In a water evacuation, which action best supports passenger safety?

In a water evacuation, which action best supports passenger safety?

• A. Direct passengers to step onto the wing to exit.
• B. Unfold life rafts inside the cabin while still afloat
• C. Make sure passengers embark directly on the slide raft to stay dry.
• D. Open all doors and begin evacuation immediately.

Answer: (C)

In a water evacuation, getting everyone onto flotation devices quickly and onto a stable exit path is the priority. The slide raft attached to each door is designed to be a ready-made life raft and a safe egress route. Directing passengers to embark onto the slide raft as they exit keeps them buoyant, dry-ish (as much as possible), and together in a controlled, organized flow. It also avoids the dangers of stepping onto the wing, which can be slippery, unstable, or submerged, making a fast, safe exit unlikely. Unfolding life rafts inside the cabin while the aircraft is still afloat delays egress and leaves passengers without floating protection during the initial exit. Opening all doors and evacuating immediately without ensuring the slides/rafts are properly deployed can create chaos, increase exposure to cold water, and hamper a coordinated exit.

In a water evacuation, getting everyone onto flotation devices quickly and onto a stable exit path is the priority. The slide raft attached to each door is designed to be a ready-made life raft and a safe egress route. Directing passengers to embark onto the slide raft as they exit keeps them buoyant, dry-ish (as much as possible), and together in a controlled, organized flow. It also avoids the dangers of stepping onto the wing, which can be slippery, unstable, or submerged, making a fast, safe exit unlikely.

Unfolding life rafts inside the cabin while the aircraft is still afloat delays egress and leaves passengers without floating protection during the initial exit. Opening all doors and evacuating immediately without ensuring the slides/rafts are properly deployed can create chaos, increase exposure to cold water, and hamper a coordinated exit.