India's Journey to Defence Self-Reliance Under PM Modi
Prime Minister Modi emphasizes India's indigenous capabilities in defense manufacturing and resource conservation amid global crises.
4 mins read
"Self-reliance is not isolation; it is the capacity to build, innovate and contribute with confidence."
During the June 2026 edition of Mann Ki Baat, Prime Minister Narendra Modi highlighted India's progress in defence indigenisation, environmental conservation, sustainable lifestyles and community participation. The developments reflect the broader vision of Atmanirbhar Bharat, where technological capability, local manufacturing and citizen responsibility together strengthen national resilience.
India's growing self-reliance in defence
June 2026 marked significant milestones in India's defence manufacturing ecosystem.
| Development | Significance |
|---|---|
| Maiden flight of India's first indigenous C-295 transport aircraft | Strengthens domestic aerospace manufacturing |
| Successful test of Long-Range Land-Attack Cruise Missile (LRLACM) | Demonstrates indigenous missile capability |
| Induction of INS Dunagiri, INS Shanshak and INS Agrya | Expands India's indigenous naval strength |
"From the seas to the skies, India is becoming increasingly secure and self-reliant."
These achievements reflect India's emphasis on reducing import dependence while strengthening strategic autonomy.
C-295 programme: Building an aerospace ecosystem
The Indian Air Force is procuring 56 C-295 transport aircraft, of which 40 are being manufactured in India.
The project is executed through:
- Tata Advanced Systems Limited (TASL)
- Airbus partnership
- Manufacturing facility at Vadodara
Major benefits include:
- Growth of domestic aerospace manufacturing.
- Employment generation.
- Strengthening MSMEs through supply-chain participation.
- Development of advanced manufacturing capabilities.
Defence Manufacturing
↓
Technology Transfer
↓
MSME Participation
↓
Employment Generation
↓
Strategic Self-Reliance
Indigenous missile capability
The successful test of the Long-Range Land-Attack Cruise Missile (LRLACM) demonstrates India's expanding indigenous defence research.
Key features:
- Developed by DRDO.
- Long-range precision strike capability.
- Major subsystems designed and developed within India.
The programme strengthens India's deterrence capability while reducing reliance on imported strategic technologies.
Indigenous naval capability
India also inducted three indigenously designed and built naval platforms:
- INS Dunagiri
- INS Shanshak
- INS Agrya
These additions reinforce India's commitment to:
- Maritime security.
- Indigenous shipbuilding.
- Blue-water naval capability.
Citizen participation during the West Asia crisis
The Prime Minister appreciated citizens for voluntarily adopting resource-conserving practices during the West Asia crisis.
Examples include:
- Carpooling.
- Increased use of public transport.
- Postponing non-essential foreign travel.
- Greater adoption of natural fertilizers.
- Recycling old gold instead of purchasing new jewellery for weddings.
Citizen Participation
↓
Resource Conservation
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Reduced Import Dependence
↓
Economic Stability
Environmental conservation through community action
Several grassroots initiatives demonstrate how local communities contribute to conservation.
| Initiative | Contribution |
|---|---|
| Purnima Devi Barman (Assam) | Conservation of the Greater Adjutant (Hargila) bird through community awareness |
| Living Root Bridges (Meghalaya) | Traditional ecological heritage for which India has sought UNESCO World Heritage recognition |
| Rajgarh, Madhya Pradesh | Women converting plastic waste into eco-bricks for public beautification |
These examples illustrate the role of community participation in sustainable development.
Promoting sports and local livelihoods
The Prime Minister also highlighted:
- Nagaland's "Baby League", encouraging football among children aged 5–12 years.
- Promotion of locally made clay Ganesh idols, urging citizens to verify both the material used and the country of manufacture before purchase.
These initiatives simultaneously promote:
- Grassroots sports development.
- Local artisans.
- Sustainable consumption.
- Cultural preservation.
Broader significance
The initiatives collectively strengthen multiple national objectives:
- Defence self-reliance.
- Industrial development.
- Employment generation.
- Environmental sustainability.
- Citizen-led behavioural change.
- Promotion of local manufacturing.
- Preservation of biodiversity and cultural heritage.
Way Forward
- Accelerate indigenous defence manufacturing through greater public-private partnerships.
- Strengthen MSME integration into defence and aerospace supply chains.
- Increase investments in indigenous defence research and advanced technologies.
- Encourage sustainable lifestyles through community-driven campaigns.
- Expand conservation initiatives combining traditional knowledge with scientific management.
