sick_em_rex said...
A glider is an incredibly lightweight vehicle, hence why it is able to utilise thermal updrafts to stay afloat rather than using jet or prop engine propulsion. (along with its wingspan) The effect of it trailing a rope for a waterskier or a pod as you put it to hook onto would virtually pull the thing out of the sky let alone damage the crap out of whatever it was trying to pull.
Sure, it's a thought extension but not a very logical one.
Think more harderer:
"During the descent and landing, the shuttle orbiter acts as a glider..."
Now we're talking a speed record.
Just needs a bloody long rope (see space elevator) and a device to accelerate the attached windsurfer to speed gradually using gears or similar contraption.
"The vehicle starts encountering more significant air density in the lower thermosphere at about 400,000 ft (120 km), at around Mach 25"
We could go further:
If the rope were long enough (see space elevator) and the technology existed for a sun powered space sail (
www.wired.com/2005/05/testing-a-sun-powered-space-sail/) we could get our attached windsurfer to, well fast:
"While its thrust is low, it would be continuous so the craft accelerates steadily, eventually reaching speeds of tens of thousands of miles an hour. Changing the sail's angle to the sun would allow the craft to slow down or speed up."
Still sailing?
See also "The Wind From The Sun", Arthur C. Clarke, 1963
www.amazon.com/Wind-Sun-Signet-Arthur-Clarke/dp/0451147545</silliness>