Remove Airplanes Remove Turbulence Remove Wind Shear
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How to Read a Windsock

Pilot Institute

More Safety Private Pilots usually fly lighter aircraft that are more sensitive to wind. These aircraft have lower crosswind limitations and are more affected by gusts and wind shear. A windsock can help you quickly evaluate if the wind conditions are within your aircraft’s capabilities. Why does this matter?

Knot 98
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New! “The Turbine Pilot’s Flight Manual Fifth Edition!”

Greg Brown's Flying Carpet Blog

It includes discussions on high-speed aerodynamics, automation, wake turbulence, high-altitude and adverse weather, air carrier operations, transport airplane performance, and cockpit professionalism and leadership. A wealth of illustrations and additional online resources enhance understanding.

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Arriving in Style

Plane and Pilot

Anytime the airplane is heading downhill toward terra firma, our attention should be on the instruments in the clouds, and out the windows when the sky is clear. We often end up at higher altitudes to escape the wind shear layer, cumulus buildups, and turbulence below. Lets get that done before we start the descent.

Descent 54
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Flying Through the Center of a Trough Should Have Been Uneventful

Flying Magazine

While we were sitting in the airplane on the morning of the flight, the pilot received his IFR clearance, which kept us on the eastern route. However, this region was convectively active with significant instability and strong winds aloft —a recipe for moderate or greater turbulence regardless of any indications of lightning.

Weather 108
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Types of Thunderstorms in Aviation: From Simple to Severe

Pilot Institute

Thunderstorms create turbulence, wind shear, and icing risks for aircraft. Squall line thunderstorms have the potential for severe weather conditions, including strong straight-line winds, microbursts, wind shear, and flooding. Strong winds. This turbulence can: Cause loss of aircraft control.

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AIRMETs Vs. SIGMETS: What’s the Difference?

Pilot Institute

These weather alerts each have their own role: AIRMETs warn about moderate conditions like turbulence, icing, and limited visibility, which can affect smaller or less equipped aircraft. SIGMETs alert pilots to more severe weather events like thunderstorms, volcanic ash, or strong turbulence that could pose serious risks to any flight.

UTC 52
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What was one of the scariest moments in your life?

Air Facts

But, with a frontal system approaching, the conditions were expected to worsen over the hours subsequent to our passing through, including the chance for moderate to severe turbulence. At first it was just gradually, then more decidedly, evolving into moderate turbulence. But the turbulence would continue to worsen. We weren’t.