Fin SPINERA Slide-in Classic Nylon 9'' (20396)

Fin SPINERA Slide-in Classic Nylon 9'' is a highly functional accessory for various surfboards, designed for optimal performance. Made of fiberglass and polyamide (nylon), it combines durability and flexibility, making it an ideal choice for water sports enthusiasts looking for reliable gear. Its versatility ensures that it performs excellently both in calm waters and more demanding conditions.

Advanced materials

The Fin SPINERA Slide-in Classic Nylon 9'' features a construction based on fiberglass, which provides exceptional stiffness and resistance to mechanical damage. Polyamide, also known as nylon, adds lightness and flexibility, translating into better performance when surfing. Thanks to the use of these materials, the fin is resistant to seawater and UV radiation, enhancing its durability.

Universal design

The design of the fin SPINERA Slide-in Classic Nylon 9'' allows for easy installation and removal, which is extremely important for those who frequently change accessories on their boards. Its classic design ensures compatibility with most surfboards available on the market, providing stability and control. Regardless of the user's skill level, this fin supports precise manoeuvring and quick reactions in the water.

Durability and performance

The Fin SPINERA Slide-in Classic Nylon 9'' is an excellent choice for those who expect reliability and long-lasting use. High-quality materials and precise workmanship guarantee that the product meets the demands of even the most discerning users. Regardless of the conditions in which it is used, the fin provides optimal hydrodynamic properties, allowing for smoother rides and better performance on the water.

Fin SPINERA Slide-in Classic Nylon 9'' - features:

• Made of durable fiberglass and polyamide;
• Construction ensuring excellent stiffness and flexibility;
• Resistance to seawater and UV radiation;
• Universal design suitable for various surfboards;
• Easy installation and removal;
• Providing stability and precision in manoeuvring;
• Optimal hydrodynamic properties for better performance.