Hydrofoil Fuselage Universal Plus Alu 63cm RRD 30UNFPLALU_00_63
In stock
Estimated delivery: December 24, 2025 - December 31, 2025
Hydrofoil Fuselage Universal Plus Alu 63cm RRD 30UNFPLALU_00_63
Description:
The 63cm RRD Universal Plus aluminum hydrofoil fuselage is the ideal hull for watersports enthusiasts who value high performance and exceptional stability. Made from high-quality aluminum, this fuselage offers outstanding durability and a lightweight construction for comfortable handling. Innovative technologies integrated into the design help minimize water resistance and maximize efficiency at high speeds. This product is optimized for users seeking the highest levels of comfort and performance, whether they are beginners or experienced athletes. Furthermore, the fuselage is easily compatible with various foil setups, making it suitable for a range of watersports.
Key features:
- Robust aluminum material for high durability and low weight
- Streamlined design reduces water resistance
- Excellent stability and control at high speeds
- Ideal fit for different foil components
- Specifically designed to reduce fatigue during longer sessions
- Flexibility to adapt to different water conditions and styles
- Optimized for team and individual users seeking performance improvements
- Unisex design, suitable for adults of all ability levels
Specifications:
Manufacturer: RRD
SKU: 30UNFPLALU_00_63
Material: Aluminum
Size/Dimensions: 63 cm
Weight: Lightweight construction (exact weight not specified)
Color: N/A
Size: 63 cm
Category: Hulls
Age group: Adults
Gender: Unisex
Recommended use:
This fuselage is ideal for recreational users as well as advanced and professional water sports enthusiasts engaged in activities such as windsurfing and kitesurfing. It is particularly well-suited for calm water or moderate currents where top performance is required. To get the most out of this product, it is recommended to combine it with compatible foiling equipment and accessories such as adjustable straps for even more customized adjustments and optimal performance.