DRDO Completes User Evaluation Trials of Akash-NG Missile System, Strengthening India’s Air Defence Shield
- MGMMTeam
- 3 hours ago
- 3 min read
India’s defence preparedness received a significant boost as the Defence Research and Development Organisation (DRDO) successfully completed the User Evaluation Trials (UETs) of the Akash Next Generation (Akash-NG) surface-to-air missile system. The trials mark a crucial step toward the system’s induction into active service, reinforcing India’s layered air defence architecture at a time of evolving regional and global security challenges.
Conducted with the active participation of the Indian Air Force (IAF), the trials validated the missile system’s operational readiness under realistic combat conditions. With this achievement, Akash-NG moves closer to becoming a frontline defence asset capable of countering a wide range of aerial threats.
Successful Trials Demonstrate Combat Readiness
During the evaluation phase, Akash-NG missiles successfully intercepted aerial targets across varying ranges, speeds, and altitudes. The system demonstrated its ability to engage both low-altitude threats near ground level and high-altitude targets at extended distances, showcasing its versatility and precision.
Senior officials from DRDO and the Indian Air Force observed the trials, confirming that the missile system met all parameters laid down under the Provisional Staff Qualitative Requirements (PSQR). The success of these trials indicates that Akash-NG is ready for operational deployment after completion of final induction formalities.
Advanced Technology and Indigenous Innovation
Akash-NG represents a substantial technological leap over earlier versions of the Akash missile system. One of its defining features is the indigenously developed Radio Frequency (RF) seeker, which significantly enhances accuracy during the terminal phase of interception. This seeker enables the missile to independently track and neutralize targets with high precision, even in electronically contested environments.
The missile is powered by a dual-pulse solid rocket motor, allowing better energy management, higher maneuverability, and improved engagement capability against agile targets. Complementing the missile are fully indigenous subsystems, including the Multi-Function Radar, command and control units, and mobile launch platforms, all developed by DRDO laboratories in close collaboration with Indian defence industries.
Enhanced Capabilities Over Previous Akash Variants
Compared to the original Akash missile system, Akash-NG offers a substantially longer engagement range, improved reaction time, and greater resistance to electronic countermeasures. With an interception range extending up to approximately 70–80 kilometres, the system provides deeper aerial coverage and greater flexibility for air defence commanders.
The system is designed for rapid deployment and high mobility, enabling transportation by road, rail, or air. Its ability to track and engage multiple targets simultaneously makes it particularly effective against saturation attacks involving aircraft, drones, and cruise missiles.
Strategic Importance for National Security
The successful completion of user trials underscores India’s growing self-reliance in advanced defence technologies under the Atmanirbhar Bharat initiative. Akash-NG is expected to play a vital role in protecting critical infrastructure, military bases, and population centres from aerial threats.
Defence Minister Rajnath Singh congratulated DRDO scientists, the Indian Air Force, and industry partners, stating that the system would significantly strengthen India’s air defence capabilities. The development also highlights India’s increasing ability to design, test, and produce complex weapon systems without dependence on foreign suppliers.
Impact on Defence Industry and Future Induction
The progress of the Akash-NG programme has also had a positive impact on India’s defence manufacturing ecosystem. Public sector and private industry partners involved in production, including Bharat Dynamics Limited, are expected to play a key role in scaling up manufacturing once the system enters service.
With user evaluation trials completed successfully, the Akash-NG missile system is now poised for formal induction into the Indian Armed Forces, following final approvals and operational integration. Its deployment will significantly enhance India’s multi-layered air defence network in the years ahead.
The MGMM Outlook
India’s successful completion of User Evaluation Trials of the Akash Next Generation (Akash-NG) missile system marks a decisive strengthening of the country’s air defence preparedness. Conducted with the Indian Air Force under near-operational conditions, the trials confirmed the system’s ability to intercept diverse aerial threats across ranges, speeds, and altitudes. This achievement demonstrates that Akash-NG is not merely an incremental upgrade but a mature, combat-ready system aligned with India’s evolving security environment, where rapid response and layered air defence have become critical.
Equally significant is the depth of indigenous innovation embedded in Akash-NG. The integration of an Indian-developed RF seeker, a dual-pulse solid rocket motor, and fully homegrown radar, command, and launch systems highlights the growing sophistication of India’s defence ecosystem. With extended range, improved resistance to electronic warfare, and high mobility, Akash-NG is positioned to protect vital assets against modern threats such as drones, aircraft, and cruise missiles. Its progress reflects a broader shift toward strategic self-reliance, reinforcing national security while strengthening domestic defence manufacturing capabilities.
(Sources: India Today, The Economic Times, The Indian Express)