Prepreg Carbon Fiber Hydrofoil
Our carbon fiber hydrofoil is made of advanced prepreg material and cured under high temperature conditions by compression molding. It delivers outstanding strength, excellent consistency, and a refined surface finish. In addition, our in-house manufacturing covers the entire process — from carbon fiber weaving, lay-up, molding, to finishing — all completed within our own facility, ensuring superior quality control at every stage.
Carbon Fiber Hydrofoil Specification
- Material: Prepreg Carbon fiber + Foamcore + resin
- Manufacturing Process: Compression molding
- Front Wing Area: 1416sqcm
- Wingspan: 86cm
- Chord: 23.3cm
- Aspect Ratio: 5.22
- Application: Wingfoiling, Surf foil, Wakefoil, Pumping, Downwind
- Customized Service: Available
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Carbon Fiber Hydrofoil Detailed Description
This Carbon Fiber Hydrofoil is manufactured using high-temperature compression molding technology, ensuring exceptional accuracy in both surface finish and foil curvature. Such precision is critical for hydrofoils, as it directly impacts hydrodynamic efficiency, lift consistency, and overall stability in the water.
Unlike hand lay-up and vacuum bagging methods, which may cause secondary foaming and cracking under high ambient temperatures, this wing is formed with high-temperature foaming technology, resulting in a flawless and durable structure.
The carbon fiber composite construction provides outstanding rigidity and hardness, capable of withstanding forces up to 350 KGF without any sign of damage. This superior strength-to-weight ratio delivers reliable performance for demanding riders.
Key Specifications & Advantages
- Optimized Lift & Control – Large 1416 cm² area provides stable lift and smooth ride.
- Excellent Glide – 86 cm wingspan enhances glide efficiency and flow through water.
- Balanced Maneuverability – 23.3 cm chord width achieves stability with responsive handling.
- Hydrodynamic Efficiency – 5.22 aspect ratio offers smooth transitions and consistent stability.
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FAQ
What manufacturing process is used for the hydrofoil?
The front wing is produced using high-temperature compression molding technology. This process ensures accurate foil curvature, excellent surface consistency, and superior structural strength.
Why is prepreg carbon fiber important?
Prepreg carbon fiber provides better fiber-to-resin consistency compared with traditional hand lay-up methods. This results in:
Higher structural strength
Improved stiffness
Reduced excess resin weight
Better surface finish
More stable product quality
What are the main specifications of the front wing?
Key specifications include:
Front wing area: 1416 cm²
Wingspan: 86 cm
Chord: 23.3 cm
Aspect ratio: 5.22
These dimensions provide balanced lift, glide, stability, and maneuverability.
What riding characteristics does this front wing provide?
The front wing is designed to offer:
Stable lift at low speeds
Smooth glide performance
Predictable handling
Responsive turning
Efficient water flow
Balanced control for different riding conditions
How strong is the hydrofoil structure?
The carbon fiber composite structure is designed for high-performance riding conditions and can withstand forces up to 350 KGF without structural damage. The optimized carbon construction provides excellent rigidity and impact resistance.
How is this hydrofoil different from traditional hand lay-up products?
Unlike traditional hand lay-up and vacuum bagging methods, Noah Composites uses high-temperature foaming and compression molding technology to reduce the risk of secondary foaming, cracking, and structural inconsistency under high-temperature environments.
