The Defence Research and Development Organisation and the Indian Air Force have carried out successful flight tests of the RudraM-II air-to-surface missile recently, an airborne platform at the Integrated Test Range in Chandipur. The missile followed its intended path under demanding release conditions and struck a predefined target with accuracy. All test objectives were met during the series of flights.
RudraM-II is an indigenously developed anti-radiation missile meant for suppression of enemy air defence systems. It is designed to detect and engage hostile radars and associated command nodes from a stand-off distance. This capability allows fighter aircraft to neutralise ground-based air defence threats while remaining outside the effective range of many surface-to-air systems. The successful tests confirm the performance of its guidance and control systems along with the overall structural integrity of the weapon under operational stress.
Defence Minister Rajnath Singh congratulated the DRDO, the Indian Air Force, defence public sector units, development partners and industry teams involved in the programme. He noted that the tests reflect the increasing maturity of India’s indigenous defence technologies and represent steady progress toward greater self-reliance in advanced weapon systems.
The RudraM-II builds on earlier work in the RudraM series and adds to the range of precision strike options available to the Indian Air Force. Anti-radiation missiles form an important part of modern air campaigns because they directly target the sensors that guide enemy air defences. Successful integration and proven performance in flight trials bring the weapon closer to operational readiness.
India has been steadily expanding its portfolio of air-launched precision weapons as part of efforts to strengthen both defensive and offensive air capabilities. The latest tests add to recent progress in drone-launched munitions and other stand-off weapons. Further development and user evaluation will determine how quickly the RudraM-II enters squadron service and how it integrates with current and future combat aircraft fleets.
The outcome of these trials will be studied closely by defence planners as they assess the balance between imported systems and growing domestic options for air defence suppression roles.