If you know, you know. 😂🍔✈️
The sound of heavy jets crossing just a few hundred feet above your head. The smell of burgers and jet fuel mixing together. Everyone instinctively looking up mid-conversation when a 747 floats overhead.
Some places aren’t in the travel guides. But every avgeek on Earth knows exactly where this is. 👀
Quick question for anyone who's ever flown.
At cruise altitude — 35,000 feet — how long do you think you'd stay conscious if the cabin lost pressure and you didn't get your oxygen mask on?
Most people guess 5 minutes. Some guess 10.
The real answer: 30 to 60 seconds.
Not minutes. Seconds.
And here's the part that should change how you watch every safety briefing from now on — the first symptom of running out of oxygen isn't panic.
It's feeling weirdly fine.
I wrote about it yesterday. It's the one thing I wish every passenger understood before they board.
Link below. ✈️https://t.co/WZahKBGFk5
How to Decide Like an Airline Pilot (When Life Gets Complicated)
You’re sitting at the kitchen table at 11 p.m.
The job offer is on the screen. More money. Different city. A boss you’ve never met. Your partner is asleep upstairs. You’ve read the email forty times, and somehow each time it gets less clear, not more.
You want someone to just tell you what to do.
Up at 35,000 feet, we know that feeling.
A warning light flashes. The weather ahead has changed. A passenger needs medical attention. Two hundred people are sitting behind us — most of them watching a movie, completely unaware and we have minutes, sometimes seconds, to choose.
Here’s what most people get wrong about pilots: they assume we’re calmer because we’re braver. Or smarter. Or wired differently.
We’re not.
https://t.co/FilWRo1Cfk
If you've ever checked Turbli at midnight before a flight read this gently. I'm not here to shame the app. It's actually well-built. It pulls from the same NOAA data pilots use.
But there's a gap between forecast data and what you'll actually feel on your flight and that gap is wider than most passengers realize.
New article up. The free section explains what Turbli misses. The paid section is the toolkit — including the system your captain is actually flying on right now. ✈️ https://t.co/yTxvV97fAg
A brand-new Boeing 767 ran out of fuel at 41,000 feet over Canada in 1983.
Both engines died.
The screens went dark.
The emergency manual had no procedure for what was happening because Boeing engineers thought it could never happen.
The captain had 17 minutes to land a $50 million jet with no engines, on a runway he'd never seen, that had been turned into a drag strip with a race in progress.
He'd never trained for any of it.
But on weekends, he flew gliders.
Just published the full breakdown — minute by minute, cockpit view.
Black Box · Episode 02. ↓
Fly Safe, Pilot Nick ✈️
https://t.co/1xrKfSWVrR
One of the replies on today’s post stopped me:
“I’d seen enough Air Crash Investigation episodes to hear the V1 call but now I understand the criticality along with the 80 knots call.”
This is exactly why I wrote it. Most passengers have heard these calls without ever knowing what they actually mean.
If it’s still sitting in your inbox — today’s the day. 👇
Fly Safe and enjoy your weekend ✈️
https://t.co/rUFE4zsCyE
The reader response to this one has been incredible thank you all! 🙏🏻
If you haven't read it yet: BA 009 is the story of a 747 that flew into a cloud of volcanic ash. No dramatic music. No cliffhangers. Just the real story from the flight deck ⬇️👇🏻
“I would love to compare the word count between this and the Smithsonian "documentary". You gave more information in this 10 minute read than the whole 44 minute video! Thanks”
“This is the good stuff....thanks, Pilot Nick! Can't wait for the Glider! My wife rolls her eyes when I watch the Smithsonian accounts, but I love the problem solving, both from the Flight Crew and unfortunately, at times, the NTSB. Thanks again!”
“Well related Pilot Nick! Good job 👍”
“So amazing. WOW. Live the breakdown Nick. Thank you”
“Loved this!”
https://t.co/Od35QOB5xu
Crosswind done right 🛩️👇
Watch the pilot closely here, he’s working the entire way down. Small, constant inputs to stay on centerline and on profile. No big corrections, just precision.
Then comes the key moment: Right after touchdown, he smoothly feeds the yoke into the wind.
That’s not optional, it’s critical.
It keeps the upwind wing from lifting, maintains control, and protects against a wingtip strike as the aircraft slows down.
This is what great flying looks like: Not dramatic… just disciplined, continuous control from top of descent all the way to rollout.