Shaurya Missile
India's hypersonic surface-to-surface tactical ballistic missile, unique in its hybrid characteristics between a ballistic missile and a cruise missile. Shaurya features a two-stage solid-fuel propulsion system achieving hypersonic speeds (Mach 5-7), canister launch from road-mobile or silo-based platforms, and a range of 700-1,900 km depending on payload. Unlike traditional ballistic missiles that follow a predictable parabolic trajectory, Shaurya can execute manoeuvres during flight including course corrections and terminal phase evasion, making interception significantly more difficult. The missile is believed to be a land-based variant of the K-15 Sagarika submarine-launched ballistic missile, sharing propulsion and guidance technology. Can carry conventional or nuclear warheads. The combination of hypersonic speed, manoeuvring capability, and canister launch makes Shaurya a highly survivable and responsive strategic/operational strike system. Operated by the Strategic Forces Command.
- Hypersonic speed makes interception by current missile defense systems extremely difficult
- Canister launch enables rapid response from dispersed mobile positions
- Land-based variant of K-15 submarine missile — dual-use technology
- Strategic deterrent against time-sensitive hardened targets
- Accuracy at hypersonic speeds not independently verified
- Small warhead limits damage against hardened buried targets
- Limited numbers in operational service
- Guidance accuracy under high dynamic pressure at Mach 7+ is a significant challenge
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Network integration allows this platform to function as a sensor node as much as a strike platform.