- Promote "Vocal for Local" by supporting artisans, eco-friendly products and domestic manufacturing.
Conclusion
India's progress in defence manufacturing, environmental stewardship and citizen participation reflects a holistic vision of Atmanirbhar Bharat. Self-reliance extends beyond producing military platforms; it encompasses responsible consumption, community participation, innovation and sustainable development. Continued collaboration between the government, industry and citizens will be essential to transform self-reliance into long-term national resilience and inclusive growth.
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Syllabus classification
How this article maps to GS papers
Main syllabus
GS3Science & TechnologyQuick Q&A
What is defence indigenisation in India, and why has it become a central pillar of the country's strategic and technological development?
Defence indigenisation refers to the process of designing, developing, manufacturing, maintaining, and upgrading defence equipment within the country by leveraging domestic industries, research institutions, and technological capabilities. It seeks to reduce dependence on imported military hardware while strengthening national security, economic growth, and technological self-reliance. India's defence indigenisation has gained momentum under initiatives such as 'Make in India', 'Aatmanirbhar Bharat', Innovations for Defence Excellence (iDEX), Defence Industrial Corridors in Uttar Pradesh and Tamil Nadu, and progressively expanding Positive Indigenisation Lists issued by the Ministry of Defence. The Defence Acquisition Procedure (DAP) 2020 also prioritises indigenous procurement through categories such as Buy (Indian-IDDM). Recent milestones include the indigenous LCA Tejas, INS Vikrant, Dhanush artillery gun, BrahMos missile, Akash air defence system, Advanced Light Helicopter Dhruv, and the Long-Range Land-Attack Cruise Missile (LRLACM). The maiden flight of the first Made-in-India C-295 transport aircraft in June 2026 represents another important step because it combines technology transfer, private-sector participation, and domestic manufacturing. Defence indigenisation strengthens strategic autonomy by reducing vulnerability to sanctions, supply chain disruptions, and geopolitical uncertainties. Economically, it promotes MSMEs, generates skilled employment, encourages innovation, and contributes to exports. However, challenges include technological gaps in aero-engines, semiconductors, advanced materials, and dependence on imported components. Critics also highlight delays in procurement and research timelines. From the UPSC perspective, defence indigenisation connects GS3 topics relating to Science and Technology, Internal Security, Economic Development, Manufacturing, Innovation, and Disaster Management, while also having implications for GS2 in terms of foreign policy and strategic partnerships.
How does indigenous defence manufacturing contribute to India's national security, technological advancement, and economic development in the long term?
Indigenous defence manufacturing contributes to national security by ensuring reliable access to critical military equipment without excessive dependence on foreign suppliers during conflicts or geopolitical crises. Strategic autonomy becomes particularly important when international sanctions, export restrictions, or supply chain disruptions affect defence imports. By producing advanced platforms domestically, India can maintain operational readiness and customize systems according to its own strategic requirements. The C-295 transport aircraft programme illustrates this approach, where Tata Advanced Systems Limited and Airbus are manufacturing 40 of the 56 aircraft in India under a ₹21,935-crore project. Such programmes facilitate technology transfer, build domestic manufacturing ecosystems, and develop highly skilled manpower. Indigenous production also stimulates research by institutions such as DRDO, HAL, BEL, ISRO, and private defence startups. Economically, the sector generates employment across the value chain involving MSMEs, component manufacturers, electronics, metallurgy, software, and precision engineering industries. It promotes import substitution, improves the balance of payments, and strengthens export potential, as India increasingly exports defence equipment to several countries. Nevertheless, the sector faces challenges including limited indigenous capability in aircraft engines, advanced sensors, semiconductors, and propulsion technologies. Delays in testing, procurement bottlenecks, and inadequate private-sector investment have also been concerns. Continuous reforms through DAP 2020, defence corridors, iDEX, and higher FDI limits seek to address these issues. For UPSC, the topic integrates GS3 themes such as Science and Technology, Manufacturing, Infrastructure, Innovation, Internal Security, and Economic Growth while also relating to GS2 discussions on strategic partnerships and international defence cooperation.
Critically analyse the strategic significance of the C-295 transport aircraft programme and its implications for India's aerospace manufacturing ecosystem.
