Background
Defence Acquisition Council (DAC): The apex decision-making body of the Ministry of Defence for capital acquisitions in defence. It is chaired by the Defence Minister.
Acceptance of Necessity (AoN): An initial approval indicating the operational need for a proposed defence acquisition. It is not the same as the final procurement contract.
Atmanirbhar Bharat: India has increasingly prioritised indigenous defence production to reduce dependence on foreign suppliers.
Changing nature of warfare: Modern conflicts increasingly involve drones, electronic warfare, precision weapons, air defence systems and real-time battlefield surveillance.
Defence indigenisation: Initiatives such as the Positive Indigenisation Lists, defence industrial corridors and the promotion of domestic private-sector participation seek to strengthen India's defence manufacturing ecosystem.
Features
Indian Army
High Mobility Vehicles (HMVs): Improve logistics and troop mobility.
Self-propelled tracked gun systems: Enhance artillery mobility and firepower.
Gun Shot Response Systems (GSRS): Improve situational awareness and help identify the source of hostile fire.
Light Multi-Role Helicopters (LMRHs): Support reconnaissance, surveillance, combat, search and rescue, and disaster relief.
Very Short-Range Air Defence Systems (VSHORADS): Counter emerging low-altitude aerial threats.
Counter-Unmanned Aerial Systems (C-UAS): Protect military platforms against hostile drones.
Surveillance UAVs and long-range unmanned systems: Strengthen reconnaissance, target identification and strike capabilities.
Indian Navy
Active Offboard Decoy Systems (AODS): Help divert incoming anti-ship missiles away from naval vessels.
Indigenous naval platforms: Enhance maritime combat capabilities and support domestic shipbuilding and defence production.
Indian Air Force (IAF)
Helicopters and special utility helicopters: Meet operational mobility and transport requirements.
Air defence systems and weapons: Strengthen air defence and combat preparedness.
Mobile X-band Doppler weather radar systems: Provide localised, high-resolution weather information for operational planning and aviation safety.
Significance
Enhanced combat readiness: Modern equipment improves the operational effectiveness of all three Services.
Strategic autonomy: Domestic production reduces reliance on foreign suppliers and strengthens India's freedom of action during geopolitical crises.
Boost to the domestic defence industry: The 82% domestic procurement allocation can benefit Indian manufacturers, MSMEs, start-ups and defence technology developers.
Technological advancement: Greater emphasis on drones, surveillance, counter-drone systems and advanced air defence supports adaptation to modern warfare.
Economic benefits: Defence manufacturing can generate skilled employment, encourage research and development, and strengthen supply chains.
Improved joint operations: Modern platforms and surveillance systems can enhance coordination among the Army, Navy and Air Force.
Challenges
Implementation delays: Procurement can face lengthy trials, negotiations, production bottlenecks and delivery delays.
Critical technology dependence: Domestic assembly does not necessarily mean complete indigenisation; engines, sensors, semiconductors and specialised components may still require imports.
Cost escalation: Complex defence projects can exceed initial estimates and strain defence budgets.
Quality and reliability: Indigenous equipment must meet demanding military standards and perform reliably in diverse operational environments.
Limited production capacity: Domestic firms may struggle to meet large-scale requirements within tight timelines.
Rapid technological obsolescence: Drone warfare, artificial intelligence and electronic warfare technologies evolve quickly, potentially reducing the relevance of equipment procured today.
Import dependence during transition: India's armed forces must maintain operational readiness while domestic manufacturing capabilities develop.
Way Forward
Strengthen indigenous R&D: Increase investment in defence research, testing facilities and advanced technologies through DRDO, academia, start-ups and private industry.
Promote genuine indigenisation: Develop domestic capabilities in engines, propulsion, radar, sensors, electronics and other critical components.
Ensure timely execution: Establish clear project milestones, accountability mechanisms and regular progress reviews.
Support MSMEs and start-ups: Improve access to defence contracts, testing infrastructure, finance and technology transfer.
Adopt a life-cycle approach: Consider maintenance, repair, upgrades, spare parts and long-term operating costs alongside initial acquisition costs.
Encourage jointness: Improve interoperability and common operational standards among the Army, Navy and Air Force.
Develop adaptable systems: Prioritise modular, upgradeable platforms that can incorporate emerging technologies without expensive complete replacements.
Strengthen export competitiveness: Use domestic procurement to build globally competitive products and expand India's defence exports.
Conclusion
The approval of the proposals for defence procurement amounting to ₹2.12 lakh crore is an important milestone in the journey of defence modernisation and Atmanirbhar Bharat in defence. The intention of procuring 82% of the procurement amount from domestic sources provides a very good chance for building up the defence industry of India. But the true success of the approvals will be known from their timely execution.
