KITESURFING BOARD TWIN-TIP 500 - CARBON - 136X40.5 CM (PADS AND STRAPS INCLUDED
Store Availability
Store availability
BENEFITS
Glide performance
Superb upwind performance, no water spray, high-performance pop, carbon band.
Modularity
Adjustable footstraps, optional boot mounting, 2 pad-spacing positions
Cushioning
Very comfortable shape, wood core and optimised rocker, anatomical pads
TECHNICAL INFORMATIONS
FEATURES
Its versatility will appeal to you whatever your level.
Its comfort and upwind performance are two of its main assets.
Intermediate or advanced surfers will be delighted by its popping performance, either hooked in or unhooked, thanks to its carbon stringers.
The recessed deck in the rail area provides a better grip.
COMPOSITION
Impact-resistant thanks to its ABS rail
Core made of wood for the best compromise between comfort and resistance
Composite fins
A4-grade stainless steel screws
Weight with accessories: 3.750kg
Weight without accessories: 2.7kg
4 fins + screws: 0.200 kg
2 pads + 2 straps+ screws: 0.800 kg
Handle + screws: 0.050kg
DIMENSIONS
136 X 40.5 cm
Pad spacing:
=>2 possible positions, 43 cm and 48 cm
Strap and pad size:
=>Suitable for riders with a shoe size (EU) between 41 and 46
Very comfortable pads and straps.
COMPOSITION
composition
Board for surf: 10.0% Acrylonitrile Butadiene Styrene, 25.0% Glass Fiber, 30.0% Wood, 5.0% Carbon Fiber, 25.0% Resin, 5.0% Stainless Steel; Top part: 100.0% Polyethylene; Complementary parts: 10.0% Polyamide, 50.0% Ethylene Vinyl Acetate, 5.0% Polyester, 20.0% Glass Fiber, 10.0% Rubber, 5.0% Stainless Steel
Tips for storage and maintenance
Storage tips
In a cover, away from light
Restrictions on use
Do not use on wake park obstacles
TESTS AND WARRANTY
Test product
Pull-out and thread-stripping tests on inserts and 3-point bending tests conducted in our laboratories.WARNING: Never over-tighten the screws of the fin or strap/pad inserts. Ensure that you inspect and re-tighten regularly
Warranty
2 Years
Agree by
Our team members of all levels, sizes and weights, in different wind conditions and bodies of water