The Indian Air Force and Hindustan Aeronautics Limited (HAL) have developed a new configuration for the Su-30MKI fighter, allowing it to carry up to four Rudram-3 long-range anti-radiation missiles simultaneously. This was reported by IDRW, citing sources in the defense department.
Within the organization, this modification is called the "heavy strike mode." According to sources, two missiles are placed under each wing on reinforced heavy-duty pylons. Thanks to its payload capacity and powerful hardpoints, the Su-30MKI has become an ideal carrier for the Rudram-3.
The rearmament of just one squadron in this configuration allows for the launch of over 60 long-range high-speed missiles in the first phase of a conflict. The goal is to quickly overwhelm and suppress multi-layered enemy air defense networks, including radars, command posts, mobile detection stations, and surface-to-air missile launchers. Strikes are planned to be carried out from ranges unreachable by retaliatory air defense systems.
This approach marks a shift in the operational doctrine of the Indian Air Force: from tactical single sorties against individual radars to massive waves of air defense suppression in the initial phase of a conflict. According to IDRW, the Rudram-3 program has moved out of the experimental design testing phase and into user optimization cycles linked to real combat application. Serial production of the missiles is estimated to begin in 2026–2027 at Bharat Dynamics Limited facilities under the DcPP (Development-cum-Production Partner) model. The first to receive the new weaponry will be the frontline regiments on the Su-30MKI, which remain the backbone of the Indian Air Force's strike power. In the future, the integration of Rudram-3 on Tejas Mk2 fighters is also being considered.
