India tests locally developed anti-satellite missile

28 March 2019 (Last Updated March 28th, 2019 10:08)

India has demonstrated the capability to launch an anti-satellite missile to destroy low-Earth orbit (LEO) satellites through a test conducted from the Dr AP J Abdul Kalam Island in the state of Odisha.

India has demonstrated the capability to launch an anti-satellite missile to destroy low-Earth orbit (LEO) satellites through a test conducted from the Dr AP J Abdul Kalam Island in the state of Odisha.

The ‘Mission Shakti’ test involved a ballistic missile defence (BMD) interceptor missile that was developed by the Defence Research and Development Organisation (DRDO).

During the test, the missile engaged an Indian orbiting target satellite in LEO in ‘hit to kill’ mode.

The BMD interceptor missile system involved a three-stage missile and two solid rocket boosters.

Based on data from range sensors, the DRDO has confirmed that all mission objectives were fulfilled as expected.

With the completion of the anti-satellite missile test, India joins the US, Russia and China, which are the other countries capable of using an anti-satellite weapon.

“Based on data from range sensors, the DRDO has confirmed that all mission objectives were fulfilled as expected.”

According to the Indian Ministry of Defence, the test will enable the country to gain capabilities to safeguard its assets in space against foreign attacks.

In a release, the ministry said: “The test has demonstrated the nation’s capability to defend its assets in outer space. It is a vindication of the strength and robust nature of DRDO’s programmes.”

Celebrating the achievement, India Prime Minister Narendra Modi said: “Our scientists shot down a live satellite 300km away in space, in low-Earth orbit. They achieved it in just three minutes.”

To address fears over possible debris in space as a result of the test, Indian External Affairs Ministry said in a statement: “Whatever debris that is generated will decay and fall back onto the Earth within weeks.”