This National Airline adds extra features to protect against missile attacks, which comes at a $1 million cost

The majority of airlines in the world only carry passengers or cargo; they don’t have any extra features. However, one airline stands out in its class and is equipped with self-defense features beneath the fuselage. Yes, we are referring to the Israeli national carrier EIAI. It is the only airline in the world equipped with an anti-missile system that can identify any threat in the area and has 360-degree protection against attacks.

Because the country of Israel experiences frequent attacks, they have developed a unique method that can save the lives of the passengers. which, like any defense aircraft or American Air Force aircraft, is also among the safest Just one

This makes it one of the safest airlines globally because they have strict security on the ground and during flights. Although there have been attempts to hijack or attack their planes, only one El Al flight has been taken over, and fortunately, nobody was hurt

In 2004, El Al Israeli Airlines (LY) made a significant achievement. They equipped their planes with shields to protect them from missiles. This shield was originally intended for use by the Israeli Air Force. It works like a dedicated radar, detecting oncoming missiles and deterring them with flashes of light. With time, El Al refined their shield.

The Doppler effect is used by El Al’s aircraft radar to calculate distance velocity. When a LY plane is attacked, this radar rapidly fires targets that heat-seeking missiles pursue. This radar system uses four antennas to scan the entire aircraft: two in the front, two on the sides, and one in the back.

The cost to install this radar on an aircraft is approximately $1 million. It was initially installed on six aircraft, with the intention of installing it on every aircraft if it performed well. As a result, LY is a safe airline because they were the first in the region to use one of the greatest systems available.

In 1948, El Al started offering flights from Geneva to Tel Aviv. They currently fly to over 50 destinations from their main airport in Tel Aviv, transporting passengers and goods throughout Israel as well as to Europe, the Middle East, the Americas, Africa, and the Far East.

They have been using their missile shield for a good while now, having received it first almost 20 years ago. It all started in Kenya in 2002 when missiles almost destroyed an additional Israeli plane. The missiles were so close, even though they missed, that Israel chose to suspend operations and build a missile shield for their aircraft. The plane, carrying more than 200 people, was almost taken out by two missiles. This is why they wanted to protect their planes.

The primary purpose of anti-missile systems on aircraft and helicopters is to thwart shoulder-launched and short-range missiles. Infrared sensors are used by missile defense systems to identify the heat signatures of approaching missiles. This extremely cold liquid capsule either completely obscures the incoming missile from detection or hinders the system’s ability to identify it in a timely manner.

By identifying and tracking an approaching ballistic missile and then launching an interceptor to destroy the missile before it reaches its target, an anti-missile defense system aims to protect a specific area from attack. The system responds to an attack on an aircraft by igniting flames, which are intended to deflect missiles that seek heat.

The entire system runs on autopilot. A laser beam is directed toward a missile when it gets close enough to detect anti-missile radar. This tells the pilot that an attack is about to occur and changes the missile’s trajectory away from the aircraft.

Furthermore, an anti-missile defense system consists of several independent parts, including weapon systems, support, sensors, communication networks, and command and control.

The avionics package of the aircraft is equipped with a missile approach warning (MAW) system. A sensor picks up on missiles that are attacking. In an attempt to obstruct missile tracking, the pilot employs defensive maneuvers, countermeasures when they are available, and safety procedures in response to its automated warning. When a plane is attacked, the system responds by launching flares that are meant to deflect