India has successfully conducted flight-tests of the RudraM-II air-to-surface missile, jointly by the Defence Research and Development Organisation (DRDO) and Indian Air Force.
The missile was test-fired from an airborne platform under extreme release conditions, with trials aimed at validating all critical subsystems and flight parameters. This marks a significant milestone in enhancing India’s precision strike capabilities and advancing self-reliance (Aatmanirbharta) in defence technology.
RudraM-II Missile
- Part of the RudraM series of indigenous air-to-surface anti-radiation missiles
- Designed to enhance Suppression of Enemy Air Defence (SEAD) capability of the IAF
Anti-Radiation Missile (ARM)
Targets:
- Enemy radar systems
- Communication systems
- Other radio-frequency emitters in air defence networks
Purpose (SEAD Operations)
- Used during the initial phase of air conflicts
- Neutralises enemy air defence systems from stand-off ranges
- Improves survivability of friendly aircraft during follow-on missions
Development
- Developed indigenously by Defence Research and Development Organisation (DRDO)
- Nodal lab: Research Centre Imarat, a DRDO Lab located in Hyderabad
- Collaboration with multiple DRDO laboratories
Significance
- Enhances precision strike capability of the IAF
- Strengthens SEAD operations against advanced air defence systems
- Boosts indigenous defence manufacturing and technological capability
- Reflects growing maturity in advanced missile systems development
RudraM Series
- RudraM-I:
- Range: 100 km+
- Role: Anti-radiation
- RudraM-II:
- Range: ~330 km
- Role: Ground attack + anti-radiation
- RudraM-III:
- Range: ~550 km
- Role: Ground attack + anti-radiation
- RudraM-IV (LRSOW):
- Long-Range Stand-Off Weapon (under development)