Difference between revisions of "Tutorial: Boeing 747"
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| + | The Boeing 747 is a wide-body commercial jet airliner and cargo aircraft. They are reliable and somewhat large. | ||
==Ship Design== | ==Ship Design== | ||
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* 1x [[Rockomax Brand Adapter]] | * 1x [[Rockomax Brand Adapter]] | ||
* 76x [[M-2x2 Structural Panel]] (2 by 38) | * 76x [[M-2x2 Structural Panel]] (2 by 38) | ||
| + | * '''''OPTIONAL:'''''</big> 10x [[Clamp-O-Tron Shielded Docking Port]] (ten being maximum) (use to carry stuff ontop of the plane) | ||
** 76x [[Illuminator Mk1]] (put on edges but only on the left and right sides not the back part) | ** 76x [[Illuminator Mk1]] (put on edges but only on the left and right sides not the back part) | ||
** 304x [[OX-STAT Photovoltaic Panels]] (one on each panel) (outward side) | ** 304x [[OX-STAT Photovoltaic Panels]] (one on each panel) (outward side) | ||
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*** 4x [[M-2x2 Structural Panel]] (2 by 2) (slanted 110 degrees to fill it in best) | *** 4x [[M-2x2 Structural Panel]] (2 by 2) (slanted 110 degrees to fill it in best) | ||
** 32x [[M-2x2 Structural Panel]] (16 each side of the main body) (Use the center of mass button and put it there) | ** 32x [[M-2x2 Structural Panel]] (16 each side of the main body) (Use the center of mass button and put it there) | ||
| − | *** | + | *** 4x [[Advanced Canard]] (one on the tip of each wing) |
| − | + | *** 4x [[Kerbodyne S3-7200 Tank]] (two on each wing centered) | |
| − | + | **** 4x [[TurboJet Engine]] (one per tank) | |
| − | + | ***** 4x [[Adjustable Ramp Intake]] (one per engine) | |
| − | + | ***** 24x [[XM-G50 Radial Air Intake]] (use 6x symetry) (6 per engine) | |
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Latest revision as of 12:58, 16 February 2021
The Boeing 747 is a wide-body commercial jet airliner and cargo aircraft. They are reliable and somewhat large.
Ship Design
- 1x Mk1 Cockpit
- 1x NCS Adapter
- 1x Rockomax Brand Adapter
- 76x M-2x2 Structural Panel (2 by 38)
- OPTIONAL:</big> 10x Clamp-O-Tron Shielded Docking Port (ten being maximum) (use to carry stuff ontop of the plane)
- 76x Illuminator Mk1 (put on edges but only on the left and right sides not the back part)
- 304x OX-STAT Photovoltaic Panels (one on each panel) (outward side)
- 6x Small Gear Bay (2 beside each other always) (one pair near the front) (two pairs near the back one on each side)
- 76x M-2x2 Structural Panel (2 by 38) (90 degrees upward) (front side)
- 76x M-2x2 Structural Panel (2 by 38) (90 degrees upward) (back side)
- 76x M-2x2 Structural Panel (2 by 38) (Use to make floor two)
- 152x EAS-1 External Command Seat (leave space in the center for your kerbls to walk out)
- 76x M-2x2 Structural Panel (2 by 38) (Use to make floor two)
- 76x M-2x2 Structural Panel (2 by 38) (use to fill in the gap)
- 152x EAS-1 External Command Seat (leave space in the center for your kerbls to walk out)
- 12x M-2x2 Structural Panel (2 by 6) (slanted at 20 degrees upward) (on the end of the rest)
- 12x M-2x2 Structural Panel (2 by 6) (slanted at 20 degrees on the z axis) (slanted 90 degrees upward)
- 12x M-2x2 Structural Panel (2 by 6) (slanted at 20 degrees on the z axis) (slanted 90 degrees upward)
- 2x Advanced Canard (one each side)
- 12x M-2x2 Structural Panel (2 by 6) (slanted at 20 degrees upward) (on the end of the rest) (Use to make a box shape)
- 48x Z-400 Rechargeable Battery (One per panel)
- 1x Advanced Canard (90 degrees upward)
- 4x M-2x2 Structural Panel (2 by 2) (slanted 110 degrees to fill it in best)
- 32x M-2x2 Structural Panel (16 each side of the main body) (Use the center of mass button and put it there)
- 4x Advanced Canard (one on the tip of each wing)
- 4x Kerbodyne S3-7200 Tank (two on each wing centered)
- 4x TurboJet Engine (one per tank)
- 4x Adjustable Ramp Intake (one per engine)
- 24x XM-G50 Radial Air Intake (use 6x symetry) (6 per engine)
- 4x TurboJet Engine (one per tank)
