Sit over the wing, and stay out of the last rows. An airplane pitches around its center of gravity, which sits near the wing, so the seats there move least. The back of the cabin moves most.
The difference is real, and it’s smaller than what your seatbelt does. If you only do one thing, buckle it.
Why the middle moves least
A seesaw works the same way: the person at the pivot barely moves, and the people on the ends go up and down. When a gust hits, an airplane rises or drops as a whole, and it also rotates nose-up or nose-down around its center of gravity. In the middle you get the first motion. At either end you get both added together.
The back gets something extra. NASA’s simulation work, quoted by the NTSB, found that for short, sharp gusts aft-cabin accelerations were significantly higher, partly from pitching and partly because the tail itself flexes.
Rolling side to side barely separates seats on a single-aisle plane, since nobody sits far from the centerline. Window or aisle won’t change the ride in any way you’d notice. That part is my reasoning from the geometry, and I haven’t found a measurement of it.
What the measurements show
There isn’t much. The best number comes from a NASA flight test in a Boeing 757 with accelerometers at the pilot’s station, the center of gravity and the aft galley. A researcher told the NTSB that load factors ran 12% higher at the pilot’s station and 40% higher at the aft galley than at the center of gravity.
Keep that at arm’s length. It was never published, it’s one airplane type, and the NTSB says it may not generalize. But it agrees with what the people who work back there say. Pilots and flight attendants told the NTSB that the effects are usually worst in the aft cabin, and they called it common knowledge.
Injury records lean the same way:
| Where flight attendants were, unbelted | Seriously injured |
|---|---|
| Forward cabin | 6 of 45 (13.3%) |
| Middle cabin | 2 of 42 (4.8%) |
| Aft cabin | 67 of 129 (51.9%) |
Those are 2009 to 2018 US airline accidents, so every one of these flights was already a bad day, and these are people on their feet. It says nothing about the odds on a normal flight. The NTSB also warns that the raw counts partly reflect where people spend time unbuckled, and the aft galley is where the work is. The gap is still wide.
How to pick the row
Open the seat map for your flight and find the wing, which many seat maps mark. On a 737 or A320 you’re looking for the rows around the overwing exits. Row numbers differ by airline and aircraft, so check yours.
The aircraft matters more than the row if you get to choose. A heavier airplane is pushed around less by the same air, which is why the public turbulence forecast is scaled to three aircraft weight classes. A 777 will usually ride better than a regional jet on the same day.
There are two costs. Sit over the wing and your view of the ground is partly wing, which is a real loss if you came for the sunset. The front of the wing gives you more of the view and keeps most of the ride.
The other is minutes getting off, and here the middle of the plane has nothing to apologize for. My deplaning model for a 737-800 or A320 at 82% full, counted from door open, gives 1.7 to 4.4 minutes from row 5, 4.6 to 7.9 from row 15 and 7.5 to 11.4 from row 25. That’s a model built from one person’s timed flights, and the method is here. The back of the plane loses on both counts.
How much it matters
For someone who dislikes bumps, I’d take a wing seat over an extra inch of legroom. For someone who is frightened of them, it helps a little, and understanding what the bumps are or what actually helps with fear will do more. A wing seat in a rough patch still feels like a rough patch.
If the ride is why you’re choosing this seat, Skycap shows how your flight is forecast to feel, stage by stage, before you board. See how the ride forecast works