The nose pitches up. The stall horn screams. You stomp full rudder and the world rotates — the horizon spins past the windscreen once, twice, three times, faster than you expected, the ground corkscrewing toward you in a way that your brain insists cannot possibly be survivable. Your instructor, calm as a Sunday morning, says: “Recover.” You jam opposite rudder, push the yoke forward, and the spinning stops. The nose drops. Airspeed builds. You pull gently back to level flight. It is over in seconds. You are shaking. That experience — terrifying, exhilarating, profoundly educational — used to be a mandatory part of learning to fly. Every student pilot had to demonstrate a spin and recover from it before earning a private licence. Then, in 1949, the FAA quietly removed the requirement. It has never come back.

Why 1949 Changed Everything

The FAA’s reasoning in 1949 was not reckless — it was pragmatic. More people were dying during spin training than were being saved by it. Instructors with marginal skill were entering spins in aircraft with marginal spin characteristics, and the results were predictable. The agency decided that preventing spins through better stall recognition training would save more lives than teaching students to recover from spins they should never have entered. The logic had a second layer. By removing the spin requirement, the FAA incentivised aircraft manufacturers to design more spin-resistant aircraft. If pilots wouldn’t be trained to recover from spins, the planes had better not enter them in the first place. Over the following decades, general aviation aircraft did become more resistant to inadvertent spins — benign stall characteristics became a selling point. And it worked — at least statistically. Spin-related accident rates decreased after the requirement was removed. Fewer students died in training. The policy appeared vindicated.

The Problem That Never Went Away

Seventy-seven years later, stall/spin accidents remain one of the deadliest categories in general aviation. They account for roughly 12 percent of all GA accidents but a disproportionate 25 percent of fatalities. When a stall leads to a spin at low altitude — during a base-to-final turn, for example — the survival rate is grim. Below 200 feet, it is nearly zero. The numbers reveal a paradox. Prevention-focused training reduced the frequency of spins but did nothing to improve survivability when prevention fails. A pilot who has never experienced a spin has no physical memory of the recovery procedure. They know the textbook answer — opposite rudder, forward yoke, power idle — but knowing and doing are different things when the world is rotating and the ground is approaching at 100 feet per second. Stall/spin accidents are twice as likely to be fatal as the average general aviation accident. That 2:1 ratio has been stubbornly consistent for decades, suggesting that the pilots involved are not failing because of poor training in stall recognition. They are failing because they do not know what a spin feels like, and when they find themselves in one, they freeze or apply the wrong inputs.

What a Spin Actually Feels Like

Pilots who have done spin training describe an experience that no simulator or textbook can replicate. The aircraft appears to be nearly vertical — though it is actually descending at about 20–30 degrees from the vertical. The rotation feels faster than it is. Your vestibular system lies to you: when you apply corrective rudder, your inner ear tells you the spin is getting worse, not better. Everything in your body screams to pull back on the yoke. That is exactly the wrong input. Some pilots find the experience exhilarating. Others are, by their own accounts, terrified. Many report nausea after extended spins. All of them emerge knowing something fundamental about flying that cannot be learned any other way: what it feels like when an aircraft is out of control, and how to get it back.

Who Still Teaches Spins

In the United States, only flight instructor candidates are required to perform spins. The FAA’s Advisory Circular AC 61-67C mandates spin competency for CFI and CFI-Glider applicants, complete with logbook endorsements and actual flight training in spin-approved aircraft. In Europe, EASA does not mandate spins for private pilots either, though from 2018 onwards, all new commercial pilot candidates must complete Upset Prevention and Recovery Training (UPRT) — a broader programme that teaches recognition and recovery from unusual attitudes, including incipient spins. A handful of flight schools worldwide still offer voluntary spin training, and instructors who teach it are often evangelical about the experience. The argument is not that every student needs to master multi-turn developed spins. It is that every pilot should experience — just once — what happens when the aircraft departs controlled flight. That single exposure builds a neural pathway that no amount of ground school can replicate.

The Case for Bringing Them Back

The debate has never fully died. Proponents of reinstating mandatory spin training point to the persistent fatality statistics. If 25 percent of GA deaths involve stall/spin, and the FAA removed the primary training tool for dealing with spins 77 years ago, there is at least a plausible argument that the two facts are connected. Opponents counter that modern aircraft design has made inadvertent spins rare, that the risks of training outweigh the benefits, and that the focus should remain on prevention rather than recovery. They have the data on their side — overall stall/spin accident rates did fall after 1949. But for any pilot who has felt the rotation, heard the wind change pitch, and watched the altimeter unwind as they applied the recovery procedure for the first time, the question isn’t whether spin training is useful. It is why more people aren’t doing it. The spin is the most visceral, most humbling, and most educational manoeuvre in all of aviation. The fact that most pilots will earn their licence without ever experiencing one is the flying world’s most consequential omission. Sources: FAA Advisory Circular AC 61-67C, AOPA Safety Foundation, Charleston Flight School, EASA UPRT Regulations