Tata Advanced Systems Signs MoU with Javelin Joint Venture to Co-Produce FGM-148 Anti-Tank Missiles in India

Tata Advanced Systems Limited (TASL) signed a memorandum of understanding with the Javelin Joint Venture (JJV), the partnership between Raytheon and Lockheed Martin that builds the FGM-148 Javelin, on 30 August 2026 to explore co-producing the Javelin anti-tank missile in India. The pact, announced just days after the Indian Army signed its first-ever government-to-government purchase of the American weapon, sets the stage for a final assembly and integration facility for the missile on Indian soil. It is the most concrete step yet towards putting one of the world’s deadliest man-portable tank killers into the country’s domestic defence manufacturing pipeline.

What the Agreement Covers

The MoU, signed in Orlando, Florida, gives TASL the role of prime Indian partner for the Javelin programme. The JJV picked Tata after evaluating multiple Indian companies on capability and expertise. Under the pact, the two sides will explore setting up a final assembly and integration (FAI) facility in India for the Javelin All Up Round (AUR), which is the fully assembled missile sealed inside its tactical launch container. They will also examine the possibility of producing certain components domestically in the longer term.

The Javelin AUR is a sealed round: missile, propulsion, guidance electronics, and launch tube, all pre-assembled and tested at the factory. The user simply clamps the round onto a reusable Command Launch Unit (CLU), acquires the target, and fires. Building the AUR is therefore the most technology-intensive step in the Javelin supply chain, and bringing this work to India is the most significant part of the deal.

The pact is exploratory at this stage. No indigenous content target, order quantity, investment figure, or production timeline has been announced. Officials have described the agreement as a foundation for future co-production, with both sides now expected to begin detailed technical and commercial discussions.

The Parties Involved

The agreement brings together four major players across two continents.

TASL is a wholly-owned subsidiary of Tata Sons and serves as the strategic aerospace and defence arm of the Tata Group. It was set up in 2007 and is one of India’s largest private-sector defence manufacturers, with partnerships across Lockheed Martin, Airbus, Boeing, and others.

What Is the FGM-148 Javelin?

The FGM-148 Javelin is a man-portable, shoulder-fired, fire-and-forget anti-tank guided missile (ATGM) made in the United States. It was originally developed in the late 1980s under the Advanced Anti-Tank Weapon System-Medium (AAWS-M) programme by Texas Instruments and Martin Marietta, both of which were later absorbed into Raytheon and Lockheed Martin. The missile entered US Army service in 1996 and has since been ordered by 19 allied countries, including Australia, the United Kingdom, France, Indonesia, Saudi Arabia, and Ukraine.

The missile itself weighs around 22.3 kg ready to fire, is roughly 1.1 metres long, and has a diameter of 127 mm. The reusable Command Launch Unit (CLU) weighs about 6.4 kg separately. The complete round (missile inside its launch tube) is a single disposable unit with a 10-year shelf life and requires no maintenance other than stockpile surveillance. With the original CLU the maximum effective range is 2,500 metres, while the newer Lightweight CLU (LwCLU) pushes this to 4,000 metres, and from a vehicle-mounted launcher the system can reach up to 4,750 metres.

More than 50,000 Javelin missiles and 12,000 CLUs have been produced globally to date, and the weapon is expected to remain in US service at least until 2050. Its combat record includes extensive use by Ukraine against Russian armour, where it has been credited with destroying hundreds of main battle tanks and other armoured vehicles.

Fire-and-Forget: How the Missile Works

Javelin belongs to the third generation of ATGMs, which is defined by one critical feature: the missile does not need any input from the operator after launch. The gunner uses the CLU to acquire the target, locks on using the missile’s imaging infrared (IIR) seeker, and pulls the trigger. The missile then guides itself to the target, while the operator can immediately move to cover, reload, or engage a second target. This is a major change from older second-generation systems like the Milan (French) and Konkurs (Russian), which use wire-guidance and require the operator to keep steering the missile for the entire flight, leaving them dangerously exposed.

The missile’s onboard computer uses the IIR seeker to lock on before launch, and the guidance electronics unit (GEU), the most sensitive component, processes the seeker imagery and sends control signals to the missile’s control fins during flight. The result is a hit probability of more than 94 percent and a system availability rate above 99 percent, according to the manufacturer.

Top Attack and Direct Attack Modes

A defining feature of the Javelin is that the gunner can choose between two attack profiles before launch.

