What is the forward static load test required for a piece of equipment weighing 6.5 pounds installed in the rotorcraft?

For a rotorcraft, the forward static load test is often designed to ensure that the equipment can withstand forces that may occur during operation, especially during forward flight or in maneuvers where the equipment could experience a significant load in the forward direction. This test requires applying a force that is typically a multiple of the weight of the equipment being evaluated.

In this case, the equipment weighs 6.5 pounds. According to guidelines often used in aviation (such as those provided by manufacturers or regulatory bodies), the forward static load is generally tested at a ratio of four times the weight of the equipment to ensure it can endure extreme conditions and not fail in service.

Calculating this gives us a forward static load requirement of 6.5 pounds multiplied by 4, resulting in a total of 26 pounds. This is why the forward static load test required for a piece of equipment weighing 6.5 pounds installed in the rotorcraft would be 26 pounds, confirming the choice selected.