These Are Three Frequent Aircraft Disturbances, But Less Dangerous

JAKARTA The plane can experience failure or technical problems while flying. Even if the slightest problem can surprise the passengers, in fact not all problems are dangerous.

There are several failures that are common, but there are already trained handling procedures. This means that passengers will be fine as long as the pilot manages to handle the problem according to the procedure. Here are three common problems, according to Science Alert.

AC Disturbance And Air Pressure

One of the problems that can occur is the problem with the AC system and cabin air pressure. At cruising altitude, the cabin is maintained at 8,000 feet of air pressure through the cooling air from the engine.

The system's failure can cause a sudden increase in cabin height. When a disturbance occurs, passengers may feel a dramatic drop in altitude. Collaborating ears are a common sensation.

Oxygen masks will drop automatically if the cabin altitude exceeds a threshold of about 14,000 feet. As soon as they are aware of the problem, the pilots will immediately wear their own oxygen masks and announce a state of emergency.

They will then follow the emergency descent checklist to get the plane down as soon as possible. The plane will go to a safe altitude of about 10,000 feet.

Failure in Machines

Engine failure is the most feared scenario, but dual-engine aircraft are certified to fly safely with just one engine. That way, the failure of one machine can still be addressed.

Double engine failures are very rare. When this failure occurs, passengers will hear loud explosions, feel vibrations, or smell a burning smell. However, these incidents often end in safe landings.

After receiving the warning, the pilot immediately identified a problematic engine and followed a strict checklist. This procedure usually includes turning off the problem engine and diverting the plane to the nearest airport.

Aviation Hydrolic And Control Issues

Modern aircraft have a lot of flight control driven by some hydraulic or electrical systems. The presence of redundancy ensures that aircraft can still fly if one system does not work.

For example, if the left-wing aileron does not move, the right-wing aileron can still function to turn. Passengers may experience longer detention when the crew resolves the problem or feels landing faster than usual.

The pilot will use a special checklist and securely adjust the landing speed and configuration. All of these procedures are the results of learning from extreme events which are then implemented in aircraft design and pilot training programs.