The C-295 transport aircraft programme represents a significant milestone in India's transition from being primarily a defence importer to becoming a major aerospace manufacturing hub. Under the ₹21,935-crore agreement between the Indian Air Force, Airbus, and Tata Advanced Systems Limited, 56 aircraft are being procured, with 40 manufactured in India at the Vadodara facility. The maiden flight of the first Made-in-India aircraft in June 2026 demonstrates the growing capability of India's private sector in high-technology defence production. Strategically, the programme diversifies India's transport aircraft fleet and enhances logistical support for troop movement, disaster relief, medical evacuation, and operations in difficult terrains. Industrially, it creates a domestic aerospace supply chain involving numerous MSMEs producing components, avionics, structures, and precision engineering products. Technology transfer and skill development improve India's long-term manufacturing capacity and reduce dependence on imports. The programme also strengthens collaboration between global aerospace firms and Indian industry, potentially opening opportunities for exports and future indigenous aircraft programmes. However, critics argue that substantial dependence on foreign technology still remains because core intellectual property, engine technologies, and several sophisticated systems continue to originate abroad. Therefore, technology absorption rather than mere assembly will determine the programme's long-term success. Sustained investment in indigenous R&D, testing facilities, advanced materials, and engine development will be necessary to move towards complete self-reliance. From a UPSC perspective, the programme is relevant to GS3 topics covering Science and Technology, Manufacturing, MSMEs, Industrial Policy, Defence Preparedness, and Innovation, while also illustrating the role of public-private partnerships in strategic sectors.
Why are indigenous missile development programmes such as the Long-Range Land-Attack Cruise Missile important for India's strategic deterrence and defence preparedness?
Indigenous missile development programmes play a crucial role in strengthening India's strategic deterrence, operational preparedness, and technological independence. The successful flight test of the Long-Range Land-Attack Cruise Missile (LRLACM) by the Defence Research and Development Organisation in June 2026 demonstrates India's growing competence in precision-guided weapon systems. Cruise missiles differ from ballistic missiles because they fly at lower altitudes, possess greater manoeuvrability, and can accurately strike high-value targets over long distances. Indigenous development ensures that India retains full control over design, upgrades, maintenance, and future technological improvements without external restrictions. Such capabilities enhance deterrence by increasing the credibility of India's conventional military response while complementing existing systems such as BrahMos, Akash, Prithvi, Agni, and Nirbhay-related technologies. Missile development also stimulates innovation in propulsion, navigation, guidance systems, artificial intelligence, materials science, electronics, and aerospace engineering. Nevertheless, these programmes require significant investments, prolonged testing, and continuous technological refinement. Debates also arise regarding balancing defence expenditure with developmental priorities, although supporters argue that credible deterrence is essential for safeguarding economic growth and national sovereignty. India's missile development remains consistent with its declared doctrine of credible minimum deterrence and responsible defence posture. From the UPSC perspective, this topic is relevant for GS3 under Science and Technology, Internal Security, Defence Technology, and Space Applications, while also intersecting with GS2 discussions on strategic stability, regional security, export controls, and international arms control regimes.
What practical examples demonstrate India's growing self-reliance in defence technologies, and what lessons do they offer for future strategic capability building?
India's recent defence achievements provide multiple examples of its expanding technological and industrial capabilities. The Made-in-India C-295 transport aircraft programme showcases successful collaboration between global technology providers and Indian private industry while creating an indigenous aerospace manufacturing ecosystem. The successful testing of the Long-Range Land-Attack Cruise Missile highlights advances in missile technology and indigenous subsystem development by DRDO. The induction of warships such as INS Dunagiri, INS Shanshak, and INS Agrya demonstrates the strength of India's domestic shipbuilding industry and the ability to design and construct complex naval platforms within the country. Earlier milestones include INS Vikrant, the Light Combat Aircraft Tejas, BrahMos supersonic cruise missile, Akash missile system, Pinaka rocket system, Advanced Light Helicopter Dhruv, and various radar and electronic warfare systems developed by BEL and DRDO. These examples reveal that successful defence indigenisation depends upon sustained investment in research, public-private partnerships, technology transfer, skilled human resources, and strong participation of MSMEs. They also show the importance of policy support through initiatives like Aatmanirbhar Bharat, DAP 2020, iDEX, defence industrial corridors, and production-linked manufacturing ecosystems. Despite these achievements, India continues to face challenges in developing aero-engines, advanced semiconductor technologies, stealth materials, and high-end propulsion systems. Future success will require deeper collaboration among academia, startups, industry, and government laboratories. For UPSC aspirants, these case studies illustrate the interrelationship between Science and Technology, Industrial Development, National Security, Economic Growth, Innovation Policy, and Strategic Affairs, making them highly relevant for GS3 as well as interview discussions on India's emerging role as a defence manufacturing power.
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