TEHRAN: Iran´s Revolutionary Guards unveiled an intermediate range ballistic missile on Tuesday capable of travelling at hypersonic speeds of up to 15 times the speed of sound, state...
TEHRAN: Iran´s Revolutionary Guards unveiled an intermediate range ballistic missile on Tuesday capable of travelling at hypersonic speeds of up to 15 times the speed of sound, state television reported.
President Ebrahim Raisi hailed the new missile´s hypersonic capability, saying it would boost Iran´s “power of deterrence” and “bring peace and stability to the countries of the region”. The official IRNA news agency published photographs of the ceremony in a closed area it did not identify. Several top military commanders were present, including Guards chief General Hossein Salami.
“The range of the Fattah missile is 1,400-km and its speed before hitting its target” is between 13 and 15 times the speed of sound, IRNA said. Like slower ballistic missiles, hypersonic missiles can be equipped with nuclear warheads and Iran´s announcement it was producing one in November prompted International Atomic Energy Agency chief Rafael Grossi to express concern.
But Grossi added he did not see the new missile “having any influence” on negotiations with Iran over its nuclear activities. Talks between Tehran and major powers on reviving a 2015 nuclear deal that was left in tatters when Washington unilaterally abandoned it in 2018 and imposed renewed sanctions are currently stalled.Iran has since suspended its implementation of the strict limits it agreed to on its nuclear activities and restricted IAEA monitoring in a policy it is only slowly reversing. Unlike conventional ballistic missiles, hypersonic ones fly on a trajectory low in the atmosphere, enabling them to reach their targets more quickly and with less chance of being intercepted by modern air defences.
When the programme was announced last year, Guards aerospace chief General Amirali Hajizadeh said the system was developed to “counter air defence shields”, adding that he believed it would take decades before a system capable of intercepting it is developed.