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My best go at a flyable/functional Typhoon. It is actually quite agile, but I can see why the real thing needs a computer to keep it flying stable.
Specifications
General Characteristics
- Created On Windows
- Wingspan 16.1ft (4.9m)
- Length 29.5ft (9.0m)
- Height 9.7ft (3.0m)
- Empty Weight 7,071lbs (3,207kg)
- Loaded Weight 10,918lbs (4,952kg)
Performance
- Power/Weight Ratio 2.058
- Wing Loading 75.1lbs/ft2 (366.7kg/m2)
- Wing Area 145.4ft2 (13.5m2)
- Drag Points 1972
Parts
- Number of Parts 48
- Control Surfaces 7
- Performance Cost 285
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0 SimplePlanesGrandfatherThis rating has been grandfathered in from the old rating system.9.7 years ago
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15 TheJabotNot sure what you mean by not wanting to pull up; its not going to rise off the runway on its own because I used symmetrical wings to make it faster. In order to make it pitch faster, I would have to sacrifice some stability. The stability came from about 2 hours of trial and error with wing sizes and shapes. It really did not like the canards with the negative dihedral, but I managed to get it to work.9.8 years ago
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0 NauronThe stability is amazing, it just sticks to whatever attitude you want. I tried to make a typhoon but I couldn't get the cockpit to be in the center above the two intakes, how did you manage to do that?9.8 years ago
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45 DarthPunkSynthLordLooks great, but I'm not sure how functional it is. Doesn't really want to pull up.9.8 years ago
