Profile image

TutorialPlane scaled up by 4

8,524 cruiseman101  8 months ago
14 downloads
No Tags
Auto Credit Based on cruiseman101's Big tutorial plane

Should I make it even bigger?

General Characteristics

  • Predecessor Big tutorial plane
  • Created On iOS
  • Wingspan 136.7ft (41.7m)
  • Length 101.2ft (30.8m)
  • Height 42.2ft (12.9m)
  • Empty Weight 3,447lbs (1,563kg)
  • Loaded Weight 4,112lbs (1,865kg)

Performance

  • Horse Power/Weight Ratio 243.164
  • Wing Loading 24.4lbs/ft2 (118.9kg/m2)
  • Wing Area 168.9ft2 (15.7m2)
  • Drag Points 16198

Parts

  • Number of Parts 35
  • Control Surfaces 5
  • Performance Cost 253
  • Log in to leave a comment
  • Profile image
    8,524 cruiseman101

    Okay geez I’ll make it bigger tomorrow 😅

    Pinned 8 months ago
  • Profile image

    bigger! Sorry that I’m just repeatedly spamming words

    8 months ago
  • Profile image

    Well

    8 months ago
  • Profile image
    bigger!
    8 months ago
  • Profile image

    Thanks! @Mousewithamachinegun122

    8 months ago
  • Profile image

    Yay

    8 months ago
  • Profile image

    uhh

    8 months ago
  • Profile image
    58.6k TheMouse

    @Jjjohnson
    Read this

    8 months ago
  • Profile image
    58.6k TheMouse

    @Jjjohnson

    Ugh 2

    8 months ago
  • Profile image

    Ugh @Mousewithamachinegun122

    8 months ago
  • Profile image

    Speaking of bigger how do you make your comments like that? #Mousewithamachinegun122

    8 months ago
  • Profile image

    "The square–cube law (or cube–square law) is a mathematical principle, applied in a variety of scientific fields, which describes the relationship between the volume and the surface area as a shape's size increases or decreases. It was first[dubious – discuss] described in 1638 by Galileo Galilei in his Two New Sciences as the "...ratio of two volumes is greater than the ratio of their surfaces".[1]

    This principle states that, as a shape grows in size, its volume grows faster than its surface area. When applied to the real world, this principle has many implications which are important in fields ranging from mechanical engineering to biomechanics. It helps explain phenomena including why large mammals like elephants have a harder time cooling themselves than small ones like mice, and why building taller and taller skyscrapers is increasingly difficult."
    - wikipedia

    8 months ago
  • Profile image

    B I G G E R

    8 months ago
  • Profile image
    58.6k TheMouse

    MAKE IT BIGGER!

    8 months ago