India is preparing for a major expansion in the production of its indigenous Astra Beyond-Visual-Range Air-to-Air Missile (BVRAAM), as the Defence Research and Development Organisation (DRDO) moves to integrate private-sector firms into the missile’s manufacturing ecosystem.
According to a May 24, 2026 report by Business Standard, the initiative represents a significant shift in India’s defence-industrial strategy. The goal is not merely to increase procurement during peacetime but to establish a resilient, large-scale wartime manufacturing base capable of sustaining prolonged high-intensity conflicts.
For years, Bharat Dynamics Limited (BDL), the state-owned defence manufacturer, has led the production of the Astra missile series. However, officials now believe that relying solely on public-sector capacity is insufficient to meet the growing operational requirements of the Indian armed forces, especially amid rapidly evolving regional security challenges.
The inclusion of private defence firms and MSMEs into the Astra supply chain is expected to dramatically boost manufacturing throughput while also reducing bottlenecks across production stages.
The move reflects a broader strategic recalibration within India’s military establishment. Defence planners are increasingly focused on ensuring that India possesses not only sophisticated weapons platforms but also the industrial depth required to sustain military operations during prolonged conflicts.
Recent global wars have profoundly shaped this thinking.
Military analysts have closely observed the Russia-Ukraine war, where ammunition and missile consumption rates have reached unprecedented levels. Precision-guided munitions, artillery shells, drones, and air-defence interceptors have been expended at speeds that have strained even the industrial capacities of major powers.
Similarly, continuing conflicts in West Asia have demonstrated the importance of rapid replenishment capability for advanced munitions in modern warfare.
These conflicts have underlined a critical reality: possessing advanced fighter aircraft alone is no longer sufficient. Nations must also maintain robust domestic production networks capable of continuously manufacturing and replenishing precision weapons during wartime attrition.
For India, this lesson is especially relevant as it seeks to prepare for potential multi-domain conflicts in a volatile regional environment.
The Astra missile, capable of travelling at speeds exceeding Mach 4.5, is now viewed as a crucial component of India’s aerial warfare doctrine. Ensuring abundant stockpiles of the missile has therefore become a strategic priority.
The urgency surrounding the Astra production expansion is also tied to changing military dynamics in India’s immediate neighbourhood.
Reports suggesting that Pakistan is working toward establishing a dedicated Army Rocket Force Command have raised concerns within Indian strategic circles. Such a force could potentially focus on long-range precision-strike systems, expanding Pakistan’s conventional deterrence capabilities.
At the same time, China continues to modernise its airpower and missile inventory at an aggressive pace, adding pressure on India to accelerate indigenous weapons production.
Indian defence planners increasingly believe that future conflicts may involve sustained missile exchanges and intensive aerial engagements. In such scenarios, maintaining air superiority would depend heavily on the availability of reliable and rapidly deployable air-to-air missiles.
The Astra BVRAAM has emerged as one of India’s most important indigenous solutions to this challenge.
By significantly expanding manufacturing capacity now, India aims to avoid wartime shortages and reduce dependence on foreign suppliers during crises.
The production expansion comes at a crucial juncture for the Astra missile programme, which is entering a new phase of operational maturity.
The Astra Mk1 has already been successfully integrated with the Indian Air Force’s Su-30MKI fighter fleet and is currently being inducted into service. Integration efforts are also progressing on the indigenous Light Combat Aircraft (LCA) Tejas.
Meanwhile, the Defence Acquisition Council (DAC) recently approved procurement clearances for the more advanced Astra Mk2 variant as part of a broader ₹1.30 lakh crore defence acquisition package focused on indigenous military hardware.
Open-source assessments indicate that the Astra Mk2 incorporates a dual-pulse solid rocket motor, significantly extending its engagement range to approximately 160 kilometres.
The upgraded missile is also expected to feature enhanced seeker technology designed to operate effectively in heavily contested electronic warfare environments. These improvements would allow the missile to engage highly agile airborne targets even under sophisticated jamming conditions.
Simultaneous production of both the Mk1 and Mk2 variants will require a far larger industrial ecosystem than currently exists.
This is one of the primary reasons DRDO is now looking beyond traditional public-sector production arrangements.
India’s private defence industry has evolved rapidly over the past decade.
Initially confined largely to supplying minor components and subsystems, private firms are now increasingly involved in the design, development, and manufacturing of advanced military platforms and weapon systems.
The Astra expansion programme is expected to deepen this transformation further.
Industry experts believe the inclusion of private companies will improve manufacturing efficiency, accelerate supply-chain responsiveness, and create redundancy across production lines — a critical requirement during wartime.
The proposed manufacturing structure is expected to involve a collaborative network consisting of DRDO laboratories, public-sector undertakings, major private defence corporations, and specialised MSMEs.
Such distributed production architecture would significantly enhance resilience against disruptions while enabling rapid scaling of output when required.
The initiative also aligns closely with the Indian government’s broader “Atmanirbhar Bharat” policy framework aimed at boosting self-reliance in defence manufacturing.
Today, domestic vendors reportedly account for over 80 percent of India’s defence procurement by value, marking a dramatic rise in indigenous participation compared to previous decades.
Officials view the Astra programme as a model for future defence manufacturing ecosystems where public and private sectors operate in an integrated manner.
Beyond domestic military requirements, expanded Astra production could also position India as an increasingly influential exporter of advanced aerial weapons systems.
The missile’s compatibility with platforms such as the Su-30MKI and MiG-29 creates potential opportunities in international markets, particularly among countries operating Russian-origin fighter aircraft.
Several nations across Asia, Africa, and Latin America continue to operate these aircraft fleets and may seek affordable, modern BVRAAM solutions without relying exclusively on Western suppliers.
The Astra’s indigenous design and relatively lower cost compared to many Western systems could make it an attractive option for friendly foreign governments.
Integration with the LCA Tejas may further enhance the missile’s export appeal as India pushes to market the fighter aircraft internationally.
Defence analysts note that a strong export pipeline would not only strengthen India’s geopolitical influence but also help sustain production economics through larger order volumes.
Private-sector participation is expected to play a vital role in achieving these ambitions by introducing scalable manufacturing practices and competitive cost structures.
The Astra production expansion ultimately reflects a deeper change in India’s defence philosophy.
For decades, Indian military procurement was heavily shaped by peacetime budgeting assumptions and dependence on foreign imports. However, modern warfare trends are forcing a reassessment of these approaches.
The focus is now shifting toward industrial preparedness, indigenous capability, and sustained production resilience.
India’s leadership increasingly recognises that future wars may be decided as much by manufacturing endurance as by battlefield technology itself.
By scaling up Astra missile production through a broad-based industrial network, India is attempting to ensure that its armed forces possess both technological sophistication and the logistical depth required for long-duration military operations.
The initiative also signals growing confidence in the maturity of India’s domestic defence ecosystem.
The Astra expansion could become a landmark example of how India intends to combine state research institutions, public-sector manufacturing, and private industry into a unified national defence production framework.
