US response to launching satellite missile in Iran
The US State Department, in response to the successful test launch of a satellite carrier in Iran, acknowledged our country’s missile capability as alarming.
A State Department spokesman responded after Iran successfully launched a satellite-carrying missile, saying the test could boost Iran’s missile capability as the two countries move to return to diplomacy.
He continued: “The United States is still concerned about Iran’s efforts to develop space launch devices because these equipments have the ability to advance Iran’s ballistic missile program.”
Hosseini, spokesman for the Ministry of Defense’s space group, said that with the efforts of the Ministry of Defense’s space industry scientists and the support of the Armed Forces for the first time in space, the first research launch of the Zul-Jannah supersonic satellite aims to test orbit with the most powerful solid fuel engine technology Took.
Engineer Hosseini stated: “One of the most important achievements of this space experiment is the achievement of the most powerful solid fuel engine in the country with a thrust of more than 750 tons and the validation of other new technologies used in this product.”
He added: “After research tests and technology stabilization, this satellite will be ready to put operational satellites in orbit, and its main features are reducing costs and increasing the speed of achieving goals, and due to the ability to launch from a mobile platform,” It is possible to place the satellite in the orbit of the Sun, which brings special capabilities to the sensing satellite.
He added: “With this launch, we achieved the most powerful solid fuel engine in space; The first and second phases of this satellite are on solid fuel and the third phase is on liquid fuel.
A spokesman for the Ministry of Defense’s space group said that solid fuel is mainly used in the early stages of satellite flight because it gives us a lot of energy in a short period of time. A lot of work was done jihadistically. Our goal was to validate the solid fuel engine launch and evaluate its performance. In stage one, the satellite operates on Zol-Jannah for about 70 seconds and takes us to an altitude of 15 km, at which the booster detaches.
Hosseini said: “Researchers left a research payload on this satellite and tested part of the subsystems at this stage and measured the amount of vibrations, temperature, etc.”
He said: “The mission defined for Zol-Jannah satellite is to place a satellite with a maximum of 220 kg at an altitude of 500 km and a circular orbit that has a capability close to Simorgh.” Our goal was not to reach the orbit and the launch was aimed at the submarine. As far as we were concerned, the flight took place. We can both launch a 220 kg satellite and launch a set of satellites with a total weight of 220 kg.
A spokesman for the Ministry of Defense’s space group also said about the satellite’s engine: “This engine is even more powerful than solid military engines.” The diameter of the first stage is 1.5 meters, we have taken 75 tons of it, which can be upgraded to 100 tons, which is the first time in solid fuel engines.
Explaining why liquid fuel is used in the final stage of Zol-Jannah satellite, Hosseini said: “In the upper stages, we need high burning times, in Zol-Jannah we fly 300 seconds or more, controllability and accuracy of injecting satellites into orbit using fuel The fluid becomes more.
He said about the family of Iranian satellites: “The satellite on Simorgh is a middle product and in the future we will reach the satellite that puts a ton of cargo at an altitude of 1000 km, with Soroush we can place about 15 tons of cargo at an altitude of 200 km Give; We are going to put a song on Soroush satellite in Earth orbit with the satellite. When we reach the bed, Simorgh will be practically obsolete and we will use Zul-Jannah for lighter shipments.
A spokesman for the Ministry of Defense’s space group continued: “One of the characteristics of Zul-Jannah is that it does not need a fixed launch base and can be launched in a mobile manner.” Today, the discussion of systematization using light satellites is very common. Systematization in space requires that we be able to launch from different angles of orbit, which is possible with Zol-Jannah.