Mission Sudarshan Chakra: Pralay, LR-ASHM, Astra to Power India's Air Defence by 2026
Pralay, LR-ASHM, Astra to Boost India's Air Defence by 2026

Mission Sudarshan Chakra: India's Air Defence to Get Major Boost with Pralay, LR-ASHM, and Astra Missiles by 2026

In a strategic move to fortify its aerial security, India is set to launch Mission Sudarshan Chakra, an ambitious initiative aimed at deploying advanced missile systems by the year 2026. This exclusive development underscores the nation's commitment to enhancing its defence infrastructure in response to evolving global threats.

Key Missile Systems in the Mission

The mission will integrate three cutting-edge missile systems into India's air defence network:

  • Pralay Missile: A surface-to-surface tactical ballistic missile designed for precision strikes, capable of neutralizing enemy targets at medium ranges with high accuracy.
  • LR-ASHM (Long-Range Anti-Ship Missile): This missile system is tailored for maritime defence, offering extended reach to counter naval threats and secure India's coastal boundaries.
  • Astra Missile: An air-to-air missile that provides superior aerial combat capabilities, enabling Indian fighter jets to engage and destroy hostile aircraft effectively.

Strategic Implications and Timeline

By targeting a full deployment by 2026, Mission Sudarshan Chakra aims to create a multi-layered air defence shield. This initiative is expected to significantly bolster India's deterrence posture, ensuring readiness against potential aerial incursions and enhancing national security. The integration of these missiles will provide a comprehensive defence mechanism, covering land, sea, and air domains.

Experts highlight that this move aligns with India's broader defence modernization efforts, focusing on indigenous technology and self-reliance in critical military sectors. The successful implementation of Mission Sudarshan Chakra could position India as a formidable force in regional defence dynamics, contributing to stability and peace in the area.