The FAA Is Buying Spin Training for Its Own Test Pilots — Here's What Your DPE Will Ask You About Spins

On October 29, the FAA posted a solicitation you probably didn't see: contract number 6973GH-26-R-00243, "Spin and Spin Recovery Training" for the agency's own Aircraft Certification Flight Test Pilots. Proposals are due November 27. The training is for the pilots who flight-test new airplanes for certification — the people who fly at the edge of the envelope for a living — and the FAA is paying a contractor to keep their spin skills current.

Nothing in the regulations changes because of this. No new ACS task, no new endorsement. But it tells you something your DPE already knows: spin competence is a perishable skill, even at the top. If the FAA's test pilots get recurrent spin training, your examiner will test whether you understand spins — because stall/spin accidents still kill GA pilots, usually low, usually in the pattern, usually with no time to fix it.

1. A spin has exactly two ingredients

The DPE's first spin question is almost always the same: "What causes a spin?"

The answer is two words: stall plus yaw. A wing stalls while the airplane is yawing: one wing drops, the other keeps flying, and the airplane autorotates. Stall alone is a stall. Yaw alone is a skid. Together, they're a spin.

The examiner will push past the definition immediately. "So what does that mean in the pattern?" The follow-up is about where the two ingredients meet in real flying: a skidded turn. You're low, you're slow, you're turning, and you step on the inside rudder to hurry the nose around. The inside wing is already the slow wing in a turn. Add rudder and you've combined a stall with yaw — the exact recipe — at 600 feet, where a spin has no room to recover.

2. PARE: the recovery the DPE wants verbatim — and applied

"Walk me through a spin recovery." The examiner wants PARE, and they want it in order:

• P — Power to idle. Power on helps the spin.
• A — Ailerons neutral. Fighting the roll with aileron makes it worse.
• R — Rudder full opposite the spin. Opposite rudder, held until the rotation stops.
• E — Elevator forward to break the stall. Push forward, break the stall, then recover from the dive.

Then comes the follow-up that separates a pass from a bust: "How much altitude does that take?" A textbook recovery in a trainer eats several hundred feet at minimum, and at pattern altitude — 800 to 1,000 feet — there is no textbook recovery. That is the point. The recovery procedure is the second line of defense. The first line is never getting into the spin, and the DPE will spend more time on the first line than the second.

3. Spin vs. spiral: the trap question

"What's the difference between a spin and a spiral dive?"

Applicants mix these up constantly, and examiners know it, which is exactly why they ask. In a spin, the wing is stalled and the airplane is autorotating — airspeed stays low and roughly stable while the nose drops and the world turns. In a spiral dive, the wing is not stalled. It's a steep, descending turn with the nose dropping and airspeed building fast. A spiral feels like a spin and looks like a spin from the seat, but the recovery is different: power back, wings level, ease out of the dive. Apply spin recovery — full opposite rudder and a hard push — to a spiral and you can overstress the airplane.

The DPE's real question: do you recover based on what the airplane is actually doing, or what it feels like? "Stalled or not stalled" — the airspeed indicator answers it. Low and stable, turning, nose down: spin. Building fast, G-load climbing: spiral.

4. The base-to-final turn: the scenario that kills

This is the scenario that kills. "You're on base, you overshoot final, you're low and a little slow. What do you do?"

The wrong answer — the one that has killed pilots — is to steepen the bank and step on the inside rudder to swing the nose around. That's the skid, that's the yaw, that's the recipe from section one, at the exact altitude where recovery is impossible.

The right answer: accept the overshoot. Go around, re-intercept wide, or fly through final and come back. There is no rule that says you have to make this landing. And say out loud that the temptation to fix it with rudder is the stall/spin setup — you'd rather explain a go-around to the tower than anything else.

Reading this at your desk is easy. Saying it out loud, in order, while an examiner asks "and then what?" is the actual skill — and the only way to build it is practicing against someone who pushes back. A PilotPrep mock oral runs spin scenarios with DPE-style follow-ups and an ACS-scored report on where your answers went thin. Your first three sessions are free.

5. Why the FAA trains its own test pilots in this — and what it means for your training

Certification test pilots fly airplanes into spins on purpose, proving new designs safe — in aircraft built for it, with parachutes and a test plan — and they still get recurrent training, because spin skills decay without practice. The contract is a one-year base with four option years: a standing commitment.

For a student pilot, the practical takeaway is threefold. First, spin awareness is a PPL ACS knowledge area, tested in the slow flight and stalls area — as scenarios, not definitions. Second, spin flight training isn't required for a private certificate, but it is for flight instructor applicants under §61.183 — your CFI has done spins, and a ground session walking through the aerodynamics with your airplane's limitations in front of you is one of the highest-value sessions in your training. Third, check your POH: many trainers are placarded against intentional spins, and your DPE will ask why. Not "because spins are scary" — because the airplane wasn't certificated for it. Knowing your limitations, and respecting them, is the whole subject.

Study it the way it'll be tested

Spin questions are tested as scenes, not a list: an overshot final, a placard question, a recovery recited under pressure. Pick the base-to-final scenario, set a timer, and talk it through out loud — recognition, decision, reason — until the right answer comes out before the tempting one. If you can't say the reason, you don't know it well enough, and the DPE will find that gap in about forty seconds.

Try it under pressure. Spin scenarios are where memorized answers die fastest. Run a mock oral on PilotPrep — DPE-style follow-ups, voice or text, ACS-scored report at the end. Your first three sessions are free, no credit card.