The test appears to be in violation of U.N. Security Council Resolution 1929, official says
It is not in violation of the nuclear agreement reached in July between Iran, the U.S. and five other world powers
State media reports Iran test-fires new generation long-range ballistic missile
Iran’s test this weekend of a new surface-to-surface ballistic missile “likely” violated a U.N. resolution, an administration official told CNN on Monday.
Based on information the administration has so far, the test appears to be in violation of U.N. Security Council Resolution 1929, which stipulates that Iran cannot engage in any activities related to ballistic missiles.
The administration official emphasized, however, that the test is not in violation of the nuclear agreement reached in July between Iran, the U.S. and five other world powers because that accord is focused on restricting Iran’s path to a nuclear weapon.
A newer U.N. Security Council resolution, number 2231, implementing the deal and banning Iran from engaging in activities related to ballistic missiles designed to carry nuclear warheads is not yet in effect.
Over the weekend, state-run media reported that Iran successfully test-fired a new precision-guided, long-range missile.
The Emad (Pillar) surface-to-surface missile, designed and built by Iranian experts, is the country’s first long-range missile that can be precision-guided until it reaches its target, said Brig. Gen. Hossein Dehqan, Iran’s defense minister.
The Emad would be Tehran’s first precision-guided missile with the range to reach its enemy, Israel.
Israel is bitterly opposed to Iran’s nuclear program, and observers have speculated that it could be prepared to launch pre-emptive strikes on Iranian nuclear sites in an effort to derail their progress.
Dehqan said after the launch that the Emad would greatly increase Iran’s strategic deterrence capability, state media reported.
“To follow our defense programs, we don’t ask permission from anyone,” he said, according to state-run news agency IRNA.
CNN’s Tim Hume contributed to this report.