it was supposed to be something else, but now it's a glider!
it's not a very good glider. In the sense of a Glider. It needs speed unlike your typical glider.
With a stall speed around ~35m/s
It uses body lift force to glide.
it includes a "StratoLauncher" LC-9 To get it to a not so high up altitude.
AG10 is StratoLauncher's LandingGear
AG6 to detach. keep on for the rest of the flight for control surfaces.
And the rest of the controls are the same for the LC-9
GENERAL INFO
- Predecessor: LC-9A Cargo Jet
- Created On: Android
- Game Version: 0.9.306.0
- Price: $20,424k
- Number of Parts: 397
- Dimensions: 13 m x 37 m x 46 m
PERFORMANCE
- Total Delta V: 0m/s
- Total Thrust: 0N
- Engines: 2
- Wet Mass: 79,375kg
- Dry Mass: 64,699kg
STAGES
| Stage | Engines | Delta V | Thrust | Burn | Mass |
|---|
6 Comments
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547 TopSecret24.5 years ago
@kerothehero
And for your information, no the X-20 was not based on the X-24A or B; those were separate in-atmosphere lifting body projects by Martin Marietta. Currently I’m researching the Saturn Rockets designs that were never flown for an attempt of recreating them. I figure I could use those ultra powerful launchers for getting large space stations into orbit quickly, or even bridge the gap between real life rockets and the rockets people like @lordvader0219 or @Kell make.
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5,713 Bori04.5 years ago
@TopSecret2
Omg watch out we got a nerd in here! JK
Also it's based on something that the dynoSoar was based on! So yeah....Wrong -
547 TopSecret2+2 4.5 years ago
As for my own comment on this vehicle, I’m pretty impressed on its resemblance to the DynaSoar.
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547 TopSecret2+2 4.5 years ago
@Patelsh24 Then again, doing the math of converting (3.6^2*10), the stall speed in kilometers per hour is 144. That’s a pretty realistic speed for cars on the autobahn, which is not that good in terms of gliders that stall far below ~100kph, but for a small glider like this that can go supersonic or high subsonic, this is exceptional.
Since 1m/s is equivalent to 3.6kph, multiplying the original speed first by separating 36m/s into 3.6*10m/s before multiplying the two 3.6 values together in a square function helps make multiplying by 10 a heck of a lot simpler here.
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6,725 Patelsh24+1 4.5 years ago
I’m pretty sure an aircraft that can stay aloft at 35 m/s is definitely a very good glider
@TopSecret2
Once again you've proved me wrong!
Yet half of what you said has no relevance to me.
Just enjoy your flight!