loader
  • Home
  • CPSE
  • Akash-NG clears user trials, moves closer to induction into air defence network

DRDO's Akash-NG

Akash-NG clears user trials, moves closer to induction into air defence network

The successful outcomes demonstrated the system’s capability to counter multiple types of aerial threats

Akash-NG clears user trials, moves closer to induction into air defence network

New Delhi: The Defence Research and Development Organisation has successfully completed User Evaluation Trials of the Next Generation Akash missile system, marking a key step towards its induction into the Indian armed forces.

During the trials, Akash-NG missiles intercepted aerial targets across a range of operational scenarios, including near-boundary, low-altitude engagements as well as long-range, high-altitude interceptions. The successful outcomes demonstrated the system’s capability to counter multiple types of aerial threats.

Akash-NG is equipped with an indigenous radio frequency seeker and powered by a solid rocket motor. The system has been developed as an advanced air defence solution with improved accuracy and response time. All major components, including the Multi Function Radar, Command and Control Unit and Missile Launch Vehicle, have been designed by DRDO laboratories in collaboration with Indian industry partners.

The trials were witnessed by senior scientists from DRDO and user representatives from the Indian Air Force, which is the primary service for the system’s deployment.

Raksha Mantri Rajnath Singh has complimented DRDO, Indian Air Force and Industry on successful completion of User Evaluation Trials of Akash-NG and said that the state-of-the-art missile system will further strengthen air defence capabilities of the IAF.

Secretary, Department of Defence Research and Development and Chairman DRDO has congratulated all teams involved in the trials and stated that the successful completion of the User Evaluation Trials has paved the way for induction of Akash-NG into the Indian armed forces.

BI Bureau