Another one that *should* be easy. I’ll leave this up till Friday or so, though I suspect someone’ll get it. First respondant to correctly ID this gets $15 off of any of my downloadables.
Isn’t the aerodynamic stress on the frontal hemispherical nose going to be pretty high as the first stage starts to return to the lower atmosphere?
When I first saw the drawing it reminded me of something, and what it reminded me of was the front of a WW II Hamilcar glider: http://en.wikipedia.org/wiki/File:M22_locust_06.jpg
Although in this case it’s a LOX tank, not a Locust tank, that is in it. 🙂
Manned Flyback Booster early shuttle configuration OK
Thanks
Without giving away whether you’re on the right track or not, that’s too vague of an answer.
General Dynamics – Convair division
“reusable space launch vehicle system study”
aka Manned Reusable Flyback Atlas
picture show the Cockpit on first stage
> Manned Reusable Flyback Atlas
And we have a winner.
Why this one was easy: It’s on this very website.
http://www.up-ship.com/blog/drawndoc/drawndocspaceother.htm#spacedoc52
http://www.up-ship.com/blog/drawndoc/sdoc52ani.gif
YEEEEPIE !!!
it was the Gemini seat in cockpit and diameter of 10 ft
who give me Answer…
Isn’t the aerodynamic stress on the frontal hemispherical nose going to be pretty high as the first stage starts to return to the lower atmosphere?
When I first saw the drawing it reminded me of something, and what it reminded me of was the front of a WW II Hamilcar glider:
http://en.wikipedia.org/wiki/File:M22_locust_06.jpg
Although in this case it’s a LOX tank, not a Locust tank, that is in it. 🙂
Re-entry would occur at a pretty steep angle of attack. The round nose won’t matter so much then.