Missile Test

A view of indigenously-designed and developed long-range subsonic cruise missile Nirbhay sub-sonic cruise missile of DRDO, successfully flight tested from the Integrated Test Range, Chandipur, Odisha Nov. 7, 2017. (IANS/PIB photo)

CHANDIPUR — India Nov. 7 successfully test-fired its indigenous subsonic cruise missile Nirbhay, which failed its last test in December 2015, an official statement said.

In a major achievement, the first indigenously-designed and developed long range sub-sonic cruise missile, which can be deployed from multiple platforms, was successfully test fired from the Integrated Test Range here in Odisha.

The test took place after the error that led to the failure of its fourth trial in December last year, were rectified, said the statement.

The missile has the capability to loiter and cruise at 0.7 Mach, at altitudes as low as 100 meters. The flight test achieved all the mission objectives completely from lift-off until the final splash, boosting the confidence of all scientists associated with the trial, it added. 

The missile took-off in the programmed manner and all critical operations, including launch phase, booster deployment, engine start, wing deployment and other operational parameters, were demonstrated through autonomous way point navigation.

The guidance, control and navigation system of the missile is configured around the indigenously designed ring laser gyroscope and MEMS-based inertial navigation system along with the  GPS system.

"The missile majestically cruised for a total time duration of 50 minutes, achieving the range of 647 km. The missile was tracked with the help of ground based radars and other parameters were monitored by indigenous telemetry stations developed by DRDO," the statement said.

Defense Minister Nirmala Sitharaman hailed the success of Defense Research and Development Organization scientists and complimented them for this inspired achievement. She was optimistic that this successful trial would bring India into the select league of nations possessing this complex technology and sub-sonic cruise missile capability.

DRDO Chairman S. Christopher and Director General, Aero, C.P. Ramanarayanan, along with other senior DRDO scientists and user representatives from the Army witnessed the momentous launch and congratulated the Nirbhay team for making DRDO proud for the long awaited achievement.

Nirbhay's December 2016 trial was aborted half-way as the missile changed its targeted course. It had to be destroyed within minutes of taking off amid a threat that the missile could hit land.

The 750-1,000 km-long range missile's first test March 12, 2013, failed as it fell after 20 minutes of flight. The second test Oct. 17, 2014, was, however, successful.

The third test on Oct. 16, 2015, saw the missile nose-dive into the Bay of Bengal after covering 128 km.

With the capability to strike deep into enemy territory, Nirbhay has been designed and developed by the DRDO at its aeronautics research and development laboratory, the Aeronautical Development Establishment, based in Bengaluru.

The cruise missile is powered by a solid rocket motor booster developed by the Advanced Systems Laboratory and is guided by a highly advanced inertial navigation system indigenously developed by Research Center Imarat.

Nirbhay is able to select a single target among multiple targets and attack it, and can go around a target and re-engage it. It can fly at different altitudes ranging from 500 meters to 4 km above ground and can fly at tree level to avoid detection by radar.

(0) comments

Welcome to the discussion.

Keep it Clean. Please avoid obscene, vulgar, lewd, racist or sexually-oriented language.
Don't Threaten. Threats of harming another person will not be tolerated.
Be Truthful. Don't knowingly lie about anyone or anything.
Be Nice. No racism, sexism or any sort of -ism that is degrading to another person.
Be Proactive. Use the 'Report' link on each comment to let us know of abusive posts.
Share with Us. We'd love to hear eyewitness accounts, the history behind an article.