Wingload Calculator
Quick and easy: move the sliders to set your weight, gear weight, and canopy size.
What is my wing loading?
Wing loading is a key factor in skydiving canopy performance. It is calculated by dividing the canopy size (in square feet) by your exit weight (body + gear, in pounds).
A higher wing loading results in a faster, more responsive parachute, while a lower wing loading provides a slower, more forgiving descent, ideal for beginners or accuracy.
Calculator
kg
kg
sq ft
Result
Wing Loading
1.81
lbs
sq ft
sq ft
Safety Notice: Wing loading is just one factor in choosing the right parachute.
Downsizing too soon can significantly increase your risk of injury. This tool does not replace
professional guidance from an instructor.
Frequently Asked Questions
Wing loading is the ratio of your exit weight (body + gear) to the canopy size, expressed in pounds per square foot (psf). It is a key factor in determining your canopy's performance and handling characteristics.
To calculate your wing loading, divide your total exit weight (in pounds) by your canopy size (in square feet). For example, if you weigh 180 lbs and your gear weighs 20 lbs, and you are using a 150 sq ft canopy, your wing loading would be (180 + 20) / 150 = 1.33 psf.
Wing loading affects your canopy's speed, responsiveness, and landing characteristics. A higher wing loading results in a faster, more responsive canopy, while a lower wing loading provides a slower, more forgiving descent. Understanding your wing loading helps you choose the right canopy for your skill level and jump type.
Higher wing loading increases your canopy's speed and responsiveness, making it more suitable for experienced jumpers and high-performance maneuvers. Lower wing loading provides a slower, more stable descent, ideal for beginners and accuracy landings. It is important to choose a wing loading that matches your skill level, canopy selection and jump conditions to ensure safety and optimal performance.