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Back to Basics

Cessna Citation X+
Gemini Sparkle

Key Takeaways:

  • The article provides a fundamental overview of aviation meteorology, explaining key parameters such as temperature, dew point, relative humidity, visibility, wind (direction and speed), pressure, and sky condition.
  • It details the standardized methods for measuring and reporting these elements, including 2-meter temperature readings, ASOS sensor use for visibility and sky condition, and the distinction between altimeter setting (QNH) and sea-level pressure (QFF).
  • Pilots learn practical applications for interpreting weather data, such as using dew point to identify air mass origin, relative humidity thresholds for cloud prediction, and understanding wind direction (true vs. magnetic) and gust significance.
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Pilots have to keep up with quite a bit of knowledge. There are regulations, procedures, chart symbology, various engineering disciplines, and many others. For some pilots, business skills have to be added to the mix. And on top of this, you’re expected to have a working understanding of meteorology. Sometimes your knowledge gets a bit hazy and things get forgotten. It’s understandable.

So it’s good to go back and revisit the basics occasionally, as this is where the foundation of knowledge begins. Fortunately in just a few pages, you can learn the basics of aviation meteorology. And you’ll be getting the details from an actual aviation forecaster—me. So let’s dig in.

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