Load Factor (aeronautics) - Design Standards

Design Standards

Excessive load factors must be avoided because of the possibility of exceeding the structural strength of the aircraft.

Aviation authorities specify the load factor limits within which different classes of aircraft are required to operate without damage. For example, the US Federal Aviation Regulations prescribe the following limits (for the most restrictive case):

  • For commercial transport airplanes, from -1 to +2.5 (or up to +3.8 depending on design takeoff weight)
  • For light airplanes, from -1.5 to +3.8
  • For aerobatic airplanes, from -3 to +6
  • For helicopters, from -1 to +3.5

However, many aircraft types, in particular aerobatic airplanes, are designed so that they can tolerate load factors much higher than the minimum required. For example, the Sukhoi Su-26 family have load factors limits of -10 to +12.

The maximum load factors, both positive and negative, applicable to an aircraft are usually specified in the pilot's operating handbook.

Read more about this topic:  Load Factor (aeronautics)

Famous quotes containing the words design and/or standards:

    I always consider the settlement of America with reverence and wonder, as the opening of a grand scene and design in providence, for the illumination of the ignorant and the emancipation of the slavish part of mankind all over the earth.
    John Adams (1735–1826)

    Our ego ideal is precious to us because it repairs a loss of our earlier childhood, the loss of our image of self as perfect and whole, the loss of a major portion of our infantile, limitless, ain’t-I-wonderful narcissism which we had to give up in the face of compelling reality. Modified and reshaped into ethical goals and moral standards and a vision of what at our finest we might be, our dream of perfection lives on—our lost narcissism lives on—in our ego ideal.
    Judith Viorst (20th century)