Guide

Automatic landings use advanced avionics and autopilot systems to safely guide aircraft onto runways, especially in low-visibility conditions. The Mechanics Behind Automatic Landings – How Autoland Works And When It’s Used? Automatic landings, often referred to as autoland, represent one of the most sophisticated achievements in modern aviation technology. They allow an aircraft to descend, […]

Pilots can turn off the transponder in rare cases such as emergencies or equipment failure, but it’s generally kept on for safety and tracking. The Role of the Transponder in Aviation The transponder is a vital electronic device installed on aircraft that communicates with ground radar systems. It sends a unique code and altitude information

Pilots rely on radar, TCAS, and keen visual scanning to maintain safe distances and avoid collisions in the skies. Understanding Radar: The Pilot’s Electronic Eye Radar stands as a cornerstone in aviation safety. It’s an electronic system that detects and tracks aircraft by bouncing radio waves off objects and interpreting the echoes. For pilots, radar

Reverse thrust is never used at cruise altitude due to aerodynamic, mechanical, and safety reasons. Understanding Reverse Thrust and Its Purpose Reverse thrust is a critical feature of modern jet engines, primarily designed to slow down an aircraft upon landing. By redirecting the engine’s exhaust forward instead of backward, reverse thrust generates a braking force

Conventional airliners cannot hover in place because they rely on forward motion to generate lift through their wings. How Lift and Forward Motion Keep Airliners Flying Airplanes generate lift primarily through the airflow over their wings. The wings are designed with an airfoil shape, which means air moves faster over the top surface than beneath,

Airliners can glide approximately 100 to 150 nautical miles without engine power, depending on altitude and aircraft type. The Physics Behind Gliding Without Power Gliding without power is a fascinating phenomenon rooted in aerodynamics and physics. When an airliner loses engine thrust, it doesn’t simply drop out of the sky. Instead, it behaves like a

Modern commercial aircraft are designed to safely fly and even land on a single engine without compromising passenger safety. The Engineering Behind Flying On One Engine Aircraft manufacturers design commercial airplanes with multiple engines not just for power but as a critical safety measure. The ability to fly on one engine is a fundamental requirement,

Landing without landing gear involves precise control, using the aircraft’s belly to absorb impact while minimizing damage and ensuring crew safety. The Reality Behind Landing Without Landing Gear – How Is It Done? Landing an aircraft without its landing gear deployed is one of the most challenging and risky maneuvers a pilot can face. It’s

Passenger airliners can land on water in emergencies, but ditching is risky and requires precise procedures to maximize survival chances. The Reality Behind Ditching Passenger Airliners Landing a passenger airliner on water—known as ditching—is one of aviation’s most challenging emergency maneuvers. While commercial jets aren’t designed to land on water like seaplanes, pilots train for

Yes, a single bird strike can severely damage an aircraft and potentially bring it down, especially if it hits critical areas like engines or windshields. The Reality of Bird Strikes in Aviation Bird strikes are more than just a nuisance for pilots and airports; they represent a genuine hazard with the potential to cause catastrophic