India’s Rudram-2 hypersonic anti-radiation missile marks a decisive leap in
aerial warfare, giving the Indian Air Force the ability to neutralise enemy
radar networks at standoff ranges with Mach 5.5 speed and pinpoint precision.
Its successful test under extreme release conditions validates India’s
indigenous missile ecosystem and strengthens the nation’s self-reliance in
advanced defence technologies.
The Defence Research and Development Organisation (DRDO), in collaboration
with the Indian Air Force (IAF), recently conducted a successful flight test
of the Rudram-2 missile from a Su-30MKI fighter aircraft.
The trials were carried out under extreme release conditions, deliberately
chosen to validate the missile’s resilience and subsystem integrity. According
to the Ministry of Defence, all mission objectives were achieved, with the
missile striking its designated target with pinpoint accuracy.
Defence Minister Rajnath Singh hailed the achievement as a major boost to the
Atmanirbharta initiative, underscoring India’s growing maturity in indigenous
defence technologies.
The Rudram-2 is an advanced hypersonic air-to-surface missile designed to
neutralise hostile radar and communication systems. Developed primarily at the
Research Centre Imarat (RCI), Hyderabad, with contributions from DRDL, HEMRL,
ARDE, and ITR, the missile represents a collaborative effort across India’s
defence ecosystem.
Agencies such as Hindustan Aeronautics Limited (HAL), the Regional Centre for
Military Airworthiness (RCMA), and the Missile System Quality Assurance Agency
also played key roles in its development.
Operating at hypersonic speeds of Mach 5.5, the Rudram-2 drastically reduces
the reaction time available to enemy air defence networks. It has a formidable
strike radius of 300–350 kilometres, enabling the IAF to engage targets deep
inside adversary territory without exposing its aircraft to direct threats.
The missile carries a 200-kilogram pre-fragmented warhead, capable of
destroying hardened targets such as bunkers, airbases, and fortified hangars.
Its propulsion system is based on a solid-propellant dual-pulsed rocket motor,
ensuring sustained thrust across varying atmospheric conditions.
A defining feature of Rudram-2 is its hybrid guidance mechanism. It combines a
Passive Homing Head (PHH) with an Imaging Infrared (IIR) seeker, allowing the
missile to lock onto target emissions and continue tracking even if enemy
operators attempt to evade detection by shutting down their radars mid-flight.
This resilience makes it particularly effective for Suppression of Enemy Air
Defences (SEAD) operations. By firing the missile from a Sukhoi-30MKI at
standoff ranges, the IAF can blind enemy radar nets before pushing deep into
contested airspace, thereby enhancing the survivability of strike packages.
The successful validation of Rudram-2 under extreme release conditions
demonstrates the robustness of its design and the maturity of India’s
indigenous missile technology. Data captured by electro-optical sensors, radar
tracking networks, and telemetry stations at the Integrated Test Range (ITR),
Chandipur, confirmed the missile’s precision and subsystem performance.
DRDO Chairman Dr Samir V Kamat emphasised that such achievements strengthen
India’s strategic strike capabilities and contribute significantly to the
nation’s self-reliant defence ecosystem.
When compared to its predecessor, Rudram-1, the Rudram-2 represents a giant
leap in capability. Rudram-1 operated at supersonic speeds of Mach 2 with a
range of up to 200 kilometres and carried a 55–60 kilogram warhead.
| Feature | Rudram 1 (NGARM) | Rudram 2 |
|---|---|---|
| Operational Speed | Mach 2 (Supersonic) | Mach 5.5 (Hypersonic) |
| Maximum Range | Up to 200 kilometres | 300 to 350 kilometres |
| Warhead Capacity | 55–60 kilograms | Approx. 200 kilograms |
| Seeker Technology | Passive Homing Head (PHH) | PHH combined with Imaging Infrared (IIR) |
In contrast, Rudram-2 achieves hypersonic speeds of Mach 5.5, extends the
range to 300–350 kilometres, and carries a warhead of approximately 200
kilograms. The seeker technology has also advanced from a simple Passive
Homing Head to a dual system combining PHH with IIR, ensuring greater accuracy
and resilience against countermeasures.
The Rudram series is set to expand further, with DRDO already working on
Rudram-3, which will have a range of 550 kilometres. These advancements ensure
that India continues to strengthen its aerial supremacy, replacing costly
foreign imports with indigenous firepower that can decisively neutralise enemy
air defence systems.
The Rudram-2 missile thus stands as a game-changer in modern aerial warfare,
providing the Indian Air Force with a surgical tool to dismantle adversary
radar networks and secure dominance in contested skies.
Agencies
