FLITELab* Foil

FLITELab* Foil

Performance Beyond Compare This foil system is the result of countless prototypes, testing sessions and a borderline unhealthy obsession with perfection. We wanted to create a mid aspect wing that surfs as well as the best surf wings out there but still pumps easily, with crazy low-end performance and minimal top-end loss. You can ride a size or two smaller than usual and it feels ridiculously good. Ditto for winging, where the low-end helps you get up in lighter wings and nail those tight carves you’ve always dreamed of. Super smooth and pitch stable, it’s the only foil you’ll ever need, from beginner to pro.

UHM_Mast

An ultra-high modulus, hyper-stiff, carbon fiber, monocoque mast with mind bending rigidity. Available in 82cm and 87cm. Key Features:

– Just 13.5mm thick.
– UHM monocoque structure - just add wing and fuse/stab.
– Straight leading edge for consistent feel through turns.
– Slight taper at the baseplate for enhanced stiffness.
– Low profile baseplate.
– Super tough titanium conical wing interface.

The FLUX_Wing Range

Designed with prone & wing foilers in mind, these super-agile mid aspect-ratio wings (8.5), offer a surf orientated ride, with exceptional carve and rail to rail performance. Incredible low end and ability to pump allow you to ride a size or two smaller than usual, plus they are super pitch stable and forgiving when you’re trying to push turns like Adam Bennetts himself. The conical interface creates a rock-solid, super streamlined and hassle-free connection to the mast, first time, every time. Key Features:

– Exceptional carve and rail-to-rail performance.
– Incredible low end and ability to pump.
– Super pitch stable and forgiving.
– Titanium conical interface.
– High modulus carbon fiber.
– Rock solid connection.
– Just two bolts for super easy on/off.

FLUX_Stab & Fuse ranges

Crafted from high grade carbon fiber for optimal weight, strength and stiffness. Stabs connect with just two bolts for super-easy on/off, while fuses connect with two bolts via a titanium conical interface for peak hydrodynamic performance and durability.