Ginxu Dragonfly Crossing Pro Carbon
Step Bottom Downwind Sup, Long Distance / Long Period, Lightwind Wingfoil.
The newly launched Ginxu Dragonfly Crossing Pro Carbon has been designed for open ocean crossings and softer, rounder rolling swell conditions.
It’s longer and narrower, with a repositioned Step Bottom (patented) and a full displacement front. The Crossing delivers the fastest gliding outline on any KT board. With a reimagined, revolutionary volume flow, the fuller nose keeps the nose from diving in tight swells, whilst keeping a neutral well balanced volume distribution throughout the length of the board.
Featuring the trademark Dragonfly kick tail for clearance and carving, with a more inset deck for balance and more controlled, direct deck feel. All of this combines to create the best top paddle speed, meaning ocean crossings and flatter water paddle ups are, in one word, effortless.
Construction.
Revolutionary Seamless Form KT Technology, all new ultra faithful representation of the original shape, more precise than conventional CNC or mold process. Full Carbon Hull, connecting deck, bottom and rails, for all encompassing lightning fast response and supreme stiffness.
Applies to Stock Model.
Shape.
Longer and narrower, with a repositioned Step Bottom (patented) and a full displacement front. Fuller nose keeps from diving in tight swells, whilst keeping a neutral well balanced volume distribution throughout the length of the board.
Applies to Stock Model.
Agility.
Maximum paddle speed, so you can use the fastest, smallest foil you dare. The Crossing delivers the fastest gliding outline on any KT board. Featuring the trademark Dragonfly kick tail for clearance and carving, with a more inset deck for balance and more controlled, direct deck feel.
Pads.
Our all new pads, redesigned from the ground up, come with a Flat Cord groove as well as segments and cuts. They aid with waterflow, reduce weight and provide a more tactile connection.
Applies to Stock Model.
Tracks.
US track boxes: 2x 13”.
Applies to Stock Model.