/* Please refer to readme.html for full Instructions Text[...]=[title,text] Style[...]=[TitleColor,TextColor,TitleBgColor,TextBgColor,TitleBgImag,TextBgImag,TitleTextAlign,TextTextAlign, TitleFontFace, TextFontFace, TipPosition, StickyStyle, TitleFontSize, TextFontSize, Width, Height, BorderSize, PadTextArea, CoordinateX , CoordinateY, TransitionNumber, TransitionDuration, TransparencyLevel ,ShadowType, ShadowColor] */ var FiltersEnabled = 1 // if your not going to use transitions or filters in any of the tips set this to 0 Text[0]=["COR Technology ©", "Our COR Technology © is the aggregation of all the beneficial characteristics that go into our boards. Not only is it a somewhat cool name, but it's also an applicable acronym. Our boards are built upon the fundemental Coefficient Of Restitution. Basically, it's about maximizing energy return so you can get an experience like this."] Text[1]=["Hybrid Flex","Our progressive composite layups combine a solid rocker profile under your feet with a more flexible tip and tail that have great energy return. This provides a good foundation to ride on with a nice kick off the wake. It's a different experience than either standard or flex boards. After a few rides, we think you'll be setting the water on fire in your own way."] Text[2]=["Molded-In Flex Fins © (patent pending)","Typical molded-in fins act as I-beams, stiffening the tip and tail and preventing flex. Our fins are made of a high-quality poly-something-or-other, allowing the board to flex and spring back. Conversely, think about how an external fin reacts to board flex. It separates from the board, causing cavitation, thereby causing turbulance, speed wobbles, and possibly even death by faceplant. Having a fin that doesn't impede the natural flex of the board, or separate from the board, is a significant beneft."] Text[3]=["Elasticore ©","Our boards are built on an advanced composite core that has never been used in the industry. It offers higher compressive and sheer strength, higher impact resistance, and is lighter than standard core materials. It's not quite as cool as flubber but we're working on that for our next series."] Text[4]=["Spine","Imagine a finely executed belly flop by a wide-bodied person. That's basically what your board is doing whenever you land anywhere except the transition. To soften that blow and help preserve your body, we've integrated a larger spine that serves to break up the big slapping action on the water so your joints don't jiggle like that guy's face."] Text[5]=["Fin-to-Fin Distances","We often step outside the box and re-evaluate why things are done a particular way. Another aspect where we break the mold is creating boards that have fixed fin-to-fin distances, rather than changing the fin placement for every board size. This keeps the hydrodynamics underneath you more consistent and dependable, rather than arbitrarily scaling the original board model to smaller and larger sizes. In our experience, scaling things up or down significantly changes the performance of a board. Instead, we found a new way to keep the base model the same while still allowing for different-sized riders."] Text[6]=["Customizable Dimensions","In addition to everything else, we have the ability to change the length, width, thickness, strength, weight, and even the chi of our boards. Ok, maybe not the chi. But we can do the rest, which is a huge advantage to riders that want a board that's dialed into their needs, rather than having to choose between the right width or length or stiffness or weight."] Style[0]=["#ff0000","#ffffff","","","","","","","","","float","",3,2,560,20,2,2,10,120,"","","","",""] applyCssFilter()