What is the total takeoff distance over a 50-foot obstacle when the temperature is 30°F and weight is 3,300 lb?

To determine the total takeoff distance over a 50-foot obstacle at 30°F for an aircraft weighing 3,300 pounds, it's essential to understand how both the temperature and weight affect takeoff performance.

In general, colder temperatures contribute positively to aircraft performance. Cold air is denser, which provides better engine performance and airfoil lift. When considering the takeoff distance in conjunction with weight, it is important to remember that heavier aircraft require longer takeoff distances due to increased momentum and drag.

For an aircraft weighing 3,300 pounds at an outside air temperature of 30°F, you would refer to the aircraft's specific performance charts to find the total takeoff distance over a 50-foot obstacle. Given the colder temperature and relatively light weight, the takeoff distance would be shorter compared to warmer conditions or heavier weights.

The calculated figure of 1,500 feet aligns with the expected performance for the given parameters. In many performance charts, at colder temperatures and the specified weight, the takeoff distance can often fall within the range of 1,500 feet when adjusted for obstacles since it provides sufficient lift and thrust to clear a 50-foot barrier effectively.

This understanding of how temperature and weight interplay in takeoff performance helps clarify why