DAC Approves ₹2.12 Lakh Crore Defence Acquisition Proposals 2026: Army, Navy, Air Force and Atmanirbhar Bharat | रक्षा अधिग्रहण परिषद की ₹2.12 लाख करोड़ की मंजूरी

1. Why in News?

On 26 October 2026, the Defence Acquisition Council (DAC), chaired by Defence Minister Rajnath Singh, accorded Acceptance of Necessity (AoN) for capital acquisition proposals estimated at approximately ₹2,12,000 crore.

The proposals cover major equipment and systems required by the Indian Army, Indian Navy and Indian Air Force.

According to the Ministry of Defence, approximately 82% of the proposed procurements will be made from Indian industry.

The decision is significant for military modernisation, indigenous defence manufacturing, emerging warfare technologies and India's strategic preparedness.

2. Key Facts for Competitive Examinations

• Date: 26 October 2026.
• Decision-making body: Defence Acquisition Council.
• Chairperson: Defence Minister Rajnath Singh.
• Total estimated value: ₹2.12 lakh crore.
• Approval granted: Acceptance of Necessity.
• Indian industry share: Approximately 82% of the proposed procurements.
• Services covered: Indian Army, Indian Navy and Indian Air Force.
• Ministry: Ministry of Defence.
• PIB Release ID: 2328486.

3. What Is the Defence Acquisition Council?

The Defence Acquisition Council is a high-level decision-making body for major defence acquisition matters in India.

It is chaired by the Defence Minister.

The council considers proposals for acquiring equipment and systems needed by the armed forces.

Its decisions form an important part of India's defence procurement and capability-development process.

4. What Is Acceptance of Necessity?

Acceptance of Necessity, abbreviated AoN, is an in-principle administrative approval for a defence acquisition requirement.

It recognises the need to pursue procurement of specified equipment or capabilities.

AoN does not mean that a final procurement contract has already been signed.

Further procedures may include solicitation, evaluation, commercial negotiations and contractual approvals, depending on the procurement route.

5. Why the ₹2.12 Lakh Crore Figure Matters

The approved proposals have an estimated value of about ₹2,12,000 crore.

One lakh crore equals ₹1,00,000 crore, so ₹2.12 lakh crore equals ₹2,12,000 crore.

The figure represents the estimated value of proposals receiving AoN, not expenditure already incurred.

Actual contracts, schedules and final expenditure may differ as procurement progresses.

6. Importance of the 82% Indigenous Procurement Share

The Ministry of Defence stated that approximately 82% of the proposed procurements will be made from Indian industry.

This indicates a strong policy emphasis on domestic defence manufacturing.

Indian participation can support industrial capacity, technical expertise, employment and supply-chain development.

However, the announcement does not provide a detailed company-wise allocation or establish that every component will be manufactured domestically.

7. Major Indian Army Proposals

The Indian Army proposals include High Mobility Vehicles, Self-Propelled Tracked Gun Systems, Gun Shot Response Systems, Light Multi Role Helicopters and Very Short-Range Air Defence Systems.

They also include platform-based Counter-Unmanned Aerial Systems, long-range unmanned systems, surveillance UAVs, integrated surveillance and strike systems, and long-range kamikaze drones.

These systems address mobility, artillery, surveillance, air defence and battlefield targeting.

8. High Mobility Vehicles

High Mobility Vehicles are designed to improve the movement of personnel, equipment and supplies across difficult terrain.

Mobility is essential for sustaining military operations in challenging geographical conditions.

The Ministry of Defence expects these vehicles to strengthen logistics and operational flexibility.

Better mobility can reduce delays in transporting critical military resources.

9. Self-Propelled Tracked Gun Systems

Self-propelled tracked artillery systems combine a gun platform with a tracked vehicle chassis.

Tracked mobility can be useful in demanding terrain and alongside mechanised formations.

Such systems enable artillery to move with other combat elements and provide fire support.

The announcement identifies matching mobility and firepower for mechanised forces as the principal benefit.

10. Gun Shot Response System

The Gun Shot Response System, or GSRS, is intended to improve real-time situational awareness.

Situational awareness means understanding relevant threats and developments in an operational environment.

Timely information can support quicker decisions and better coordination.

The Ministry describes GSRS as a force multiplier, although it does not disclose detailed technical specifications.

11. Light Multi Role Helicopters

Light Multi Role Helicopters, or LMRH, are included among the approved proposals.

According to the official announcement, they are intended for use by both the Indian Army and Indian Air Force.

Planned roles include reconnaissance, surveillance, combat, search and rescue, and humanitarian assistance and disaster relief.

Multi-role platforms can offer operational flexibility across different mission requirements.

