FASST

Aviation Interest

FAAST Blast

Climbing Into Thin Air
How does an airport suddenly go from being 2,000 feet to more than a mile high? Barring a “Hollywood-style” seismic event at your airport, the answer is density altitude; in other words, how high an aircraft “thinks” it is. When density altitude is high as a result of temperatures above standard at a given altitude, the air is less dense than normal. As a result, your aircraft will perform as if at a higher altitude with degraded climb performance and acceleration, which are two important factors on a hot, humid day with a short runway and 50-foot pine trees looming at the end.

Aviation Interest

FAAST Blast

Climbing Into Thin Air
How does an airport suddenly go from being 2,000 feet to more than a mile high? Barring a “Hollywood-style” seismic event at your airport, the answer is density altitude; in other words, how high an aircraft “thinks” it is. When density altitude is high as a result of temperatures above standard at a given altitude, the air is less dense than normal. As a result, your aircraft will perform as if at a higher altitude with degraded climb performance and acceleration, which are two important factors on a hot, humid day with a short runway and 50-foot pine trees looming at the end.

Aviation Interest

FAAST – Human Element in Aviation

The Human Element in Aviation
– A GA Guide to Human Factors
Human factors: It’s a topic discussed at most aviation safety seminars, as well as a fundamental subject during pilot and mechanic training. Yet, despite widespread awareness of the importance of human factors in safety, it continues to play a key role in a majority of today’s aircraft incidents and accidents.