SOURCE: RAUNAK KUNDE / NEWS BEAT / IDRW.ORG
India’s Defence Research and Development Organisation (DRDO) marked a significant milestone in its quest for self-reliance in defense technology with the STAR (Supersonic TARget) Missile entering Phase-III development. This phase focuses on full-system integration and advanced validation trials, a critical step towards operational deployment.
The STAR Missile, designed to simulate supersonic threats across air, land, and naval domains, is undergoing extensive flight testing to evaluate its accuracy, reliability, and overall performance. Engineers are integrating key subsystems—propulsion, guidance, and control—into a full-scale prototype, subjecting it to simulated combat conditions. With a speed exceeding Mach 2.5, the missile can mimic modern anti-ship cruise and standoff weapons, performing sharp maneuvers and rapid altitude changes. This capability forces defense operators to hone their skills using advanced tracking and engagement systems, preparing them for high-stakes combat scenarios.
Unlike the BrahMos missile, which relies on shared technology for its ramjet propulsion, the STAR Missile is a fully indigenous solution aimed at reducing India’s reliance on costly imports. Its modular design allows for rapid reconfiguration to meet diverse mission profiles and terrain requirements, making it a versatile tool for the Indian armed forces. Once completed, the missile will enable live interception drills with fast, maneuverable targets, enhancing training and response strategies against aerial threats.
DRDO’s progress with the STAR Missile underscores its growing prowess as a missile powerhouse. The organization has mastered critical technologies, from ring-laser gyros to composite rocket motors, ensuring that global technology control regimes can no longer hinder India’s ambitions. The STAR Missile not only promises to be a cost-effective alternative to existing systems like BrahMos but also holds potential for broader applications, including strike simulation roles across the tri-services.
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