12. Reconnaissance and Surveillance

Reconnaissance involves gathering information about terrain, threats or operational conditions.

Surveillance involves systematic observation and monitoring over time.

Helicopters and unmanned aircraft can support both functions.

Reliable information helps military commanders make informed decisions.

13. Humanitarian Assistance and Disaster Relief

Humanitarian Assistance and Disaster Relief is commonly abbreviated HADR.

Military helicopters can assist with rescue operations, movement of supplies and access to difficult locations during emergencies.

Such capabilities have civilian as well as military applications.

The inclusion of HADR among LMRH roles illustrates the importance of versatile aviation assets.

14. Very Short-Range Air Defence Systems

Very Short-Range Air Defence Systems, or VSHORADS, are intended to counter aerial threats at relatively short distances.

The October 2026 announcement specifically highlights their role against new-generation small aerial threats.

Modern battlefields increasingly feature unmanned aircraft and other difficult-to-detect airborne systems.

Short-range air defence can help protect troops and military installations.

15. Counter-Unmanned Aerial Systems

Counter-Unmanned Aerial Systems, or C-UAS, are designed to detect, track or counter hostile unmanned aircraft.

The approved proposals include platform-based C-UAS intended to enhance tank survivability.

Armoured vehicles may face threats from drones used for reconnaissance or attack.

Counter-drone systems are therefore becoming an important part of modern battlefield protection.

16. Why Tanks Need Counter-Drone Protection

Tanks provide protected mobility and firepower but can remain vulnerable to certain aerial threats.

Small drones may be used to observe military movements or deliver attacks.

Protective systems can improve awareness and help counter such threats.

The specific technical configuration of the approved platform-based C-UAS was not disclosed in the PIB announcement.

17. Long-Range Unmanned Aerial Systems

The Army proposals include an Unmanned Aerial System Brick Long Range, using the terminology in the official release.

Unmanned aerial systems can undertake missions without a pilot aboard the aircraft.

Potential military roles include surveillance, reconnaissance and support for targeting.

The release does not provide detailed range, payload or manufacturer information for this system.

18. Surveillance UAVs

Unmanned Aerial Vehicles, or UAVs, can monitor areas and provide information to commanders.

Surveillance UAVs are particularly useful when persistent observation is required.

They may reduce the need to expose personnel to certain operational risks.

The DAC announcement includes surveillance UAVs among the Army's proposed acquisitions.

19. Integrated Surveillance and Strike Systems

Integrated Surveillance and Strike Systems connect information gathering with the ability to respond to identified targets.

Effective integration requires coordination among sensors, communications, command systems and strike assets.

Such integration can shorten the time between detecting a threat and making an operational decision.

The official announcement does not disclose the exact architecture of the proposed system.

20. Long-Range Kamikaze Drone Systems

Long-range kamikaze drones are included among the Army's approved acquisition proposals.

Such systems are generally associated with one-way attack or loitering-munition capabilities.

They differ from conventional reusable surveillance drones because the attacking platform may be expended during its mission.

The announcement does not specify a manufacturer, quantity or operational range.

21. Modern Warfare and Unmanned Systems

The proposals demonstrate the growing importance of unmanned systems in defence planning.

Drones can support intelligence collection, battlefield observation and precision engagement.

Counter-drone technologies are also necessary because adversaries may use similar systems.

Modernisation therefore requires both unmanned capabilities and protection against unmanned threats.

22. Indian Navy Proposals

The DAC approved procurement proposals for Active Offboard Decoy Systems and other major naval platforms.

The decoy systems are intended to strengthen protection against modern anti-ship missiles.

The Ministry also referred to major naval platforms designed and constructed indigenously.

These proposals aim to improve the Navy's combat capabilities.

23. Active Offboard Decoy System

An Active Offboard Decoy System, or AODS, is a naval defensive capability intended to help counter incoming missile threats.

Offboard decoys operate separately from the protected ship and can help disrupt an attacking weapon's targeting process.

The official release specifically links AODS with improved anti-missile defence against modern anti-ship missiles.

Detailed operating parameters and procurement quantities were not published.

24. Why Anti-Ship Missile Defence Matters

Anti-ship missiles are designed to attack naval vessels.

Protecting warships against such threats is important for fleet survivability and operational effectiveness.

Naval defence may involve detection, electronic countermeasures, decoys and defensive weapons.

The proposed AODS adds to the wider importance of layered maritime defence.

25. Indigenous Naval Platforms

The Ministry stated that major naval platforms covered by the proposals would be indigenously designed and constructed.

Domestic shipbuilding can support naval engineering, specialised manufacturing and long-term maintenance capabilities.

Indigenous platforms can also strengthen the domestic industrial ecosystem.

