AIRWAVE 1450 HA FW

€580.00
Tax included

PRO FRONT WINGS

The current Pro Front Wings come in three different styles and several sizes. Designed for different styles of foiling, getting down in the full depth of their performance envelope requires advanced foiling skills.

If we compare these to the allround front wings, you will find that those hit that sweet spot where lift, responsiveness, top-end speed and glide all combine for an accessible and thrilling foiling experience. More dedicated Pro Front Wings will emphasize specific characteristics like gliding efficiency (the Gull Wing 2500 is amazing) and pump (the downwinders) over turnability and responsiveness (1250 Sweep).

Quantity
In-Stock

Pro Front Wings vs. Allround series

Compared to the more forgiving allround series, our Pro Front Wings are designed for performance foiling instead of accessibility. This means you may be able to ride one, but accessing their full performance potential requires advanced foiling skills.

Intermediate and beginning foilers are best served with the more accessible Airwave sets and/or the Allround Front Wings. Riders looking for a specific foil characteristic like sustained glide, the best possible responsiveness or top-end speed are best served with the different Pro Front Wings.


ACCESSORIES INCLUDED

fw-cover

Premium 600-D nylon cover


FW 1450 HA

The high-aspect gliders are designed for downwind foiling. Their outline and foil profiles combine hydrodynamic efficiency, deliver higher speeds and excellent pump characteristics in downwind conditions. These foils are based on high-performance windsurf / kite designs and have been adapted for the slower speeds of downwind SUP. Pair any size with the RW 245 rear wing for maximum efficiency and minimal drag:

SIZECHART

NAME  WEIGHT WIDTH (cm) WIDTH (in)
FW-downwinders-1.jpg FW 1250 HA 1.00 kg 92 cm 36.2 in
FW 1450 HA 1.08 kg 100 cm 39.3 in
FW 1650 HA 1.69 kg 110 cm 43.3 in

The advantage of a high-aspect wing like this is its efficiency. A flat shape translates to directional stability and a more effective surface in pumping motion, as more surface is equally leveraged.

NP.21.FOI.1006

Data sheet

Discipline
Foil