During the described cockpit scenario, what landing approach was planned to mitigate risk?

During the described cockpit scenario, what landing approach was planned to mitigate risk?

• A. No-flap approach with no reverse thrust
• B. Full flap approach with maximum reverse
• C. Abort to return to origin
• D. Landing with standard flap settings and reverse thrust

Answer: (A)

When safety hinges on keeping things simple and reliable, the landing plan favors reducing the number of systems in play during approach and touchdown. A no-flap approach with no reverse thrust minimizes potential failure points by avoiding dependence on flap deployment and on thrust reversers after landing. This means fewer chances for a flap malfunction, asymmetry, or a reverser issue to complicate a critical phase, making the landing more predictable and controllable despite a potentially higher stall speed and longer rollout. The goal in this scenario is to mitigate risk, so choosing a configuration that is straightforward and robust is prioritized over performance gains from flaps or reverse thrust.

When safety hinges on keeping things simple and reliable, the landing plan favors reducing the number of systems in play during approach and touchdown. A no-flap approach with no reverse thrust minimizes potential failure points by avoiding dependence on flap deployment and on thrust reversers after landing. This means fewer chances for a flap malfunction, asymmetry, or a reverser issue to complicate a critical phase, making the landing more predictable and controllable despite a potentially higher stall speed and longer rollout. The goal in this scenario is to mitigate risk, so choosing a configuration that is straightforward and robust is prioritized over performance gains from flaps or reverse thrust.