• Top attack (the default mode): The missile climbs sharply after launch, cruises at around 150 metres above the battlefield, and then dives almost vertically onto the target. This hits the weakest part of a tank, its roof, and is effective against main battle tanks, infantry combat vehicles, and self-propelled guns.
• Direct attack (selectable by the gunner): The missile flies a flatter trajectory at roughly 60 metres altitude. This mode is used against fortifications, bunkers, targets hiding under overhead cover, and even low-flying helicopters in the direct-fire profile.

The minimum engagement range in top attack is 150 metres, while in direct attack it drops to 65 metres, which is why direct mode is preferred for very close engagements and urban fighting. Javelin is also designed to be fired from inside enclosed spaces, with a soft launch motor that ejects the missile before the main flight motor ignites, drastically reducing backblast and allowing use from inside rooms or bunkers.

The Strategic Backdrop: Why India Needs the Javelin Now

The Indian Army has been hunting for a modern third-generation fire-and-forget ATGM since 2009. For most of that period, India’s frontline infantry has relied on ageing second-generation systems: the French MILAN (in service since the 1970s) and the Russian 9M113 Konkurs, both of which require the operator to keep guiding the missile all the way to impact.

The Javelin cleared Indian Army field trials back in 2010, but the government at the time chose to buy limited numbers of the Israeli Spike missile instead. Spike is also a third-generation fire-and-forget weapon, but it is more expensive, and its export volumes to India have been constrained. After years of stop-start procurement plans, including cancelled and revived Spike tenders, the Army is now formally inducting the Javelin through the United States Foreign Military Sales (FMS) route.

Operation Sindoor and the ATGM Lesson

The decision to move on the Javelin was given urgency by Operation Sindoor in May 2025, the four-day India-Pakistan clash triggered by the Pahalgam terror attack. Although the air campaign, conducted with SCALP, BrahMos, and Akash missiles, dominated global headlines, fighting along the Line of Control (LoC) was in some ways more intense on the ground.

Indian Army units along the LoC used ATGMs to destroy Pakistani posts, eliminating 10 to 12 fortified positions in the Poonch sector alone. These engagements validated the importance of having a modern, top-attack, fire-and-forget anti-tank weapon at the infantry platoon level, especially against fortified positions and armoured vehicles at the LoC and the Line of Actual Control (LAC) in Ladakh. The post-Sindoor review also cleared the way for accelerated, emergency procurement of several weapon systems, with the Javelin deal being one of the first to be pushed through.

The Army’s First Direct Purchase

Days before the TASL-JJV MoU was announced, on 28 August 2026, the Indian Army signed a Letter of Offer and Acceptance (LOA) with the United States for the procurement of the Javelin system through the FMS route under emergency procurement powers. The US State Department had cleared the sale back in November 2025, when the Defense Security Cooperation Agency (DSCA) notified the US Congress of a possible $45.7 million package.

The first Indian package includes:

• 100 FGM-148 Javelin rounds
• 1 FGM-148 fly-to-buy missile (a special test missile)
• 25 Javelin Lightweight Command Launch Units (LwCLU) or Block 1 CLUs

This is a relatively small initial buy, but the LoA opens the door to far larger follow-on orders. The TASL MoU is the natural second step, aimed at producing a substantial portion of those future rounds inside India rather than importing them fully built.

Inside the Co-Production Architecture

The MoU is not a transfer of full missile manufacturing technology to India. It is, at this stage, an assembly and integration model with the option to localise components later. Understanding this architecture is key to grasping what TASL will, and will not, actually do.

Under the proposed arrangement, the work splits roughly as follows:

In short, the highest-value, most sensitive parts of the Javelin, the seeker head and the guidance electronics, will continue to be made in the United States. What TASL will do is take pre-built kits and GEUs, ship them to India, mate them together, integrate the missile into its launch tube, test the round, and deliver a finished AUR. This is the same model that TASL uses for the Airbus C295 transport aircraft at its final assembly line in Vadodara, Gujarat, where components arrive from Airbus’s Spanish facility and are assembled into a complete aircraft in India.

What Will Be Made in India, and What Will Not

This split has two important implications.

First, India’s industry will gain hands-on experience with a sophisticated Western fire-and-forget ATGM, including its guidance electronics, propulsion, warhead mating, and final quality control. Over time, this exposure is expected to feed into a wider supplier ecosystem, with Indian private-sector firms producing casings, harnesses, structural parts, and sub-components.

Second, the JJV and its US parent companies have made clear that the arrangement is designed to sustain American jobs in the supply chain. The sub-assembly kits will continue to be built in Troy for multiple years, and the GEUs in Tucson, both of which are politically important defence manufacturing hubs in the United States. The Indian facility, by contrast, is at the integration end of the value chain, with the heavier, lower-sensitivity mechanical work. This is a deliberate design choice that keeps the partnership politically sustainable on both sides.

