December 14, 2025 4:37 pm

Indigenous Shield for Delhi Air Defence

CURRENT AFFAIRS: Integrated Air Defence Weapon System, Delhi NCR, QRSAM, VSHORADS, Atmanirbhar Bharat, air defence network, hostile aerial threats, command and control grid, DRDO systems, IAF operations

Indigenous Shield for Delhi Air Defence

Strengthening National Air Defence

Indigenous Shield for Delhi Air Defence: India is preparing to deploy an indigenous Integrated Air Defence Weapon System (IADWS) to protect Delhi NCR from hostile aerial threats. The system is designed to counter missiles, drones, and fast-moving aircraft, reflecting a growing focus on strengthening internal airspace security. This move aligns with the broader national vision of self-reliant defence capability.

Multilayered Architecture

The indigenous IADWS integrates multiple layers of defence. A major component is the Quick Reaction Surface-to-Air Missile (QRSAM), known for its high mobility and quick interception capability. This helps in neutralising medium-range threats swiftly in crowded urban airspace.

Static GK fact: The QRSAM is developed by DRDO and has a range of about 25–30 km.

India will also deploy VSHORADS, a system engineered to counter low-flying drones, helicopters, and slow-moving aircraft. This ensures coverage at very short ranges where larger missile systems are less effective. Together, these layers create a seamless defence umbrella around the capital.

Integrated Command and Control

A critical pillar of the IADWS is its advanced command-and-control grid, linking sensors, launchers, and radar units. The idea is to create a single operational picture for quick decisions during high-speed engagements.

Static GK Tip: India’s primary military radar development agency is the Defence Electronics Research Laboratory (DLRL), part of DRDO.
This network-centric approach ensures quicker detection, coordinated responses, and minimal reaction time during emergencies.

Strategic Lessons from Operation Sindoor

The urgency for this indigenous deployment intensified after Operation Sindoor (May 2025), when Pakistan reportedly attempted to target Indian assets. The incident highlighted vulnerabilities in strategic zones, prompting accelerated security measures for the capital. The indigenous system therefore serves both operational and symbolic functions by demonstrating India’s readiness and technological advancement.

Shift from the NASAMS-II Plan

India’s move marks a shift from earlier plans to procure NASAMS-II, a US-built defence system used to secure Washington D.C. Negotiations for the system were paused after the high acquisition cost. The pivot toward a domestic solution supports cost efficiency, long-term autonomy, and Atmanirbhar Bharat goals.

Static GK fact: NASAMS-II is jointly developed by Raytheon of the US and Kongsberg of Norway.

Boost to Defence Manufacturing

The deployment will be handled by the Indian Air Force, while DRDO and associated production agencies will manage integration. This strengthens India’s defence manufacturing ecosystem and promotes indigenous innovation. It also positions India to reduce import dependency in critical security sectors.

Static Usthadian Current Affairs Table

Indigenous Shield for Delhi Air Defence:

Topic Detail
Purpose of IADWS Protect Delhi NCR from missiles, drones, and hostile aircraft
Key Components QRSAM, VSHORADS, command-and-control network
Trigger Event Operation Sindoor (May 2025) security concerns
Policy Shift From NASAMS-II procurement to indigenous system
Operating Agency Indian Air Force
Technology Developer DRDO and partner production agencies
Range Focus Short and very-short-range threat interception
Strategic Benefit Enhances self-reliance in advanced air defence
Supporting Vision Atmanirbhar Bharat initiative
Key Capability Multilayered aerial threat neutralisation
Indigenous Shield for Delhi Air Defence
  1. India is deploying an indigenous Integrated Air Defence Weapon System (IADWS) to protect Delhi NCR.
  2. The system counters missiles, drones, and fast-moving aircraft.
  3. The initiative aligns with India’s Atmanirbhar Bharat defence goals.
  4. The system integrates QRSAM for rapid medium-range interception.
  5. QRSAM has an operational range of 25–30 km.
  6. VSHORADS covers low-flying drones and short-range threats.
  7. The IADWS functions through a multi-layered defence architecture.
  8. A command-and-control grid links radars, sensors, and launchers.
  9. The grid provides a single operational picture for quick decision-making.
  10. Deployment urgency increased after Operation Sindoor (May 2025).
  11. The operation exposed strategic vulnerabilities around the capital.
  12. India pivoted from the foreign NASAMS-II plan due to cost concerns.
  13. Indigenous development ensures long-term autonomy and cost efficiency.
  14. The Indian Air Force will operate the deployed system.
  15. DRDO leads development and integration efforts.
  16. The system strengthens India’s airspace security architecture.
  17. IADWS enhances short and very-short-range interception capability.
  18. The move boosts India’s defence manufacturing ecosystem.
  19. Indigenous solutions reduce dependency on foreign air defence imports.
  20. The deployment modernises India’s national security framework.

Q1. What is the primary aim of the Indigenous IADWS being deployed in Delhi NCR?


Q2. Which missile system forms a major component of IADWS for medium-range interception?


Q3. What triggered the urgency to deploy the IADWS around Delhi?


Q4. Which earlier foreign system did India move away from while adopting IADWS?


Q5. Which agency will operate the IADWS?


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