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The Pitot-Static System: How It Works

Pilot Institute

In this article, well break down how the pitot-static system works, what it measures, and why its so important. Key Takeaways The pitot-static system measures airspeed, altitude, and vertical speed. Blockages in the pitot tube or static port can lead to inaccurate or failed instrument readings.

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Exploring the Intricacies of the Airspeed Indicator

Pilot's Life Blog

Aircraft contain all kinds of wonderous indicators and instruments to measure velocity, altitude, weather conditions, etc. Moving air from outside feeds into the pitot tubes and fills a pressure diaphragm. A plane’s specific stall speed depends on the plane’s size, dimensions, and even weather conditions.

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Trial by Ice

Air Facts

Take into consideration that weather reporting, and the dissemination of these reports to pilots, was not as accurate then as it is now. In just six months I would reflect on my training and agonize over how inadequately I had been prepared for the real world of instrument flying, which is weather.

VOR 52
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The Classic Boeing Airspeed Indicator

AeroSavvy

Ram air from a pitot tube and static (undisturbed) outside air from a static port, usually a hole on the side of the fuselage. Airspeed indicators need air from a pitot tube and static air from a static port Small general aviation aircraft have airspeed indicators with air hoses connected directly to the pitot and static sources.

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PMDG DC-6 Cloudmaster Provides Radial Engine Thrill

Flying Magazine

Zooming onto the aluminum skin of the DC-6 reveals that no pitot tube, landing gear strut, or antenna detail was ignored in its construction. I crossed over the fence on 4L at 120 knots, just a bit fast, bringing the throttles to idle. livery pack available for purchase from the MSFS marketplace.

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Getting Back in the Air

Plane and Pilot

This 172 had a flap extension speed of 85 knots, and my old Cessna 172’s limit was 100 mph, or 87 knots. The first flight got weathered out, with broken clouds at 1,500 feet. Repairs included replacing the pitot tube/angle-of-attack sensor and the outside air temperature probe.

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Challenger 300 Fatal Upset Wasn’t Turbulence

Fear of Landing

This was quickly picked up by the mainstream media and, for the next few weeks, news and oped articles focused on the ongoing issues of changing weather patterns and increased turbulence. The captain slowed the aircraft from 104 knots and exited the runway onto a taxiway. This accident stood out as fatalities are very rare.