One of the single most important aspects to your FW setup is what is under your feet; fins. As a result, fins have been somewhat an aspect that people obsess about a little too much. As it stands right now, there are 4 mainstream fin makers in the World who’s fins are actively being used on the FW Pro Circuit (apologies to the smaller, lesser known fin companies who I have left out): Deboichet, Kashy, Select, Hurricane, whereby nearly 70% of those are Deboichet made. Each fin company makes a variety of foils in a number of flex stiffnesses, torsional stiffnesses, rakes and twist, which doesn’t make buying a new fin an easily made decision. Coupled with long queues on fin orders and high price tags, many people end up spending money on fins that aren’t helping them. Understanding some basic theory and terminology used in the fin-world might just help you make an informed decision before you part with your hard earned money. Understanding what the fin does to the trim of your board and what you should be looking for when you test fins against each other, might even be more useful. Here we will attempt to do both …

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The rumours were in fact quite true… Gaastra planned to join the formula board market late in 2007 and delivered to their every word with the release of the Gaastra Vapor 2008/09 FW board. To comply with the ISAF regulations of a minimum production run of 10 boards, Gaastra has already produced the first 10 Vapors and I have been lucky enough to get my hands on one (number 004 to be exact). Enjoy a short review of the board and some background information on its development from my talks with Steve Allen and others involved with the board. Continue reading →

At every international event in the history of FW racing, there has been a plethora of masts buckling under the high-downhaul loads and vicious air-temperatures that high-performance racing gear is put through. Brands don’t even need to be named because there isn’t a company on the planet who hasn’t had a warranty claim for a broken mast although some have copped more of the flack than others.

Is it because of the design of the masts? The shape of the sails? The materials and procedures used to construct the masts or just the incompetency of the sailors who leave them fully downhauled in the sun that is causing the slaughter of 100’s of masts a year?? My own personal opinion is that it’s a combination of all these factors but I believe that at least 50% of the breakages could be prevented by changing the construction methods of masts and also upgrading the materials used in the production of 100% carbon racing masts. Continue reading →