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-   -   Holy long range insertion, Batman (http://www.professionalsoldiers.com/forums/showthread.php?t=13846)

Sdiver 03-21-2007 11:03

Holy long range insertion, Batman
 
Sling a couple of Mavericks on this thing, and you'd be GTG. :D

http://www.machinedesign.com/asp/vie...MDSite&catId=2

Russell S 03-21-2007 11:36

Wile E Coyote
 
Dang!!

Anyone remember the roadrunner cartoon where Wile E Coyote had one of these things? No kidding, that is the first thing that came to mind when I saw the photo.

x SF med 03-21-2007 12:27

I think this was posted a few months ago. Still interesting. I wouldn't want to cache that damn wing.

Ret10Echo 03-21-2007 12:41

"Weapons, ammunition, food, and water stow inside the wing....." I am just picturing this as you try to load your gear ... if one side is heavier than the other (picture dislodged sheetmetal roof in hurricane) I wonder what the stability is. But then again we all have perfectly symmetric weight in our rucksacks...

x SF med 03-21-2007 12:46

Quote:

I wonder what the stability is. But then again we all have perfectly symmetric weight in our rucksacks...
You mean the pre-op inspection didn't include ruck balancing as part of the briefback, and JMPI? the Horror!!

Hey, Chuck, whaddya think - the 60 ammo, batteries and chow on the right and the snivel gear on the left gonna work ok?:eek:

Ret10Echo 03-22-2007 04:35

Quote:

Originally Posted by x SF med
You mean the pre-op inspection didn't include ruck balancing as part of the briefback, and JMPI? the Horror!!

Hey, Chuck, whaddya think - the 60 ammo, batteries and chow on the right and the snivel gear on the left gonna work ok?:eek:

Jumpmaster must now calculate for spin drift.....egads!


F = 1/2 p V2 A Cl

F = lift force
ρ = density of the fluid
V = velocity of the ball
A = crossectional area of ball
Cl = lift coefficient

The lift coefficient is very dependent on the spin ratio ( (angular velocity*diameter)/(2* linear velocity) of the ball. Lift coefficient may be determined from graphs of experimental data using Reynolds number and spin ratio. Typical lift coefficients of a smooth ball range from 0.2 to 0.6 for spin ratios ranging from 0.5 to 4.5.

Then strap that on 12 guys and set them loose

Aoresteen 03-22-2007 05:24

Load problems, yes. But think of the size flask you could now carry! :D

x SF med 03-22-2007 08:08

A flying flask!! Ok, now I want one! Will it accept the Camelback drinking tubes?

Warrior-Mentor 03-22-2007 18:29

120 miles!

Can you imagine policing students up after the cheetos had spun for 120 miles???

brianksain 10-17-2007 07:10

:D

crash 12-02-2007 23:05

Wouldn't the flying squirrel suit do about the same?

Ret10Echo 12-03-2007 05:38

Quote:

Originally Posted by crash (Post 190719)
Wouldn't the flying squirrel suit do about the same?

The Flying Squirrel suit doesn't come with any luggage space....;)

MAB32 12-03-2007 18:12

This one is going back a little while but it was meant for downed aircrew and SF.

http://davidszondy.com/future/Flight/rubber_plane.htm

Use to see it fly around the neighborhood everyonce in a while.:)

Ret10Echo 12-04-2007 07:08

Quote:

Originally Posted by MAB32 (Post 190786)
This one is going back a little while but it was meant for downed aircrew and SF.

http://davidszondy.com/future/Flight/rubber_plane.htm

Use to see it fly around the neighborhood everyonce in a while.:)

Dead link? (or is it just me?)

Pete 04-29-2008 16:41

Bump with new link
 
I thought I'd give this old thread a bump with a new story link before anybody starts a new one with "Hey, Look what I found."

Whoops wrong link, I'll be back with the right one.

http://www.foxnews.com/story/0,2933,352477,00.html

Ah, better.

The video was pretty good. I think the guys jumping off the ramp had done it a time or three before. They looked like they were having too much fun.


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