 h a l f b a k e r y Almost as great as sliced bread.
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I've no flying experience, so not sure as to the practicalities, but if it can be demonstrated, sign me up. I was wondering what my next sporting lifestyle was going to be...... |
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I'm pretty sure 2 miles of anchor
line and the drag of the sea anchor
through the wind on the way back
up are going to make some
trouble for your system. |
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But I do not care: I want on board.
Lindberg Unplugged. A flaky
pastry for an H. G. (s)Wells notion. |
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I would suspect that along with the added weight, the problen would be the drag created by 2 miles of aircraft cable. Anyone know the drag coefficient for aircraft cable at 2 miles in length? |
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Any chance of a diagram to explain how the mechanism you describe creates lift? I can't picture it. |
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I think it's kite for height, then sailplane for distance, then kite... |
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I was thinking of Stren rather than aircraft cable. Or even stainless steel fishing leader. It doesn't have to lift the airplane. It just provides tow-pressure of a few hundred pounds. The drag created would only present a small down vector, as most of the drag is applied parallel to the surface. |
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//carbon nano-tube string // Hooray! Welcome back, faithful chum! |
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I'm curious as to whether a sailplane optimized for gliding could be reconfigured to create adequate lift in a high-incidence angle such as what a kite typically sees. Whether it would work or not just seems to be a matter of forces and numbers. The key here is that the plane is indeed moving backwards with respect to the water current. |
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