Pilot Institute

JANUARY 3, 2025

The wide end of a windsock points into the wind, while the narrow end indicates its direction. Standard FAA aviation windsocks are calibrated to fully extend at a wind speed of 15 knots. Regular inspection of windsocks makes sure you receive reliable wind information. Extended halfway: Winds are around 7-8 knots.

Knot 98

Knot Weather Weight-Shift-Control Wind Shear 98

Plane and Pilot

JANUARY 8, 2025

Dawn had broken bright and clear, and while icing , ceiling, and visibility had been my preoccupationrightfully so, given our arrival into Portlandthe actual threat of the day was wind. As we walked from the wharf to breakfast, I saw that peak wind gusts were tickling the 40-knot mark.

Crosswind 71

Crosswind Wind Shear Knot Airplanes 71

Pilot's Life Blog

JANUARY 5, 2025

Approach speeds typically range from 80 to 90 knots depending on weight and flap settings, while full flaps are often used to provide the necessary lift during landing. Review current weather conditions, including wind speed, direction, and visibility, as these can significantly impact the approach.

Descent 52

Descent Final Approach Approach Runway 52

Plane and Pilot

OCTOBER 2, 2024

No flying in winds exceeding 10 knots, no chance of obscuring precipitation, no use of runways shorter than 5,000 feet, no risk of encountering darkness or lowering ceilings. is a common question, when the wind, ceiling, visibility, turbulence, or even temperature are obviously not conducive to routine flying. 1 priority.

Runway 52

Runway Wind Shear Crosswind Ceiling 52

Plane and Pilot

OCTOBER 2, 2024

No flying in winds exceeding 10 knots, no chance of obscuring precipitation, no use of runways shorter than 5,000 feet, no risk of encountering darkness or lowering ceilings. is a common question, when the wind, ceiling, visibility, turbulence, or even temperature are obviously not conducive to routine flying. 1 priority.

Runway 52

Runway Wind Shear Crosswind Ceiling 52

Pilot Institute

JUNE 26, 2024

Weather Go-arounds due to weather occur due to wind shear caused by gusting winds or microbursts. When an aircraft encounters horizontal wind shear, it could be blown off centerline. Similarly, if an aircraft encounters vertical wind shear, it reduces or increases the sink rate.

Wind Shear 52

Wind Shear Runway Approach Aeronautical Decision-Making 52