Inside Skydiving: Clouds
Let's talk about skydiving through clouds. Near them. Around them. It’s one of the most surreal and cinematic parts of being in freefall, and also one of the most misunderstood. We covered this topic recently in our latest podcast episode but I figured this would be a great blog topic too.
Most people know there are rules about clouds when it comes to skydiving, but fewer people understand where those rules come from and why they exist in the first place.
Let’s kick this off with a quick TLDR:
No, skydiving through clouds does not hurt. :)
CLOUD LAWS
So here’s the deal with clouds and skydiving: you can’t jump through them. Not because it’s dangerous for you, floating through a cloud feels like falling through misty nothingness, but because it’s dangerous for everyone else in the sky.
Skydiving rules come from a mix of FAA regulations (specifically FAR 105 and 91.155) and the USPA’s Basic Safety Requirements (aka BSRs). The short version? You need 3 miles of visibility, and you’ve gotta stay at least 500 feet below and 1,000 feet above any cloud. That’s right out of the Skydiver’s Information Manual, Section 2-1.
Why? Because planes flying on instruments (IFR) can and do fly through clouds. They can’t see you, and you can’t see them. So the rules aren’t about you getting lost in the fluff—they’re about not becoming a surprise hood ornament on someone’s Cessna.
I’ve attached a handy little visual below that breaks down cloud clearance rules depending on whether you’re jumping above or below 10,000 feet.
ACCIDENTAL CLOUD PENETRATION
Contrary to popular belief, accidental penetration can and does happen.
Before we exit the aircraft, we’re trained to spot the dropzone, check for other aircraft, ensure proper group separation, wait for the green light, and—of course—assess the cloud situation. We do this because we always want to respect the cloud BSRs and, more importantly, always know where and what we’re jumping over.
That said, cloud jumping still happens. Clouds move. Winds shift. You exit clean and next thing you know you're in a white room.
What to do if you find yourself in a cloud:
- Check your altitude. If it’s pull time, pull. That is always your number one priority. We live by the altimeter—whether in freefall or under canopy—so stay altitude aware.
- If you’re under canopy in a cloud, do a slow, gentle right turn. Why right? Because without visuals, we have no clue where we’re flying, and odds are we’ll be drifting the wrong way. A slow right-hand turn helps avoid head-on collisions with other jumpers (who are likely turning the same direction), and it gives you a controlled way to get out of the cloud without blindly charging forward.
- Keep your eyes peeled once you exit the cloud. Other jumpers might be emerging too—and you probably won’t see them until they’re close.
Murphy’s Law is real up there. So when in doubt: pull, turn right slowly, and stay frosty.
Want to learn more about our skydiving program?
WHAT DOES A CLOUD FEEL LIKE
Wet. Eerie. But mostly wet.
If you're wearing goggles, they'll be wet. If you're wearing a camera, same deal- don’t expect any good footage once you drop into that cloud. It’ll be a total blur. Think of it like walking through fog on the ground. Now imagine doing that at terminal velocity or while trying to fly a parachute. Not exactly ideal conditions for filming your highlight reel.
What makes it disorienting is that if you spend more than a minute in the cloud (under canopy), your sense of direction can start to go sideways. It’s similar to what pilots experience when flying on instruments for long periods, except we don’t have navigational aids.
No cockpit, no GPS. Just an altitude watch and our eyeballs.
BABY BIRDS AND CLOUDS
We had this exact scenario just two weekends ago. I had my AFF Level 3 student on board, and the cloud layer was dropping fast as we climbed to altitude. By the time we were on jump run, the ceiling was sitting right at 9,500 feet. For AFF Level 3, that’s the bare minimum we’d even consider exiting—especially with no wiggle room and heavy cloud cover below.
Now as the AFF instructor, it’s my call. Do I really want to send a student on their first release dive, already under pressure, with zero buffer and reduced visibility? Or do we ride the plane down and wait it out?
I chose to ride it down.
It wasn't the right jump for that kind of stress, not on a bare-minimum day. Sure, the dropzone loses money on that load, but the student still gained valuable experience. He watched experienced jumpers go out, got the full dirt dive beforehand, and we rescheduled him for his next jump with better conditions. No extra cost to him—and honestly, it turned into a great learning moment.
But why not jump?
If you’re a student skydiver, you’ve probably had that day. Blue skies above, a few clouds rolling through, and suddenly your jump’s on hold. You're thinking, “C’mon, I can see the sun—what’s the issue?”
Here’s the deal. Students rely on visual references for everything. You’re still learning how to read the ground, spot the drop zone, stay oriented under canopy, and navigate to your landing area. If a cloud’s blocking that view, even for a short portion of the skydive, it can mess with your whole plan.
Unlike licensed skydivers who have the experience to adapt mid air, students are following a strict progression. You need eyes on the ground, clear skies to spot, and visibility to fly your pattern. If that’s compromised, the jump is either unsafe or, at best, a waste of training value. You're not up there to guess. You're there to learn.
So yeah, sometimes we wait. Not because the conditions are scary, but because you deserve the best shot at success, not a blind descent into the unknown.