GA Sails Hybrid Rig 2026
Get ready for the ultimate windsurfing experience with the Hybrid Rig, a sail line that effortlessly adapts to your specific requirements, whether you're riding waves, enjoying bump & jump sessions or cruising on flat water.
The Hybrid sail line is your ticket to unparalleled agility, control and power, regardless of the wind conditions. Depending on the size you choose, the Hybrid offers precisely the right characteristics for your windsurfing adventures with 4 battens in the smallest, 5 in the medium sizes and 6 sail battens in the big Hybrids.
Whether you're looking to conquer waves with the small sizes, engage in thrilling bump & jump sessions, or enjoy a leisurely freeride with the larger Hybrids, this sail has you covered. With the Hybrid rig you can tackle any windsurfing session with confidence.
Enjoy the freedom to choose the perfect sail for the day's conditions, knowing that the Hybrid delivers agility, control and power whenever and wherever you need it. The complete Hybrid rig package includes a sail, a mast, a boom and an extension.
Key Features:
ALL IN ONE RIG PACKAGE The all in one rig package comprises a bag, mast, extension, and boom for your convenience.
ONE SAIL LINE FOR ALL CONDITIONS With a quiver of Hybrid sails you can cover all conditions from wave sailing to bump & jump and freeriding.
PROGRESSIVE BATTEN SETUP Depending on the size, your Hybrid features the perfect batten setup for the conditions, you'll sail in. 4 battens between 3.7 and 4.7, 5 battens between 5.2 and 6.4 as well as 6 battens between 6.7 and 8.2.
COMPACT WINDOW DESIGN A more compact sail window provides great visibility, while eliminating unnecessary seams and interferences with other materials.
HD SAIL WINDOW X-Ply in the sail window of the Hybrid 6.4 and smaller make the sail extremely resistant in hardcore conditions.
DACRON LUFF PANELS A Dacron panel next to the mast sleeve allows the Hybrid to power up smoothly.
ONE-PIECE MAST SLEEVE The one-piece mast sleeve makes the Hybrid lighter and improves stretch characteristics.