What is the Wet Factored Landing Distance formula?

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Prepare for the Federal Aviation Regulations (FAR) 135 Test with engaging flashcards and multiple-choice questions. Each question offers hints and explanations to help you succeed. Get ready for your aviation exam!

Multiple Choice

What is the Wet Factored Landing Distance formula?

Explanation:
Wet conditions on a runway reduce braking effectiveness and increase stopping distance due to water, hydroplaning risk, and reduced friction. To estimate the distance required under those conditions, a published wet-w runway factor is applied to the baseline landing distance. The standard factor in this context is 1.92, so the Wet Factored Landing Distance equals 1.92 times the Accelerated Landing Distance (ALD). In other words, Wet FLD = 1.92 × ALD. For example, if ALD is 2,500 feet, Wet FLD would be about 4,800 feet. This adjustment reflects the additional distance needed to land safely on a wet runway.

Wet conditions on a runway reduce braking effectiveness and increase stopping distance due to water, hydroplaning risk, and reduced friction. To estimate the distance required under those conditions, a published wet-w runway factor is applied to the baseline landing distance. The standard factor in this context is 1.92, so the Wet Factored Landing Distance equals 1.92 times the Accelerated Landing Distance (ALD). In other words, Wet FLD = 1.92 × ALD. For example, if ALD is 2,500 feet, Wet FLD would be about 4,800 feet. This adjustment reflects the additional distance needed to land safely on a wet runway.

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