Skydiving Exits & Separation
Skydiving
Table of Contents
- What Is the Exit Separation for Skydiving?
- Why Exit Separation Matters
- How Exit Separation Is Determined
- Exit Order for Skydiving
- Final Thoughts
Key Takeaways
Several factors, including drift, surface area, canopy deployment altitude, and group size, as well as conditions like wind speed and ground speed, all influence when skydivers exit the aircraft. By following proper exit procedures, dropzones can minimize the risk for collisions, manage airspace efficiently, and maintain smooth operations from takeoff to landing. Whether you’re a tandem student or an experienced skydiver, understanding exit separation helps you appreciate how much coordination goes into every skydive.
We’ve already talked about what to expect during a skydive, from exit and freefall to landing. But what about everything that happens before anyone even leaves the plane? The success and safety of each skydive depend heavily on how the aircraft is flown, how jumpers are organized, and how skydiving exits are timed. A big part of that comes down to exit order and separation. These two factors determine how we share the sky safely and ensure everyone has the space they need to complete their skydive.
Let’s take a closer look at what exit separation means, why skydiving exit order is so important, and how dropzones determine it for every flight.
What Is the Exit Separation for Skydiving?
While fun skydiving exits are part of the sport, they also require planning and awareness. Every exit should be thought out with a focus on safety and efficiency, and a big part of that comes down to exit separation.
Exit separation refers to the amount of time between each group of skydivers exiting the aircraft. You might have heard this phrase used if you’ve ever asked something like, “Can we share a video?” and were told, “No, you’re not exiting together for safety reasons.” That’s because each group leaves the plane separately, based on the type of jumps being done and the conditions of the day.
These short pauses between groups aren’t random; they’re carefully calculated to create distance between jumpers. The goal is to minimize the chance of one group drifting into another’s airspace in freefall. The more people in the plane and the more diverse the types of jumps, the more attention must be given to timing and order.
Exit separation also ensures efficiency. A plane might carry 15 to 20 people, but that doesn’t mean everyone exits at once. By timing exits properly, we can maximize the number of groups per load while keeping each group safe and maintaining the integrity of the skydive.
Why Exit Separation Matters
Proper separation and exit order are critical for several reasons:
- Prevents Collisions
This is one of the primary reasons we follow strict exit procedures. Without proper spacing, jumpers could end up too close to each other in freefall or under canopy. The sky may look wide open from the ground, but when you have multiple groups exiting within seconds of each other, that space gets used up quickly. More people using more of the sky allows everyone to enjoy their own “slice” of airspace.
- Manages Airspace Efficiently
Staggered exits create both horizontal and vertical distance between groups. Horizontal separation refers to the distance across the sky – i.e. how far apart jumpers are from one another as they fall. Vertical separation comes into play after parachutes open, ensuring that no one’s canopy flight path interferes with those still in freefall.
- Allows for Recovery from Unexpected Events
Even with careful planning, not everything goes perfectly on every jump. Someone might deploy their parachute early or experience an off-heading opening. Having proper separation gives everyone enough room to respond to unexpected situations – ideally without having to worry about jumpers from other groups being nearby.
- Ensures Consistency for the Dropzone
Exit discipline helps keep aircraft operations running smoothly. If everyone exits correctly and on time, pilots can maintain the right jump run, manifest can stay on schedule, and jumpers know exactly what to expect each time they board.
How Exit Separation Is Determined
So how do we figure out how much time to leave between groups? Several key factors influence exit separation:
- Wind Conditions
Wind plays a major role in how we plan our exits. There are often multiple layers of wind at different altitudes – one speed and direction at jump altitude, another at opening altitude or during canopy flight, and yet another at the surface. Those layers can all be different, sometimes with a few extra variations mixed in.
The pilot and jumpers use this information to plan where the aircraft should start its jump run and how much delay should be given between groups to help ensure everyone lands back at the dropzone. It also helps determine how much drift they might experience in freefall and allows them to plan their canopy flight pattern back to the landing area.
- Ground Speed
Ground speed refers to how fast the aircraft moves across the ground during jumprun. This depends on how the upper-level winds are behaving.
If the plane is flying into light winds, it’s moving faster across the ground, which means we need less time between groups, and the aircraft is covering more distance. If the plane is flying into strong winds, it moves more slowly across the ground, meaning we need more time between groups to achieve the same amount of horizontal distance. For example, on a day with light upper winds, groups might leave every six or seven seconds. On a windy day, that could increase to 10 seconds or more.
- The 45-Degree Rule
A common visual reference is the 45-degree rule. Once the previous group has exited, the next group waits until they see the last jumper fall to about a 45-degree angle away from the aircraft before they climb out. This gives a visual confirmation that there’s enough space – but since this is subjective, it should always be used alongside data about wind and ground speed rather than as the only reference point.
All these factors work together to determine the best possible exit separation for a particular flight. Pilots, instructors, and experienced jumpers constantly evaluate these variables to ensure conditions are right before giving the green light.
Exit Order For Skydiving
Exit separation isn’t just about timing; it’s also about who exits when. The order in which jumpers leave the plane helps maintain predictable flight paths and reduces the chances of one group drifting into another’s airspace.
A major factor in determining the skydiving exit order is drift and surface area. The more surface area a skydiver presents to the relative wind, the more they’ll be affected by upper-level winds – meaning they’ll drift farther during freefall. This will be based on the type of freefall position they are in. Belly flyers, for example, have a larger surface area exposed to the wind, so they tend to drift more than vertical flyers (freefliers), who are moving faster and falling more straight down.
Because of this, groups with more surface area, like large belly formations, exit before those with less, such as smaller freefly groups. If the order were reversed, the slower-moving belly flyers could drift over the top of the faster-falling jumpers below, creating overlap in airspace. Group size also influences this: larger groups typically have more surface area, so big formations exit before smaller ones.
This skydiving exit order applies when referring to experienced skydivers who are all deploying at roughly the same altitude. Once we start factoring in jumpers who are pulling higher, such as students, or those performing specific training jumps, they’re typically moved toward the end of the exit order. This helps maintain the proper separation both in freefall and under canopy.
What is the order of exiting when skydiving? Here’s an example of a common exit order:
- Hop & Pops: These jumpers exit at lower altitudes (around 5,000 feet) and deploy immediately. They’re loaded last but exit first.
- Movement Groups: These are trackers or angle flyers who move horizontally across the sky for the entirety of their skydive.
- Belly Flyers: Usually exit next, from largest to smallest groups.
- Freeflyers (Vertical Fliers): Exit after belly groups, also from largest to smallest.
- Student Skydivers: Students typically deploy higher, so they exit later.
- Tandem Skydivers: Tandems also deploy higher and often exit near the end of the order.
- Wingsuiters: Wingsuit flyers usually exit last due to their extended freefall time and forward glide.
Each dropzone may have its own slight variations depending on jump types, canopy work, or special events, but the logic remains the same: minimize overlap in freefall and under canopy.
Final Thoughts
Exit order and separation may not seem like exciting parts of skydiving, but they’re very important. Every skydive relies on careful coordination between pilots, manifest, instructors, and jumpers to make sure everyone gets their own piece of sky.
Ready to make a tandem skydive and take up your piece of the sky? Book your jump today!
