In the realm of aviation, both civil and military aircraft, as well as cargo planes, are expected to operate safely and efficiently for the entirety of a flight operation. The durability of these aircraft is a critical concern, as their service life directly impacts safety, cost-effectiveness, and sustainability. In this blog, we will explore the factors that influence the longevity of civilian, military, and cargo aircraft, from the robustness of their fuselage to the importance of an aircraft’s rivets and fasteners.
As an airplane climbs in the sky, up to altitudes that rival Mount Everest, the temperature drops to levels much lower than that of the ground. Consequently, when a commercial aircraft begins to ascend, its heating system will typically engage, and it will expel warm air out the vents to heat the cabin to a comfortable temperature. Though some planes use electric heating systems, most rely on a combustion heater which uses the same fuel as an airplane's engines. If you are curious about how each of these systems function, read on as we discuss how cabin heating works on aircraft.
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