Linear Motion | Curve | Fall Velocity | Uplift | Centrifuge


Calculate the Fall Velocity with Air Resistance (e.g. Parachute)

Calculator for fall velocity or end velocity in air and for mass, area and air resistance (drag coefficient), e.g. for parachuting. Required is enough time to reach the velocity by accelerating or braking and the endurance of the material to stand the stress. This is a calculator for falling objects in air, of which the measures and the air resistance are known. Parachuting is just the most common example. The projected area ist the vertical projection of an object to a flat plain. For a hemisphere shaped parachute, this is a circle with about 80 m² area, depending on the parachute size. A human with stretched arms and legs has a projected area of about 1 m². The flat side of a hemisphere has a drag coefficient of 1.35, a human of about 0.3. The air density changes with temperature and height. Please enter five values, the sixth will be calculated.

Mass total (m): Kilogramm
Gravitational acceleration (g): m/s²
Air density (ρ): kg/m³
Projected area (A):
Drag coefficient (cw):
Velocity (v):

Round to decimal places.

The formula for the fall velocity or end velocity is v² = 2 m g / ( ρ A cw )


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German: Lineare g-Beschleunigung, g-Beschleunigung in einer Kurve, Fallgeschwindigkeit, Auftrieb, Zentrifuge