We took all the best materials , 12 years of making carbon kiteboards , developed new technology and built one Kiteboard , The Prototype!! . We then tested the board in one of the hardest winters seen in Tarifa, Spain for years , 6 test twintips where built and tested , each board varying in stiffness, weight and shape, the most extreme weight at 1.5 kilos , an amazing kiteboard to test . For the first time ever in kiteboard design we designed flex into the width of the kiteboard, the drive rail is 8 times stiffer than the offside rail . For the first time ever we mixed convex with concave and shaped a highly precise under/top shape .

We developed a construction system unbreakable at an impressive 2 kilo weight, positioning a 2 kilo board for landings is extremely precise. The most important development not yet achieved by any shaper in kitesurfing , the secret how to create genuine, send it high pop . The secret is a careful combination of materials , shape and varying flex areas along the width and the length of the kiteboard. We guarantee you shall jump higher than any other twintip on the market today.

This kiteboard likes to be driven, the balance point from the 2 feet is exactly in the centre of the board. Where you look the Twin tip shall move, where you cut the board shall hold, load to jump and the carbon kiteboard shall grip and generate. Speed is essential for this level of kiting, fast cutbacks, stable landing, the performance is so high the board can be landed on its edge ,either toe-side or its drive edge. The convex-concave under shape creates a channel effect without drag, landing the board straight downwind is stable and flexible. The drive rail is 8 times stiffer than the rest of the board giving the pop effect and a stiff platform to push against.

To finish the feel and create the greatest kiteboard ever the board weight had to be 2 kilos, to make the chassis unbreakable nomad has used the highest density pvc core yet, the core is harder than pine wood and more flexible, made in Switzerland each prototype core is guaranteed to have the same weight and precision of flex, not possible