Tehran launches mass production of defence missile

Iran's defence minister launched the domestic mass production of a new shoulder-fired air defence missile on Sunday, a development presented as a major boost for the Islamic republic's armed forces.
The defence ministry said in a statement faxed to AFP that the Misagh 2 missile was "capable of tracking and destroying aerial targets that fly at low altitudes and in the blind spot of radar systems". The ministry said the "advanced missile" could also be used for "electronic warfare".
"This missile gives our forces, army and Revolutionary Guards a drastic advantage, agility and flexibility in defending our air defences," Defence Minister Mostafa Mohammad Najjar said in the statement.
"The space industry of the defence ministry currently mass-produces surface to air, surface to surface and air to surface missiles, which have strong capabilities," he added.
In recent months Israel has been dangling the threat of pre-emptive action to stop Iran's disputed nuclear programme - seen as a mask for weapons development.
Israel managed to halt Iraq's nuclear programme in 1981 when it carried out an air strike on the French-built Osirak reactor.
The United States has also refused to rule out military action against Iran and, over the past year, Iranian officials have been complaining of air space violations by US drones - presumably spying on Iran's nuclear sites and military facilities. But in an interview with AFP in December, Iran's top national security official Ali Larijani said the Islamic republic's air defences "do not have many weaknesses".
Iran is already believed to possess older Soviet-made SA-7 shoulder-fired surface-to-air missile (SAM) systems, as well as several other high altitude SAM systems.
The country is also thought to have laid its hands on US Stinger missiles supplied to Afghan anti-Soviet fighters during the 1980s, and defence analysts say Iran may have worked out how to produce its own equivalent.
Such devices are useful in forcing aircraft to fly at higher altitudes - and therefore in the view of radar systems and prone to interception or attack by ground-based systems.