Most of debris from Mission Shakti decayed, rest will vanish soon: DRDO chief
The DRDO chief said the continuous information received is being monitored and 'I don't think there are any issues'.
New Delhi: Most of the debris generated from from the anti-satellite test India conducted in March has decayed and rest of it will dissipate in a "short period of time", Defence Research and Development Organisation's Chairman G Satheesh Reddy said on Friday.
He said this in response to a question after delivering a talk on 'Technology for National Security' at the Institute for Defence Studies and Analyses (IDSA), a city-based think tank.
"As I had mentioned on April 6, the debris were to decay in a few weeks time. As per the information that we have already got, most of the debris have decayed. And, whatever, couple of pieces are there, they will be decaying in a short period of time," Reddy said.
The DRDO chief said the continuous information received is being monitored and "I don't think there are any issues".
"It is extremely difficult to predict as to how many days it would take... But, as I had said that day, that they would decay in a few weeks, and majority of them have decayed," he added.
On April 6 at a press conference at DRDO Bhawan, Reddy had said India chose a much lower orbit of less than 300 km during 'Mission Shakti' for "capability demonstration" and to avoid threat of debris to global space assets.
His remark had come days after the National Aeronautics and Space Administration raised concerns about the spread of debris from India's anti-satellite test conducted on March 27.
India's Ministry of External Affairs, too, has said the test was done in the lower atmosphere to ensure that there is no space debris.
On another question on leakage of defence know how-related data, he said, "We haven't seen cases as such, but we are careful".
"There are no serious issues as such, but of late, because of the apprehensions of cyber attacks and cyber-related issues, we are sensitising people in the industry and also in our own laboratories on it," he said.