Air Canada Rouge SEP Final Practice Exam 2026 – Comprehensive All-in-One Guide to Exam Success!

The situation tests how exit use changes with the environment to keep people safe and get them away from danger as quickly as possible.

On dry land, you want maximum egress capacity, so all available exits are used to evacuate everyone fast and spread people out to avoid crowding.

For a water ditching, the focus shifts to flotation and orderly escape onto life rafts. The primary exits are the ones equipped to deploy rafts, and the overwing exits serve as alternate paths if needed. Some aircraft configurations (for example certain variants in other models) require disarming certain middle doors so that they don’t interfere with raft deployment or crowd flow, which is why you might see a note about disarming doors on a different model. The key idea is to prioritize exits that provide life-saving flotation and to have alternates ready if the primary paths become crowded or unusable.

In a tidal flat scenario, exits aren’t used in the same way because the area immediately outside the aircraft can be unstable ground (mud, shallow water, debris). Opening exits that discharge passengers onto that surface could create dangerous, immobile evacuations, so the procedure is to avoid using exits in that particular environment and instead direct passengers to safe areas with the assistance of crew and rescue assets.

So, the standard approach reflected here is: use all exits on land; in water use the primary door exits plus overwing exits as alternates (with model-specific disarming considerations); and in a tidal flat, avoid using exits altogether.