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Exercise 11a — Lesson 9

Spin Avoidance

Understand how spins develop from stalls and learn to recover at the incipient stage.

Key Takeaways

Spin Avoidance is the Primary Goal

The most important lesson from this exercise is that spin avoidance — not spin recovery — is the primary defense. A spin cannot occur without both a stall and uncoordinated flight. Maintain coordination (ball centered) and fly above the stall speed, and a spin is aerodynamically impossible.

Two Conditions Required for a Spin

Condition Prevention
Stall Maintain adequate airspeed; do not exceed the critical angle of attack
Yaw (uncoordinated flight) Keep the ball centered; use rudder and aileron in coordination

Incipient Spin Recovery

Step Action Purpose
1 Full opposite rudder Stop the yaw
2 Control column forward Break the stall
3 Level wings Stop the roll
4 Recover from dive Return to level flight

Critical Points to Remember

  • Never attempt spins at low altitude — spin recovery requires significant height (500+ feet per turn).
  • The traffic pattern is the danger zone — low speed, turns, and distractions create the conditions for accidental spin entry.
  • Do not use aileron to correct a wing drop at the stall — use rudder to prevent yaw.
  • Recognition is time-critical — the sooner you recognize the incipient spin, the less altitude is lost in recovery.
  • If in doubt, go around — never force a turn in the traffic pattern with excessive rudder at low speed.

Remember

An inadvertent spin in the traffic pattern is almost always fatal because there is insufficient altitude for recovery. The best defense is prevention: maintain airspeed, maintain coordination, and never hesitate to go around.

What's Next

In the next lesson — Fully Developed Spin (Exercise 11b) — you will learn about the phases of a fully developed spin, the aerodynamics of sustained autorotation, and the standard recovery procedure (PARE) from a developed spin.

Simulator Tip

Schedule a follow-up AATD session at Aviator.NYC to practice incipient spin recognition and recovery. The simulator allows unlimited repetition in a safe environment, building the muscle memory needed to respond correctly if a spin is ever encountered inadvertently.

Coming Up Next: Lesson 10 — Fully Developed Spin

Understand the phases of a fully developed spin, autorotation mechanics, and the standard PARE recovery procedure.

Continue to Lesson 10: Fully Developed Spin →

These lesson plans are provided as supplementary training guidance only. They do not supersede FAA publications, aircraft manufacturer documentation, or your instructor's direction. Always refer to the FAA Instrument Flying Handbook, Airplane Flying Handbook, AIM, and applicable POH/AFM as the official sources.