Iran Deploys Long-Range Ghadir Radar System

FNA07.07.2015 MENA
Iran Deploys Long-Range Ghadir Radar System

Iran Deploys Long-Range Ghadir Radar System

Facebook icon
Twitter icon
LinkedIn icon
Google icon
e-mail icon
The Iranian Revolutionary Guard Corps (IRGC) deployed its Ghadir phased-array radar system with a range of 1,100 kilometers in Southern Iran on Saturday, Fars News Agency (FNA) reported.

The Ghadir radar system is capable of discovering and tracking planes from a 600-kilometer and Ballistic missiles from a 1,100-kilometer distance and an altitude of 100 kilometers.

Commander of Khatam ol-Anbia Air Defense Base Brigadier General Farza Esmayeeli and a number of other Iranian Armed Forces Commanders were present in the unveiling ceremony at IRGC's Air Defense Site in the city of Ahwaz in the bordering province of Khuzestan in Southwestern Iran.

The Ghadir radar system was unveiled for the first time in Garmsar radar site in Semnan province, Northern Iran last year.

The radar system is equipped with over 100 antennas which are capable of 360 degrees rotation.

The phased-array Ghadir radar system can be used in all types of electronic warfare and in all climatic conditions.

In May 2012, IRGC Aerospace Commander Brigadier General Amir Ali Hajizadeh said Iran is mass-producing Ghadir Radar systems in great numbers, adding that the radar system covers areas over 1,000km in distance.

"This radar system can cover areas around 1,100 km in range and its designing and production project ended early last (Iranian) year and is now being mass-produced," Hajizadeh told FNA at the time.

In June 2011, the Islamic Revolution Guards Corps put into operation the new home-made long-range Ghadir radar system that enables its forces to monitor low-altitude satellites.

The Ghadir radar system which covers areas (maximum) 1,100km in distance and 300km in altitude has been designed and built to identify aerial targets, radar-evading aircrafts, cruise missiles and ballistic missiles as well as low-altitude satellites.

Source: FNA



Latest events

Latest Issues