2 in stock
The single concave bottom and smaller fins provide the right amount of grip, helping you get the most of your lightwind sessions.
Light winds? No problem, we have you covered with the new 2016 Cabrinha Stylus.The Stylus is such an effficient light wind board allowing you to get out on the water when most others are slogging (technical term for riders who are gong really SLOW) or watching from shore. The extra wide, square outline and flat rocker line will keep you going in the lulls. The single concave bottom and smaller fins provide the right amount of grip, helping you get the most of your lightwind sessions.
What Cabrinha has to say about the new 2016 Stylus Lightwind Freeride Kiteboard:
The Stylus will save the day when wind speeds are just barley strong enough to fly your kite. The flat rocker line and extra wide outline make the most of the conditions getting you up on a plain with the least amount of power possible. Its dynamic single concave bottom shape with rail flats is the ultimate in low drag design delivering the best light wind performance. Smaller fins minimize drag and enhance the fun you’ll have on this board.
We use a premium “A-grade” Paulownia wood core which is vertically laminated to optimize strength, reduce weight and allow the board to flex more naturally and freely. This premium cut has a higher number of continuous vertical strips free of finger joints for a smooth flex pattern. This allows each board to mirror the design for more consistency from board to board. Found in all 2016 models.
A single pour liquid urethane elastomer around the entire board is the ultimate impact resistance material while helping with rebound and vibration reduction.
M6 x 16mm Industry standard, super strong inserts. The same 16mm screws are used for fins, handle and foot straps.
Gets you up on a plane with the least amount of power possible.Found on the Stylus.
Our unique hex flow poly carbonate fins feature a hexagon dimpled pattern over the surface of the fin. The hex pattern helps to create a boundary layer which assists in the laminar flow over the fin, reducing drag. The new material is made from a lightweight and resilient bullet proof material.