The minimum altitude for parachute deployment is typically around 2,500 feet, as it allows sufficient time for the parachute to fully open and stabilize before reaching the ground.

During freefall, skydivers typically reach speeds of around 120 mph due to the force of gravity.

Canopy shock is the term used to describe the sudden increase in air resistance experienced by a skydiver as they deploy their parachute, causing a brief jolt.

The pilot chute is a small parachute that is deployed first during skydiving. Its primary purpose is to pull out the main parachute from the skydiver's backpack.

Skydivers typically begin their descent towards the landing area at an altitude of around 1,500 feet, allowing sufficient time to maneuver the canopy and prepare for landing.

Steering is the technique used by skydivers to control the direction of their canopy during descent by shifting their weight and using the canopy's control lines.

In most countries, skydivers are legally allowed to jump from a maximum altitude of 12,000 feet without the use of supplemental oxygen.

Flaring is the maneuver performed by a skydiver to slow down their descent and prepare for landing by pulling the rear risers of the canopy, causing it to flare out and increase drag.

The typical duration of a freefall skydiving experience is around 60 seconds, depending on the altitude from which the jump is made.

In most countries, the minimum age requirement for skydiving is 18 years old.

Skydivers wear goggles to protect their eyes from the wind, dust, and debris during freefall.

In most countries, the maximum weight limit for skydiving is around 220 pounds.

Skydivers use an altimeter to measure their altitude during freefall.

Diving is the maneuver performed by a skydiver to increase their speed during freefall by tucking their body into a streamlined position.

Spinning is the maneuver performed by a skydiver to rotate their body during freefall by moving their arms and legs in opposite directions.