and reliability.
