The Mechanical Concept. 0.3
link, i couldn’t understand how to do photos
Description
Masscale:1->0
Drag: 1->0
Note, IT WON’T CARRY FUEL
To fix this, I gave it fusalage on the wings, so it could.
I gave it (in center of mass+center of plane) fuel. It gave it 91 gallons. To counteract the diving issues (unbalanced, weight was too heavy and caused it to dive.) I gave it a additional engine. (It looks like a Yak-15) since the base is the old Tutorial Plane, It now has 1000hp 6 bladed props. There is two. The plane’s flaps are completely relying on mechanical movement. The plane lacked a intake, causing the jet engine to produce a black smoke. I gave it a intel on the front, (not a MiG style one) and it allowed me to produce more thrust. During the start of my design, I thought that this style is better for custom wings. The downside, of course, is the part count. We can avoid that by doing a flying wing. It removes the top one, but it also makes you use two wings, completely removing the 3 wings. Issues with most flying wings is the yaw, but you can always roll. Now, how much types (of vehicles) can use this?
* Boats
* Rockets
* Planes
* Helicopters
* Orthinopter(s)
Conclusion.
The flap concept is not new. It is not reinventing the wheel. This is just my take on it. Nothing much, nothing else.
Written on 0.3 version of plane, Sunday, July 9th, 10:52(24hr)
Specifications
General Characteristics
- Predecessor Tutorial Plane
- Created On iOS
- Wingspan 25.5ft (7.8m)
- Length 23.8ft (7.3m)
- Height 12.3ft (3.7m)
- Empty Weight 5,289lbs (2,399kg)
- Loaded Weight 5,897lbs (2,674kg)
Performance
- Power/Weight Ratio 0.571
- Horse Power/Weight Ratio 0.169
- Wing Loading 32.3lbs/ft2 (157.6kg/m2)
- Wing Area 182.6ft2 (17.0m2)
- Drag Points 1860
Parts
- Number of Parts 83
- Control Surfaces 0
- Performance Cost 449
@Ezucra FIXED
Thanks for the reminder.
@TheTomatoLover reminder to fix yaw control
@Ezucra I had failed to fix that, or do that. Remind me by replying.
Yaw control is.... Bad