- New state-of-the-art missile and aircraft detection system will further increase Israel’s air defense capabilities.
- The Sky Dew will compliment existing Israeli land-based detection system by putting additional sensors at a high altitude.
- The system, jointly developed by Israel and the US, has undergone successful tests in recent months.
Israel’s Defense Ministry announced that it is getting ready to launch a huge blimp that will carry a state-of-the-art air defense system.
The ministry published a clip online on Wednesday, showing the giant balloon being inflated from different angles.
According to the ministry, new state-of-the-art missile and aircraft detection system will further increase Israel’s air-defense capabilities.
The exact specifications of the aircraft, which was dubbed ‘Sky Dew’, haven’t been announced, but it was described as one of the largest of its kind. Its radars are said to be able to detect incoming long-range missiles, cruise missiles and drones.
Sky Dew will complement existing Israeli land-based detection systems by putting additional sensors at a high altitude. Such elevated radars provide a significant technological and operational advantage for early and precise threat detection.
Israeli Defense Minister Benny Gantz has hailed the blimp as “another technological breakthrough that will strengthen the defense of Israel’s skies and Israeli citizens.” The new system “fortifies the wall of defense that Israel has built in the face of the distant and imminent air threats being built by its enemies,” he said.
Israel has been working hard to improve its air defenses in recent years due to concerns over the proliferation of Iranian-made drones and missiles in the Middle East region. The Jewish state is also frequently targeted by makeshift rockets and incendiary balloons, launched from Gaza by Palestinian terrorist group Hamas.
The death toll on the Israeli side from the intense exchange of fire, during the flare-up between Israel and Hamas in May, stood at 12 people, including two children.