On 27 March 2019, an Indian satellite became the target of an Indian missile. The Defence Research and Development Organisation reported that an interceptor launched from APJ Abdul Kalam Island off Odisha had struck the spacecraft in low Earth orbit. Mission Shakti had demonstrated a capability that a laboratory announcement could not: the ability to hit a satellite in flight. [1]
The physical event was independently recorded. NASA’s Orbital Debris Program Office identified the destroyed spacecraft as Microsat-R and described the test as a ground-launched, direct-ascent anti-satellite interception. Its account placed the satellite in an orbit approximately 265 to 294 kilometres above Earth at the time of the breakup. [3]
A missile programme reaches orbit
The defence ministry credited DRDO and its ballistic missile defence interceptor. The foreign ministry’s explanation likewise situated the technology within an ongoing missile-defence programme. This was an institutional engineering achievement carried through to a demonstration under the Modi government, rather than a capability that sprang into existence on the day it was announced. [1] [2]
The government presented the test as a way to safeguard India’s growing space assets and strengthen deterrence. Its public explanation said the test was not directed at a particular country. Those statements establish the government’s declared purpose. They do not establish that every Indian satellite subsequently became invulnerable, or that a single interception demonstrated performance against every possible target and orbit. [2]
The fragments remained part of the story
India’s initial explanation said the low-altitude test would allow the resulting debris to return to Earth within weeks. NASA’s later record provides a more complicated timeline. [2] [3]
In its August 2019 newsletter, NASA reported that sensors had initially tracked more than 400 fragments. Of 101 fragments entered in the public satellite catalogue, 49 remained in orbit on 15 July—more than three months after the test. The report also noted that rapid decay at low altitude complicated cataloguing. The initial tracked count and the catalogued count therefore describe different stages of observation. [3]
These figures describe the debris situation in 2019; they are not a claim that those fragments remain aloft today. They do show why the original assurance cannot stand as the complete account of what happened.
The interception and its aftermath occupy the same technical record. DRDO demonstrated that India could destroy a satellite in low orbit. The spacecraft’s destruction then created another task: tracking the fragments until they fell out of it.