Using given conditions, what is the required distance to land over a 50-foot barrier?

To determine the required distance to land over a 50-foot barrier, it is essential to understand the factors that influence landing distance, such as aircraft weight, wind conditions, altitude, and the approach speed.

The specific answer of 1,470 feet represents the calculation based on these factors, accounting for the elevation of the barrier as well as the aircraft’s performance standards under the stated conditions.

Aircraft performance data typically includes a "landing distance over a 50-foot obstacle" figure, ensuring that the pilot can make safe landings in various conditions, including the challenges presented by terrain or obstacles near the runway.

This distance is derived from standard performance tables provided in the aircraft’s Pilot Operating Handbook (POH), which helps pilots evaluate their landing capabilities under specific environmental and operational scenarios. The figure of 1,470 feet suggests that calculations show this is the minimum distance required to safely land over such an obstacle when adhering to the correct landing approach and configuration for the aircraft.