The vertical jump test is a common athletic assessment used to measure an individual's leg power and overall lower body strength. It involves the person jumping vertically as high as possible from a standing position. The height of the jump is typically measured from the ground to the highest point reached by the individual's hand. This test is widely used in sports to evaluate and track athletes' performance and progress.
When it comes to leg strength, "power" specifically refers to the ability of the leg muscles to generate force quickly. It is a combination of strength and speed. The more powerful your leg muscles are, the higher you can jump.
Leg power is important in many sports. The vertical jump test can help evaluate and track how well you can perform many movements in sport.
To calculate, we first need to know your weight.
Performing a vertical jump test is straightforward. Here's a step-by-step guide:
vertical_jump.lewisPower = sqrt(4.9) * vertical_jump.weight * sqrt(vertical_jump.jump_height / 100) * 9.81; vertical_jump.harmanPeakPower = (61.9 * vertical_jump.jump_height) + (36.0 * vertical_jump.weight) + 1822; vertical_jump.harmanAveragePower = (21.2 * vertical_jump.jump_height) + (23.0 * vertical_jump.weight) - 1393; vertical_jump.johnsonPeakPower = (78.6 * vertical_jump.jump_height) + (60.3 * vertical_jump.weight) - (15.3 * participant.age) + 1308; vertical_jump.johnsonAveragePower = (43.8 * vertical_jump.jump_height) + (32.7 * vertical_jump.weight) - (12.7 * participant.age) + 1308; vertical_jump.sayersPeakPower = (60.7 * vertical_jump.jump_height) + (45.3 * vertical_jump.weight) - 2055; vertical_jump.power = vertical_jump[vertical_jump_settings.primaryFormula]