Landing is the most critical phase of a skydive, and it’s where most injuries happen. Over half of all non-fatal skydiving incidents occur during landing, a figure that has climbed from 45% to 54% in recent years. The good news: a safe landing comes down to a predictable sequence of skills you can practice and refine. It starts well before your feet touch the ground, with a proper approach pattern, and ends with a well-timed flare or a controlled roll.
The Landing Pattern
You don’t just point your canopy at the ground and hope for the best. Skydivers fly a rectangular traffic pattern similar to what airplanes use, starting at around 1,000 feet above the ground. This pattern has three legs: downwind, base, and final approach. On the downwind leg, you fly parallel to the landing area with the wind at your back, typically entering at about 800 feet. You then turn 90 degrees onto the base leg, flying perpendicular to the wind, before making one final 90-degree turn onto your final approach, which points you directly into the wind.
Flying into the wind on your final approach is important because it slows your ground speed, giving you a gentler touchdown. To figure out which way the wind is blowing, look for flags, smoke, or ripples on nearby water. Most skydiving facilities also have wind indicators on the ground specifically for this purpose.
In stronger winds, the pattern becomes narrower. You cover less ground on each leg because the wind is doing more of the work pushing you back. The key altitudes for each turn stay the same regardless of wind speed, but where you are over the ground shifts. In calm conditions, the pattern looks like a square. In high winds, it compresses into a narrow rectangle.
The Flare: Your Most Important Move
The flare is what turns a fast descent into a soft, stand-up landing. As you reach the final few feet above the ground, you smoothly pull both steering toggles (the handles attached to the trailing edge of your canopy) from their resting position all the way down. This changes the canopy’s angle, temporarily converting your forward speed into lift. Done correctly, your downward movement stops almost entirely, and you glide horizontally just above the ground before touching down gently.
Timing is everything. Flare too high and you’ll stall the canopy, then drop to the ground from several feet up. Flare too late and you’ll hit the ground still moving fast. The target is to begin a smooth, progressive flare at roughly 10 to 15 feet above the ground, though the exact height depends on your canopy type and wing loading.
There’s a useful physics principle at work here: doubling your airspeed gives you four times the energy available for your flare. This is why a properly flown approach with good airspeed produces much softer landings than a canopy that’s been slowed down with brakes during the entire final approach. Come in with speed, then use that speed in the flare.
When the Flare Has Less Power
Hot days and high-altitude drop zones reduce your canopy’s performance. In high temperatures or at elevation, the air is thinner, which means your canopy flies faster, descends faster, and has a higher stall speed. Your flare will feel noticeably weaker. If you’re jumping on a hot summer day or at a mountain drop zone, expect to touch down harder and plan accordingly. This is a day to give yourself extra margin and not try anything aggressive.
The Parachute Landing Fall
Not every landing will be a soft stand-up affair. When conditions aren’t ideal, when you’re a newer jumper still dialing in your flare timing, or when you’re landing in an unfamiliar area, the parachute landing fall (PLF) is your best tool for avoiding injury. It’s a controlled way to distribute the impact of a harder landing across your body instead of absorbing it all through your legs and ankles.
The technique works by letting your body collapse sideways in a specific sequence, spreading the force across five points of contact: the balls of your feet, the side of your calf, the side of your thigh, the side of your hip or buttocks, and the side of your upper back. Your feet hit first, and then you roll through each contact point like a chain falling over. During the roll, keep your knees slightly bent, your chin tucked to your chest, and your elbows tight against your sides. Your hands can either grip the risers in front of your face or clasp behind your neck.
PLFs aren’t glamorous, and experienced jumpers rarely need them on routine jumps. But they’re a genuine safety skill. The landing priorities taught in skydiver training, in order, are: land with a level wing, land in a clear and open area, then flare and PLF. Mastering the PLF means you always have a backup plan when the flare doesn’t go perfectly.
The Biggest Landing Mistake: Low Turns
The single most dangerous thing you can do during landing is make a turn close to the ground. When a canopy turns, it dives. At altitude, that dive is harmless because you have time and space to recover. Near the ground, it can be fatal. Last-minute turns to face into the wind have caused numerous skydiving deaths over the years, and they remain one of the sport’s most persistent killers.
The priority list used in training makes this explicit: landing into the wind is not listed as a priority. It is simply safer to land downwind, or even crosswind, with a level canopy than to make a low turn to get pointed into the wind. This applies whether you have 10 jumps or 10,000. If you find yourself on final approach and realize the wind has shifted, resist the urge to correct. Fly straight, keep your wings level, flare, and PLF if needed. A downwind landing with a proper flare is survivable. A low turn often is not.
Light and variable wind days are particularly hazardous for this reason. When the wind indicator keeps shifting direction, jumpers sometimes chase it, making increasingly aggressive corrections at lower and lower altitudes. The safest approach on these days is to commit to a direction early and stick with it.
Putting It All Together
A good landing sequence looks like this: you enter your downwind leg at around 800 to 1,000 feet, flying with the wind. You make your base turn, then your final turn, both at consistent altitudes you’ve planned for. On final approach, you fly straight into the wind with your canopy in full flight, building the airspeed you’ll need for a strong flare. As you approach the ground, you progressively pull both toggles down, converting that speed into a brief moment of horizontal glide. Your feet touch the ground softly, and you either walk it off or execute a PLF if the landing is firmer than expected.
Every element of this sequence is trainable. Student skydivers practice PLFs on the ground before ever boarding a plane. Canopy courses teach pattern work and flare timing in detail. The landing phase accounts for more than half of all skydiving injuries, but nearly all of those injuries come from identifiable, avoidable mistakes: low turns, poorly timed flares, fixating on wind direction instead of flying a stable approach. Respect the pattern, commit to your heading, and nail the flare timing, and landing becomes the most satisfying part of the jump.