Pronunciation: [fˈand͡ʒɛts] (IPA) 
The word "fanjets" is spelled with a "j" instead of a "g" despite the fact that the sound is the same. This is due to the fact that "fan" has a sound that is spelled with an "f" instead of a "ph." The correct phonetic transcription of "fanjets" is /ˈfændʒɛts/. The sound represented by "j" is called a "dʒ" sound and is represented with a letter "g" in some words, especially when followed by the letter "i" or "e."
Fanjets refers to a type of aircraft propulsion system that utilizes a jet engine equipped with a large fan at the front. This configuration allows the engine to generate thrust through a combination of both jet and propeller-like propulsion. The term "fanjet" is often used interchangeably with "turbofan," although some distinctions may exist between the two.
In a fanjet engine, the air intake captures atmospheric air, which is then compressed and mixed with fuel before being ignited and expelled at high speeds through the rear, generating forward thrust. Unlike traditional jet engines, which primarily rely on the expulsion of high-speed gases for propulsion, fanjets incorporate a large fan situated at the engine's front. This fan draws in additional air, which bypasses the engine core and is accelerated to a lesser extent by the combustion process and is expelled at the rear.
The primary advantage of fanjets lies in their efficiency and ability to provide significant amounts of thrust at lower fuel consumption rates. The airflow produced by the fan contributes to a larger portion of the total thrust, resulting in higher propulsive efficiency. Consequently, fanjets are commonly employed in commercial airliners due to their ability to achieve a balance between fuel efficiency and high performance.
Additionally, fanjets offer reduced noise levels compared to some other types of engines, allowing for quieter operation during both takeoff and landing procedures. This feature contributes to improved passenger comfort and reduced noise pollution around airports. Consequently, fanjets have become a dominant propulsion system in the aviation industry and have revolutionized long-haul travel by providing greater fuel efficiency, lower emissions, and quieter flight experiences.
