In the described quick-decision scenario, which actions were taken to avoid a collision?

In the described quick-decision scenario, which actions were taken to avoid a collision?

• A. Maintain level flight and land immediately.
• B. Full power on both engines, correct for differential thrust with the rudder, level attitude, first notch of flaps to reduce drag, climb while sidestepping, and go around.
• C. Immediately reduce power and descend.
• D. Continue the approach and hope for a gap.

Answer: (B)

The best approach in a fast, safety-critical moment is to maximize your ability to climb and maneuver away, while maintaining precise control of the aircraft. Applying full power on both engines gives you the strongest possible energy to ascend and accelerate out of danger. If there’s any difference in thrust between the engines, using the rudder to counter that asymmetry keeps the aircraft coordinated and prevents a yaw that could complicate the maneuver. Keeping a level attitude helps preserve stable handling during the initial response, avoiding a stall risk as you begin to maneuver. Selecting a flap setting that reduces drag while still providing adequate lift helps you achieve a clean, efficient go-around rather than fighting drag or overspeed, setting up a safe climb profile. Climbing while sidestepping moves you away from the immediate threat and toward safer airspace, giving you room to re-establish normal flight parameters or reattempt the approach from a better position. Executing a go-around instead of pressing on with the approach is the prudent choice when a collision threat is present; it resets the situation and allows you to reassess with more room to maneuver. Choosing any option that involves reducing power and descending, or simply continuing the approach and hoping for a gap, would not provide the altitude or maneuvering room needed to avoid a collision.

The best approach in a fast, safety-critical moment is to maximize your ability to climb and maneuver away, while maintaining precise control of the aircraft. Applying full power on both engines gives you the strongest possible energy to ascend and accelerate out of danger. If there’s any difference in thrust between the engines, using the rudder to counter that asymmetry keeps the aircraft coordinated and prevents a yaw that could complicate the maneuver.

Keeping a level attitude helps preserve stable handling during the initial response, avoiding a stall risk as you begin to maneuver. Selecting a flap setting that reduces drag while still providing adequate lift helps you achieve a clean, efficient go-around rather than fighting drag or overspeed, setting up a safe climb profile.

Climbing while sidestepping moves you away from the immediate threat and toward safer airspace, giving you room to re-establish normal flight parameters or reattempt the approach from a better position. Executing a go-around instead of pressing on with the approach is the prudent choice when a collision threat is present; it resets the situation and allows you to reassess with more room to maneuver.

Choosing any option that involves reducing power and descending, or simply continuing the approach and hoping for a gap, would not provide the altitude or maneuvering room needed to avoid a collision.