Why do my ears pop during takeoff?

As the plane climbs, the air pressure in the cabin decreases. The air trapped in your middle ear is at a higher pressure than the surrounding cabin, causing your eardrums to push outward. Swallowing, yawning, chewing gum, or gently blowing with your nose pinched equalizes the pressure and relieves the discomfort.

How fast does a plane go during takeoff?

Most commercial jets reach between 150-180 mph before lifting off the runway. The exact speed depends on the aircraft type, weight, weather conditions, and runway altitude. The takeoff roll — from standstill to liftoff — typically takes about 20-30 seconds.

What is that sinking feeling right after takeoff?

That brief floating or sinking sensation happens when pilots retract the wing flaps after reaching a safe altitude. The flaps helped generate extra lift at low speeds, and when they're pulled in, the plane's angle and acceleration change slightly. The plane is still climbing — you're just feeling a change in the rate of climb.

What are those loud noises right after liftoff?

The thumping and whirring sounds about 10-30 seconds after liftoff are the landing gear retracting into the belly of the plane. The wheels fold up, the gear doors close, and you'll hear a final clunk when everything locks into place. It's completely normal and happens on every single flight.

Is turbulence during takeoff dangerous?

No. Light bumps during the climb are very common, especially on warm days or near clouds. Planes are engineered to handle turbulence far more extreme than anything you'll experience on a commercial flight. Keep your seatbelt fastened and try to relax — the pilots are fully in control.

What Happens During Takeoff: What to Expect

Takeoff Is Totally Normal — Here's What to Expect

If you've never flown before, takeoff can feel intense. The acceleration, the noise, the weird sensations in your stomach. But every single thing you'll experience is completely routine. Pilots do this dozens of times a week. Once you understand what's happening, it goes from nerve-wracking to genuinely exciting.

Before Takeoff: Pushback and Taxi

After the cabin door closes and the flight attendants finish the safety demonstration, the plane doesn't just blast down the runway. There's a process first.

Pushback

Planes can't reverse on their own. A small tug vehicle pushes the aircraft backward away from the gate. You'll feel a gentle jolt, then the slow backward movement. It lasts about a minute. You might hear the engines start to spool up during this phase — a low whine that gradually builds.

Taxiing to the Runway

Once clear of the gate, the plane taxis under its own power to the runway. Taxiing is just driving — the plane rolls along taxiways at about 15-30 mph. At busy airports, this can take 5-20 minutes depending on traffic and how far your gate is from the runway.

During taxi, you'll hear the pilots communicating with air traffic control (sometimes over the PA by accident — that's always entertaining). You might also hear clunking and whirring sounds. That's the flaps extending on the wings, getting the plane configured for takeoff. Completely normal.

The Takeoff Roll

This is where it gets fun. The plane lines up on the runway, pauses briefly, and then the engines ramp up to takeoff power.

What You'll Hear

The engines go from a low hum to a powerful roar. You'll notice the sound building in two stages — pilots typically bring engines to about 40% power first to make sure both engines are running evenly, then push to takeoff thrust. It's loud but steady. The cabin panels might rattle a bit from the vibration. That's normal.

What You'll Feel

You'll be pressed back into your seat as the plane accelerates. Hard. A commercial jet goes from 0 to roughly 150-180 mph in about 20-30 seconds. It's like a fast car but smoother, and it keeps accelerating.

The rumble of the wheels on the runway creates vibration through your seat. It's bumpy and loud but brief.

Rotation — Wheels Up

At a specific speed called Vr (rotation speed), the pilot pulls back on the controls and the nose lifts off the runway. You'll feel the front of the plane tilt up — usually about 10-15 degrees. A few seconds later, the main wheels leave the ground too.

The moment the wheels leave the pavement, everything gets quieter and smoother. The rumbling stops. The vibration disappears. You're flying.

The Initial Climb

Right after liftoff, the plane climbs steeply. Here's what happens and what you'll feel:

Ear Pressure

As the plane climbs and the cabin pressure changes, your ears might feel full or slightly painful. This is completely normal. To relieve the pressure:

Yawn or swallow repeatedly
Chew gum
Pinch your nose and blow gently (called the Valsalva maneuver)
Suck on hard candy

Kids and babies are more sensitive to this, which is why you sometimes hear crying during takeoff. It's uncomfortable but harmless.

The "Sinking" Feeling

About 1-3 minutes after takeoff, you might feel a brief sinking or floating sensation in your stomach. This happens when the pilots retract the flaps — those panels on the back of the wing that help with lift at low speeds. When the flaps pull in, the plane adjusts its angle and speed, and it can feel like a momentary dip. It's not a dip. The plane is still climbing. It's just a change in the rate of climb.

Landing Gear Retraction

Shortly after liftoff, the landing gear folds up into the belly of the plane. You'll hear a thump and a mechanical whirring sound, then a final clunk as the gear doors close. On some planes, you can feel a slight vibration through the floor. This happens within the first minute of flight and it's perfectly routine.

Turns and Banks

Don't be surprised if the plane turns shortly after takeoff. Air traffic control often assigns departure routes that involve turns. When the plane banks (tilts) to turn, it feels like the plane is leaning to one side. The wing on the inside of the turn drops down. If you're by the window on the low side, you'll get a great view of the ground. It's safe — planes are designed to bank up to 30 degrees in normal flight.

Climbing to Cruising Altitude

The climb to cruising altitude typically takes 15-25 minutes. During this time:

Engine noise changes: After the initial burst of takeoff power, the engines throttle back. You'll hear them get quieter — sometimes noticeably. This is normal. The plane doesn't need max power once it's at a safe altitude and speed.
Seatbelt sign stays on: The captain usually keeps the seatbelt sign on during the climb. Stay buckled until it goes off.
Bumps are possible: Lower altitudes can be bumpy, especially on warm days or near weather. Light turbulence during climb is very common and not dangerous.
Cabin crew stays seated: Flight attendants remain in their seats during the climb. Service starts once the plane levels off at cruising altitude.

Leveling Off at Cruise

Most commercial flights cruise at 30,000-40,000 feet. When the plane reaches its assigned altitude, the nose levels out and the engines settle into a steady hum. This transition feels like going from climbing a hill to driving on a flat highway. The ride smooths out, the seatbelt sign usually turns off, and the flight attendants start beverage and snack service.

That's it. You're cruising. The hardest part is over.

Nervous? That's Okay

Takeoff feels dramatic because your body isn't used to the forces involved. But here are some perspective numbers:

Commercial flights have a safety record of roughly 1 fatal accident per 10-12 million flights
Pilots train for thousands of hours before flying passengers
Every mechanical system has multiple backups
Planes can take off and climb with just one engine

If you're nervous, focus on your breathing. Slow, deep breaths. Put on headphones and listen to music or a podcast. Look out the window — the view during takeoff is genuinely beautiful, especially at sunset or over a coastline. And remind yourself: takeoff is one of the most controlled, rehearsed, and monitored events in modern transportation.