![]() Hence, one of the reasons why we have a weight limit at Skydive Danielson. Now that we know that weight plays a huge role in determining skydiving terminal velocity, we can imagine how much weight would be on a tandem skydive - it’s essentially double! Not to mention, the tandem rig is much heavier than a normal skydiving rig. Which do you think would have the fastest speed? Since we know now that this determination is dependent on multiple factors (see above), we’ll go over a few different skydiving terminal velocities for tandem skydivers, belly flying, and head-down flying. Thanks to physics, we can calculate the terminal velocity of a skydiver. Aircraft type (or how fast the plane is moving at exit).The speed at which a skydiver falls is dependent on a few factors, which include: ![]() When you reach your terminal velocity skydiving, you’ll know it - because it will no longer feel like you’re falling but more so floating on air! It can take anywhere from 5 to 10 seconds for a skydive to reach its terminal velocity. The moment there’s an equal feeling coming from above and below - when gravity and resistance are balanced - terminal velocity is reached and you’ll no longer accelerate. Drag is what causes the fall rate to slow down. It's determined by the overall mass and shape of an object (or human being) - the weight will cause it (or you) to fall at a specific rate, while the shape of the object (or body position) will determine the amount of drag. Skydiving terminal velocity is the constant speed that an object (or person) reaches when the equilibrium is met between the rate of fall (gravity) and the rate of drag (air resistance). Today’s physics lesson is… skydiving terminal velocity!
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