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Scoop

Wingsuit tunnel?

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Will the time ever come where we will have wingsuit/tracking tunnels?

Look at my pic. Would you have guessed im no graphic designer :D

Seems like a reasonable concept although I would imagine be difficult to adjust for the differing vertical & horizontal speeds.

What if the centre point of the chamber was on a pivot and you could turn rotate the whole chamber. Ie for belly/freeflying then whip it round at an angle (motor included) for some tracking/wingsuit fun.

I know it sounds a bit 'tomorrows world' but I reckon could be possible in few years time.

How much fun would that be!

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Will the time ever come where we will have wingsuit/tracking tunnels?



Maybe so. I recall seeing some video on the Bird-Man site of wingsuit testing in a _horizontal_ wind
tunnel, but if I remember right the guy's feet were against a stop or in jesses or something like that.
In other words, he was standing up and just leaning over into the wind, not really flying.

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What if the centre point of the chamber was on a pivot and you could turn rotate the whole
chamber. Ie for belly/freeflying then whip it round at an angle (motor included) for some tracking/
wingsuit fun.



It might be a little easier to do with an outdoor tunnel. Instead of having the air outlet in the center of
a square or round net, it would be towards one of the narrow ends of a long rectangular net. Then
you'd put a nozzle on the air outlet that could either be pointed straight up for "normal" use, or tilted
over (to blow out over the length of the net) for wingsuits or tracking. This way you only have to
move the nozzle, instead of the whole flight chamber, motors, fans, etc. The nozzle will add back
pressure to the system and probably make the fans a little less efficient. Or, instead of moving the
whole nozzle, you could put slats in the end of a fixed nozzle, like a Venetian blind, or an adjustable
turnvane. Point the slats straight up for "normal" or at an angle for wingsuits. This is still a flow
restriction but might be easier to do mechanically.

You might adapt this to an indoor tunnel: have the chamber on a pivot, but instead of moving the
fans and all, have the chamber connected to the rest of the air system by flexible hoses. (Think
bendy bus.) Again, the hoses would create drag, but it might lessen the amount of stuff you have
to move.

Mainly I think that trying to build a structure that can both move and support over a thousand
horsepower of motors would be pretty expensive. If you moved the motors, you'd probably have
to shut down the fans before you did that, or the gyroscope effects might bite you.

Eule
PLF does not stand for Please Land on Face.

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I think safety would be a bigger concern than the technical part of building it. What happens when someone's flying along at a high forward airspeed and suddenly takes a little turn or changes angle of attack?

In a vertical tunnel, you can just return to a neutral position if you ever get unstable. Not so simple in a "tracking" tunnel.

Dave

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Do you win a prize if you get through the 2nd Door?



In Scoop's Amazing Fandabulous Tunnel (TM) you could move the whole chamber, and because we dont discriminate here at SAFT, it could still be used for belly flying/freeflying - Hence the ground level door in traditional format :P

Thinking about it, having a door that large as wingsuit entry point would probably cause such a loss of air pressure be hard to get the required lift.

Still... one day maybe... *sigh* :)

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OK OK - you're all missing the really obvious easy solution to this problem!!

Just put a tunnel on wheels... and as you fly / track about get the tunnel to drive and follow you so that you never track out of the air column ;):D

That way you would have a flight chamber as big as the sky (or the parking lot you are driving in)

B|

Bodyflight Bedford
www.bodyflight.co.uk

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OK OK - you're all missing the really obvious easy solution to this problem!!

Just put a tunnel on wheels... and as you fly / track about get the tunnel to drive and follow you so that you never track out of the air column ;):D

That way you would have a flight chamber as big as the sky (or the parking lot you are driving in)

B|



Need a good driver with good reflexes! ;)
What kind of licence would you need, is it over 7500kg :P Hahaha

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Been there, saw that and shot the video!!!:D:D:D
John Suiter (as far as we all know) was the first to fly in a vertical wind tunnel while it was driving along.
The tunnel was driven down the runway at the WFFC a couple of years ago..
The video was up on my site for a couple of years, I can repost it if anyone wants to see it again.;)

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I didn't want to put it on skydivingmovies since the files size is very large for such a short video..
there is only just over a minute of it on here.. not very good footage since we made it years ago.. the original is SOMEWHERE in all the files:P

anyway.. about halfway down the page on the right side in the 2003 WFFC convention area..http://www.bodyflight.net/videos.html

It didn't take much convincing to get Don K. to let us do it and the tunnel owners are friends so that was certainly easy.. several of us wanted to try to do it ourselves but apparently we aren't as good as John is:(:P We had to wait for all the planes to be put away for the day so it was dark too... but very cool still! Golf carts came from everywhere we had a ton of spectators for it...

Gosh... I miss the WFFC..
I'm so glad they've moved up the dates, and now we'll get to go again!

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my idea exactly, im sure it has been discussed somewhere else in here, but this is a PERFECT way to test many other gliders. see, a huge problem in testing any kind of soaring machine, is that actual testing stats are extremely hard to calculate, as all air parcels are moving. period. in a tunnel, EXACT speed and glide ratio could be measured.

i have thought about this for wingsuits, and now am thinking about it for paragliders, sailplanes, hang gliders, etc.

the tunnel would need to be at least 18m wide, 18m tall, and 10m long. (30' is weird, and it makes sense for it to be bigger)
airspeeds would need to be very smooth, clean air, from 5km/hr up to 300 km/hr. as well as adjustable from 1/1ish GR(ish) to infinate GR.

now, imagine a huge space like that to fly a wingsuit in, granted, the power needed is near impossible to render for a civil operation, but still.

investors would include all the glider companies in the world.

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