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Quick Crosswind Calculation for Pilots

Pilot Institute

In this article well demonstrate how to perform a quick crosswind calculation and why it is important to know. Key Takeaways Crosswinds are nearly always present Knowing how to calculate them is essential for safe flying. Use the clock face method A simple way to estimate crosswind components quickly. What Is a Crosswind?

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Wingtip Vortices and Wake Turbulence

Pilot Institute

By far the strongest component of wake turbulence is the swirling air generated at the tips of the aircrafts wings. Key Takeaways Wingtip vortices, not engine exhaust, create the strongest wake turbulence. Wake turbulence can cause severe roll and structural damage to smaller aircraft. How Are Wingtip Vortices Formed?

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Mastering the Crosswind Landing Technique: Tips for Safer Touchdowns

Pilot's Life Blog

Crosswind landings can be one of the trickiest parts of flying. We train pilots step-by-step, combining hands-on practice and expert guidance to build confidence and skill in handling crosswinds safely. A crosswind is any wind that blows perpendicular or at an angle to the runway centerline.

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How to Read a Windsock

Pilot Institute

Standard FAA aviation windsocks are calibrated to fully extend at a wind speed of 15 knots. These aircraft have lower crosswind limitations and are more affected by gusts and wind shear. How To Read a Windsock Hanging limp : Winds are under 3 knots. Extended halfway: Winds are around 7-8 knots. Why does this matter?

Knot 98
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Managing the wind

Air Facts

Though wind is reported using such simple numbers like 270@15G20, I’ve come to believe that 20 knots here is not always the same as 20 knots there. Subjective factors such as terrain, turbulence, and gust direction are as important as the numbers. Then came the landing in 20 knots in the Hill Country of Texas, west of Austin.

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Go-Around Required

Plane and Pilot

The wind at the surface was reported as 220 degrees at 6 knots gusting 19 knots. NTSB weather data analysis determined the wind at 7,500 feet (about 700 feet above the runway) was from 210 degrees at 17 knots—a healthy tailwind for base leg. Forecasting models suggest a “hydraulic jump” could produce considerable turbulence.

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Flight Review: Van’s RV-12 LSA—Singular Success

Plane and Pilot

In order to be flown by a sport pilot, the resulting airplane must still meet the current regulations—1,320 pounds maximum gross weight, 120 knots max cruise speed, for example—but how it gets there is up to the builder. Airplanes in the LSA category have some performance limitations, so the RV-12 gets right to the 120-knot max cruise figure.