High-Performance Carbon Fiber Hydrofoil Wing for Ultimate Speed and Stability

High-Performance Carbon Fiber Hydrofoil Wing for Ultimate Speed and Stability

Experience the next evolution of hydrodynamic performance with our Carbon Fiber Hydrofoil Wing — designed for riders who demand precision, lift, and speed on water.
Crafted from aerospace-grade carbon fiber and refined through CFD (Computational Fluid Dynamics) optimization, this hydrofoil wing delivers unmatched glide efficiency, ultra-light responsiveness, and rock-solid stability across all conditions. Whether for e-foils, surf foils, or kiteboards, it redefines performance beneath the surface.

Key Features

Aerospace-Grade Carbon Fiber Construction – Ultra-light, high-strength monocoque structure for optimal stiffness and corrosion resistance.
Hydrodynamic Wing Geometry – CFD-optimized profile ensures maximum lift-to-drag ratio and stable pitch control.
Modular Connection System – Precision CNC aluminum fuselage interface allows quick assembly and interchangeability.
Tapered Wing Tips – Reduces cavitation and turbulence for smoother carving and higher top-end speed.
Seamless One-Piece Molding – Continuous carbon weave with no joint lines improves structural integrity and water flow.
Custom Finish Options – Choose gloss, matte, forged, or semi-transparent carbon with personalized branding.

Customer Problems We Solve

Instability & Drag – Traditional foils cause wobbling and inefficiency.
✅ Our fix: CFD-driven airfoil geometry and low-drag wing section for balanced, stable lift.

Weight & Fatigue – Aluminum or fiberglass foils add mass and flex under load.
✅ Our fix: Full carbon layup (2×2 twill + UD reinforcement) achieves exceptional stiffness-to-weight ratio.

Vibration & Noise – Poor lamination or assembly creates chatter at high speed.
✅ Our fix: Precision compression molding and anti-resonance design reduce hydrodynamic vibration.

Corrosion & Wear – Saltwater damages standard hardware.
✅ Our fix: 316L marine-grade inserts and UV-protected coatings for long-term durability.

Why Choose Carbon Fiber?

• Superior Strength-to-Weight Ratio – Lightweight carbon structure for explosive lift and agile control.

• Precision Engineering – CNC-machined molds with ±0.1 mm accuracy guarantee consistent wing profiles.

• Performance Stability – Carbon stiffness maintains lift and feedback even under high loads.

• Luxury Finish – Exposed weave pattern symbolizes craftsmanship and performance prestige.

• Extended Lifespan – Resistant to fatigue, UV, and saltwater degradation for years of professional use.

Applications

• Electric foils (E-Foils) seeking higher lift and speed efficiency.

• Surf and SUP foiling enthusiasts pursuing smooth, long glides.

• Kiteboard and windfoil setups requiring modular precision systems.

• OEM/ODM partners developing branded carbon foil product lines.

Frequently Asked Questions (FAQ)

Q1: What speed range does it support?
A1: Designed for 15–50 km/h operation depending on board, rider, and wing configuration.

Q2: Is it compatible with my current fuselage and mast?
A2: Yes, the modular mount system supports most standard 4-bolt and plate-style connections.

Q3: Can it be used in saltwater?
A3: Absolutely. All components are marine-rated and corrosion-resistant.

Q4: Do you offer customization?
A4: Yes. OEM/ODM customization available for size, finish, logo, and hydrodynamic tuning.

Q5: How durable is the wing?
A5: Tested for flexural strength ≥300 MPa and fatigue life exceeding 500,000 cycles.

Engineering Excellence: From Simulation to Sea

• CFD-Optimized Wing Design – Refined lift curve and pressure distribution for smoother takeoff and efficient cruising.

• Finite Element Analysis (FEA) – Simulated load paths ensure zero structural failure under dynamic forces.

• Compression Molding Process – 150°C / 90 min cure cycle ensures uniform resin distribution and superior bonding.

• Core Structure – High-density PMI foam (60–120 kg/m³) core with localized reinforcement at load zones.

• Surface Finish – Mirror-grade carbon weave, polished to aerodynamic perfection.

Mass Production & Quality Assurance

• Automated prepreg cutting with ±0.2 mm precision.

• Controlled autoclave curing for consistent fiber alignment.

• Ultrasonic (UT) + industrial CT inspection for internal voids (<0.5%).

• Surface finish verified under ISO 2813 gloss standards.

• 100% waterproof and UV-stable coating for marine longevity.

Sustainability & Innovation

• ≥90% carbon fiber recycling from offcut reclaim process.

• Low-VOC resin system reduces emissions during curing.

• Solar-powered production facility with digital curing monitoring.

Final Performance Summary