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Iran successfully launches domestically-built Chamran 1 research satellite into orbit

US Rep. Ilhan Omar (D-MN) (L) talks with Speaker of the House Nancy Pelosi (D-CA) during a rally with fellow Democrats before voting on H.R. 1, or the People Act, on the East Steps of the US Capitol on March 08, 2019 in Washington, DC. (AFP photo)
The satellite was launched onboard a homegrown Qaem-100 space launch vehicle (SLV).

Iran has successfully sent into orbit the domestically-developed Chamran 1 research satellite, registering another impressive stride in the country’s space program.

In the early hours of Saturday, the satellite was put into orbit at an altitude of 550 kilometers (341 miles) above the Earth’s surface onboard a homegrown Qaem-100 space launch vehicle (SLV).

Qaem-100 is a three-stage SLV with solid fuel developed by the Aerospace Force of Iran’s Islamic Revolution Guards Corps (IRGC).

Several hours into the launch, the Iranian research satellite sent its first signals.

Chamran-1 satellite has been designed and manufactured by Iranian technicians at the space division of Iran Electronics Industries (SAIran), a state-owned subsidiary of Iran’s Ministry of Defense, in conjunction with experts at the Aerospace Research Institute (ARI) and private knowledge-based firms.

Weighing approximately 60 kilograms, the primary mission of the Iranian research satellite is to test hardware and software systems for orbital maneuver technology validation.

The satellite also has secondary tasks, including assessing the performance of cold gas propulsion subsystems in space systems, and performance evaluation of navigation and attitude control subsystems.

Despite sanctions imposed by Western countries in recent years, Iran has taken giant strides in the civilian space program.

The country is among the world’s top 10 nations capable of developing and launching satellites.

Earlier this year, Iran successfully sent the homegrown Mahda research satellite, along with two research cargoes, to space onboard the domestically developed Simorgh (Phoenix) satellite launch vehicle (SLV).

Mahda weighs 32 kilograms and its primary task is to test the satellite-related subsystems, verify the function of Simorgh SLV in dispensing space cargoes, and evaluate the performance of new designs and the reliability of indigenous technologies in space.

Earlier, the Aerospace Force of Iran’s Islamic Revolution Guards Corps (IRGC) successfully put the Soraya satellite into an orbit 750 kilometers above Earth in 11 minutes.

The research satellite, manufactured by the ISA, was launched with a Qaem-100 space launch vehicle (SLV).


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