What is the total takeoff distance over a 50-foot obstacle if the weight is 2,700 lb?

To determine the total takeoff distance over a 50-foot obstacle for an aircraft weighing 2,700 lbs, it's essential to understand how aircraft performance operates. The total takeoff distance encompasses both the ground roll (the distance the aircraft travels along the runway before it becomes airborne) and the distance required to clear a specific obstacle after becoming airborne.

In this scenario, when the aircraft weighs 2,700 lbs, the performance charts found in the Aircraft Flight Manual (AFM) or Pilot’s Operating Handbook (POH) typically provide the necessary information to derive the total takeoff distance. Various factors, such as weight, elevation, temperature, and wind conditions, influence this distance.

Given that the answer identified as correct is 800 feet, we can infer that this distance combination effectively accounts for the ground roll plus the added distance necessary to climb over the 50-foot obstacle at the specified weight of 2,700 lbs. The need to clear the obstacle is particularly critical, as it requires a specific flight profile during the climb phase after liftoff, which is significantly affected by the aircraft weight.

The other options provided would not adequately represent the necessary takeoff distance for a 2,700 lb aircraft when considering these factors. They likely under