Custom Wing Foil Boards Made in France
The Inshore Freestyle line is the ultimate compact weapon for advanced freestylers. The lift, rocker and rail combination allows for highly efficient pumping for faster take-off. Especially as our boards are ultralight but extremely stiff.
As a bonus, we include a double concave, which can ease-out your rough landings. We offer from 4’4” to 4’6” and 45l to 75l in “standard” versions but can also provide fully customized specs.
Built around a low density EPS foam core CNC routed with a central Airex© / carbon sandwich beam. The deck and hull are made of carbon/Airex© or carbon and Nomex© honeycomb sandwich for the Pro Build version whereas the foil box is built under US standard in-house out of aviation-grade carbon sourced from Airbus©.
Finishing is fully customized, carbon brush, hand painted, mat or glossy and countless options to match your tastes and make your board truly unique. Rake inclination is adjusted on demand.
Materials: Carbon fiber, Nomex© aramid honeycomb, Entropy CLR© biosourced epoxy, Airex© PVC foam, EPS core, Map Yachting© boat varnish.
Colors available: Fluorescent Orange / white, Custom Color.
Full customization available. Please allow 24h to get back to you with a design proposal.
High performance carbon US Box included
Gore-Tex© venting valve
Foostrap inserts
FCS© leash plug
Carrying handle
Size variants:
4'6" x 22 1/2" x 65l
4'4" x 22" x 55L
4'4" x 19 5/8" x 45l
Custom Size
Lead time 8-12 weeks depending on production schedule.
Board sold alone, stainless screw set included.
A Pure Freestyle Wing Foil Shape
Our Inshore Freestyle model is compact with straight rails at the rear, gentle bevels from the rear third to the front where we include a slight double concave. The rocker is progressive in order to improve your best combo of tricks.
Full-Carbon Vacuum or Nomex© Honeycomb Pro Build
Internal Structure 1
Standard: Full Carbon Vacuum Build
A | Low density EPS foam core 3D engineered in France |
B | Airex© / carbon sandwich structural beam Deck / hull interface, IPN beam principle, extreme stiffness |
C | Twill carbon fabric 2 sandwich layers with extra reinforcement strips on rails |
D | Airex© PVC Sandwich Core Sandwich reinforcement under deck |
E | In-house US-standard foil box plate Vacuum infused Carbon / Nomex© double sandwich plate, routed to USBox standards and secured with structural epoxy glue, then laminated under one layer of carbon |
F | US-standard box rails Airex© / carbon sandwich bloc molded with US rails, laminated top and bottom and bound to the internal beam |
G | Twill carbon fabric 2 sandwich layers with extra reinforcement strips on rails |
Internal Structure 2
Optional: Honeycomb Pro Build
A | Hull-side carbon fabric 2 layers |
B | Twill carbon fabric 2 sandwich layers with extra reinforcement strips on rails |
C | Nomex© aramid honeycomb Full sandwich deck side from rail to rail |
D | Airex© / carbon sandwich structural beam Deck / hull interface, IPN beam principle, extreme stiffness |
E | In-house US-standard foil box plate Vacuum infused Carbon / Nomex© double sandwich plate, routed to USBox standards and secured with structural epoxy glue, then laminated under one layer of carbon |
F | US-standard box rails Airex© / carbon sandwich bloc routed with US rails, laminated top and bottom and bound to the internal beam |
Freestyle Wing Foil Images
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