Remove Jet Remove Knot Remove Wind Shear
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Flying Through the Center of a Trough Should Have Been Uneventful

Flying Magazine

As we turned to intercept the localizer, the winds were 360 at 53 knots at 2,000 feet, according to our wind vector on the primary flight display. Our groundspeed was a meager 72 knots as we descended on the glideslope. The wind was 52 knots at 2,500 feet and decreased to nearly calm at 6,500 feet.

Weather 108
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Invisible Trap Kills Glider Pilot – How To Avoid Microbursts

Chess In the Air

After we decided this, we heard a Challenger jet announce “Taxiing to 26 for takeoff”. It’s worth noting that Shmulik had a close call in the past: a jet pulled onto the runway in front of him with no radio call. This near miss was avoided only by the jet taking off immediately in front of him. He tried again, with no reply.

Pilot 52
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Are Dry Microbursts Really An Invisible Trap? – Responding to Reactions

Chess In the Air

Considering the delay in the AWOS reporting, it may also be helpful to proactively use the radio to ask anyone on the ground for the current winds (e.g. Microbursts are not the only source of severe wind-shear close to the ground. Sudden and very powerful surface winds can have various other causes. Absolutely!

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What Is an Outflow Boundary Shown on a Surface Analysis Chart? 

Flying Magazine

Some gust fronts can be completely harmless or may be a precursor for an encounter with severe turbulence and dangerous low-level convective wind shear. These gust fronts often contain severe or extreme turbulence, strong and gusty straight-line winds, and low-level convective wind shear.