Fail or time out

It has taken me a long time to get a good look at the true potential of birdwing masts. When they are rendered in carbon fiber it is likely that only then will they fulfill their greatest performance potential. It’s not a big trade secret that carbon fiber is wonderful stuff. That’s why it’s used in so many machines and vehicles these days. However, there’s something to be said for laminated spruce in a sailboat mast. It’s pretty for one thing. If you’re going to have to look at a stick holding up your sail all day long, might as well be a good looking mast. Spruce is also quite durable as well as strong – especially laminated. Spruce also machines well and shapes well so it has been good for my material of choice when making prototypes.

In the future birdwing masts might be made of a variety of materials depending on the type of sailing required. Applied to sail-assisted shipping birdwing masts could be pressure shaped aluminum. The birdwing shape is not an easy shape to manufacture unless a handcrafted one could be used to create a mold for multiple casting in carbon fiber and fiberglass. Or perhaps computer rendering of a birdwing mast could control a CNC milling machine that would in turn shape the perfectly aerodynamically efficient birdwing mast and that one could be duplicated. The reality is the birdwing mast is a shape. You only have to calculate how to achieve that shape once and then you can do it again. I’ve watched too many episodes of “How it’s made” to doubt that birdwing masts could be mass-produced.

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