What is the appropriate altitude for spin demonstration?

The appropriate altitude for spin demonstration is generally considered to be 3,500 AGL (Above Ground Level). This altitude provides enough height to safely execute a spin while allowing a sufficient margin for recovery before reaching a lower, critical altitude where a recovery may not be possible.

When performing maneuver training, including spins, it is crucial to have adequate altitude to allow for the recovery process, which involves not only gaining awareness of the spin itself but also executing the necessary corrective actions efficiently. Below this altitude, the chances of encountering a forced landing situation increase dramatically, which could endanger the safety of the flight.

A higher altitude option, like 4,500 AGL, might seem safe but isn't typically necessary for this maneuver, potentially wasting valuable training time while also increasing risks associated with prolonged return to controlled flying conditions. Similarly, lower altitudes, such as 1,500 AGL or 3,000 AGL, do not provide the adequate health margin required for recovery if the spin is not arrested quickly. Thus, establishing standard practices around a 3,500 AGL minimum supports safety in spin demonstration training.