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Monthly Archives: October 2017

CFI Brief: It’s Getting Hot in Here.

Today, I would like to recap Monday’s post on the aircraft engine cooling system and go over some typical questions you will likely see on your FAA Private Pilot knowledge test. First off, we learned about the effects of operating with an excessively high aircraft engine temperature and that it can lead to loss of […]

Aircraft Systems: Engine Cooling Systems

Today’s post is excerpted from Pilot’s Handbook of Aeronautical Knowledge. The burning fuel within the cylinders produces intense heat, most of which is expelled through the exhaust system. Much of the remaining heat, however, must be removed, or at least dissipated, to prevent the engine from overheating. Otherwise, the extremely high engine temperatures can lead […]

CFI Brief: The Instrument Approach Procedure Chart

On Monday, we learned about the Instrument Landing System and it’s components. Today, I would like to further our discussion and talk about Instrument Approach Procedure Charts. These charts are what depict to pilots how to fly a particular approach into an airport. Many instrument approaches will require the use of an ILS or it’s […]

IFR: The Instrument Landing System (ILS)

Today, we’re featuring an excerpt from The Pilot’s Manual Volume Three: Instrument Flying. In A Pilot’s Accident Review, author John Lowery recommends that “after about 100 hours of flying with a new private certificate it’s important to the new pilot’s safety and longevity to begin training for an instrument rating.” If you’re a private pilot […]

CFI Brief: October 2017 Test Roll

The FAA October test cycle resulted in very few changes or updates to the FAA Airman Knowledge Tests. The FAA Aviation Exam Board continues to work to align questions within the context of a specific Area of Operation/Task as outlined in the various Airman Certification Standards publications. The goal of this boarding process is to […]

Weather: Measurement of Atmospheric Pressure

Today’s post is an excerpt from the Pilot’s Handbook of Aeronautical Knowledge (8083-25B). Atmospheric pressure historically was measured in inches of mercury (“Hg) by a mercurial barometer. The barometer measures the height of a column of mercury inside a glass tube. A section of the mercury is exposed to the pressure of the atmosphere, which […]

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