The announcement does not identify every proposed platform by name, so unconfirmed ship classes should not be added.

26. Indian Air Force Proposals

The Air Force proposals cover helicopters, air defence systems, weapons and Mobile X-Band Doppler Weather Radar Systems.

These acquisitions are intended to improve air defence and warfighting capabilities.

The Ministry also highlighted the transport role of Special Utility Helicopters.

The equipment categories reflect both combat and operational-support requirements.

27. Special Utility Helicopters

Special Utility Helicopters are intended to meet important air-transport requirements of the Indian Air Force.

Helicopter transport can be useful for moving personnel and supplies in areas where ground access is difficult.

Such aircraft may improve flexibility in operational planning.

The official release does not disclose the number or precise model of the proposed helicopters.

28. Mobile X-Band Doppler Weather Radar

The DAC approved proposals including Mobile X-Band Doppler Weather Radar Systems for the Air Force.

The Ministry stated that these systems would provide high-resolution, localised weather surveillance in forward areas.

Weather information is important for aviation safety, mission planning and military operations.

Mobile systems may be useful where fixed weather infrastructure is limited or operational requirements change.

29. What Is Doppler Radar?

Doppler radar uses changes in the frequency of reflected signals to help determine motion relative to the radar.

Weather radars can use this principle to estimate the movement of precipitation particles.

Such observations support analysis of wind and storm conditions.

For defence applications, accurate local weather information can assist operational decisions.

30. Why X-Band Is Relevant

X-band refers to a range of microwave frequencies used in radar and other applications.

X-band weather radar can provide relatively detailed observations over suitable operational distances.

Its effectiveness depends on equipment design, atmospheric conditions and operating environment.

The DAC announcement highlights high-resolution, localised surveillance rather than publishing detailed radar specifications.

31. Defence Modernisation and Atmanirbhar Bharat

The proposals combine conventional military equipment with emerging technologies such as unmanned systems and counter-drone capabilities.

The approximately 82% Indian-industry procurement share reflects the emphasis on domestic defence production.

Indigenous procurement can strengthen industrial capacity and reduce certain external dependencies.

However, implementation requires successful development, evaluation, contracting and delivery.

32. Strategic and Economic Implications

Defence acquisition decisions influence military preparedness as well as the industrial economy.

Domestic orders can support manufacturers, suppliers, engineering enterprises and specialised research.

Technology-intensive acquisitions may encourage innovation and workforce development.

The long-term benefits depend on timely procurement, quality, cost control and operational suitability.

33. Important Distinction: AoN Versus Contract

AoN represents in-principle acceptance of a procurement requirement.

A signed contract establishes specific contractual commitments after the applicable procurement process.

Delivery occurs later, according to the contract and implementation schedule.

Therefore, the 26 October 2026 announcement should not be described as the immediate purchase or delivery of equipment worth ₹2.12 lakh crore.

34. UPSC Prelims Questions

Q1. Which body approved the proposals? Answer: Defence Acquisition Council.

Q2. Who chaired the meeting? Answer: Rajnath Singh.

Q3. What was the estimated total value? Answer: ₹2.12 lakh crore.

Q4. What does AoN stand for? Answer: Acceptance of Necessity.

Q5. What share is expected from Indian industry? Answer: Approximately 82%.

Q6. What does VSHORADS mean? Answer: Very Short-Range Air Defence System.

Q7. What does C-UAS mean? Answer: Counter-Unmanned Aerial System.

Q8. What does GSRS stand for? Answer: Gun Shot Response System.

Q9. Which service is to acquire Active Offboard Decoy Systems? Answer: Indian Navy.

Q10. Which service's proposals include Mobile X-Band Doppler Weather Radar? Answer: Indian Air Force.

Q11. Does AoN mean a contract has been signed? Answer: No.

Q12. Which two services are expected to use LMRH? Answer: Indian Army and Indian Air Force.

35. UPSC Mains Practice

Question 1: Examine the significance of indigenous defence procurement for India's strategic autonomy and industrial development. Discuss with reference to the DAC approvals of October 2026.

Question 2: How are unmanned aerial systems and counter-drone technologies changing the requirements of modern land warfare? Explain.

36. Conclusion

The Defence Acquisition Council's approval of proposals worth approximately ₹2.12 lakh crore represents a significant step in India's defence modernisation planning.

The proposals cover mobility, artillery, aviation, unmanned systems, naval protection and weather surveillance.

The planned involvement of Indian industry in approximately 82% of procurements underlines the importance of indigenous defence manufacturing.

The next stages of procurement will determine the eventual contracts, timelines and operational outcomes.

37. Official Source

Press Information Bureau, Ministry of Defence, 26 October 2026, Release ID 2328486.