The F-16 has a powerful engine, and even when idle, its air intake, which is close to the ground, can suck in any materials from the ground. Due to the sudden drop in air pressure at the intake, the resulting slightly humid airflow can sometimes be visible. There is an unsafe area extending about 7-8 meters in front of the intake. No one should walk in this area while the engine is running. Additionally, I am including a picture that shows the Danger Zone for idle and thrust conditions. Those in
0:21
The F-16 has a powerful engine, and even when idle, its air intake, which is close to the ground, can suck in any materials from the ground. Due to the sudden drop in air pressure at the intake, the resulting slightly humid airflow can sometimes be visible. There is an unsafe area extending about 7-8 meters in front of the intake. No one should walk in this area while the engine is running. Additionally, I am including a picture that shows the Danger Zone for idle and thrust conditions. Those in
87.4K views11 months ago
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That opening and closing motion at the back of an F-16 is the engine nozzle—nicknamed “turkey feathers.” It adjusts to control thrust and is especially noticeable during pre-flight checks or engine mode switches. In certain emergencies, we switch to a simpler backup engine mode that locks the nozzle closed to maximize safe thrust. #Military | Shawn Walsh
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That opening and closing motion at the back of an F-16 is the engine nozzle—nicknamed “turkey feathers.” It adjusts to control thrust and is especially noticeable during pre-flight checks or engine mode switches. In certain emergencies, we switch to a simpler backup engine mode that locks the nozzle closed to maximize safe thrust. #Military | Shawn Walsh
198.4K viewsMay 24, 2025
FacebookShawn Walsh
The F-16’s afterburner works by injecting extra fuel into the exhaust stream after the gases have already passed through the turbine, creating a second stage of combustion that greatly increases thrust. First, the engine compresses incoming air, burns it in the main combustion chamber, and uses the energy to drive the turbine. The hot, fast exhaust then flows into the afterburner section, which contains flame holders—metal structures that help keep a stable flame in the high-speed airflow. When
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The F-16’s afterburner works by injecting extra fuel into the exhaust stream after the gases have already passed through the turbine, creating a second stage of combustion that greatly increases thrust. First, the engine compresses incoming air, burns it in the main combustion chamber, and uses the energy to drive the turbine. The hot, fast exhaust then flows into the afterburner section, which contains flame holders—metal structures that help keep a stable flame in the high-speed airflow. When
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