It is also worth noting that the JJV had earlier signed a similar MoU with state-owned Bharat Dynamics Limited (BDL) at the DefExpo 2020 in Lucknow. That arrangement was renewed in February 2025 at Aero India in Bengaluru. The TASL pact does not replace the BDL MoU. Instead, it gives the JJV a private-sector partner with strong experience in integrating Western aerospace platforms, while BDL remains the public-sector pathway for future Javelin production.

Tata Advanced Systems: The Private Sector Backbone

Tata Advanced Systems Limited sits at the centre of India’s most ambitious private-sector defence programmes. Incorporated in 2007 as a wholly-owned subsidiary of Tata Sons, the company is the strategic aerospace and defence arm of the Tata Group and the largest private-sector player in Indian defence mobility.

TASL’s portfolio already spans several major Western partnerships:

• Airbus C295 transport aircraft: Final Assembly Line (FAL) at Vadodara, Gujarat, producing 40 of the 56 aircraft on order for the Indian Air Force. The first Indian-assembled C295 is set to roll out in September 2026, with deliveries running until August 2031.
• Airbus H125 helicopter: India’s first private-sector helicopter Final Assembly Line at Vemagal, Karnataka, inaugurated virtually by PM Narendra Modi and French President Emmanuel Macron in February 2026.
• Lockheed Martin C-130J Super Hercules: A new Maintenance, Repair, and Overhaul (MRO) facility, whose groundbreaking was announced in 2026.
• Airbus Aerostructures: Long-running contracts to manufacture components for the A320 family, A330neo, and A350 commercial aircraft at facilities in Hyderabad and Nagpur.
• DRDO programmes: A specialist supplier for the Akash surface-to-air missile, MRSAM, Pinaka multi-barrel rocket launcher, and the ATAGS artillery gun.
• Tata-Satsyenspace satellite programme: Built and launched the TSAT-1A low-Earth-orbit satellite in April 2024.

TASL is led by Sukaran Singh as CEO and Managing Director. Its registered office is at Hardware Park, Raviryala, in the Maheshwaram Mandal of Hyderabad, Telangana, with a corporate office at Barakhamba Road in New Delhi. With a workforce spanning precision machining, composites, electronics, and full platform integration, the company offers the JJV exactly the kind of proven Western-OEM partner that American defence companies look for when localising production abroad.

The Javelin MoU, in other words, is a natural fit for TASL’s existing playbook: take a Western platform, build the final assembly line in India, gradually grow the local content, and serve both the Indian armed forces and the global supply chain.

Comparing the Javelin with Other ATGMs in India’s Arsenal

The Javelin is not the only ATGM in India’s inventory, nor is it the only one being procured. Here is how the missile stacks up against other platforms either in service, being inducted, or under development for the Indian Army.

Two things stand out from this picture. First, the Javelin and the indigenous MPATGM are in the same technological class: both third-generation, fire-and-forget, top-attack missiles. The MPATGM is in many ways India’s answer to the Javelin, and its induction from 2027 will give the Army a fully indigenous alternative. Until then, the Javelin fills a critical capability gap that no indigenous system can yet cover at scale.

Second, the Javelin’s main competitor in global terms is the Israeli Spike, not the Russian Kornet (which is wire-guided and second-generation) or the American TOW (also wire-guided). Spike is in many ways a more capable long-range ATGM family, with the Spike-ER variant reaching 25 km, but it is also more expensive and has been entangled in India’s procurement processes for years. The Javelin, by contrast, is being brought in through a clean, government-to-government FMS channel followed by a co-production agreement, which is a much faster and more politically straightforward pathway.

Significance for India-US Defence Ties and the Indo-Pacific

The Javelin deal is the most visible defence item on the India-US agenda in 2026, but it sits inside a much broader pattern of growing strategic and industrial cooperation between the two countries.

On the procurement side, India has emerged as one of the largest defence customers of the United States, with major platforms in service including the C-130J and C-17 transport aircraft, the P-8I maritime patrol aircraft, the AH-64E Apache and CH-47F Chinook helicopters, the M777 howitzers, and the S-400 Triumf air defence system from Russia alongside American systems. Defence trade between the two countries has climbed sharply over the last decade, and the Javelin adds another high-profile item to that list.

On the industrial side, the Make in India push in defence has shifted from rhetoric to reality. The Union Budget 2026-27 allocated ₹7.85 lakh crore to defence, the highest-ever, with around 75 percent of the capital acquisition budget reserved for domestic defence industries. ₹1.39 lakh crore of this is specifically earmarked for procurement from Indian defence firms, both public and private. India’s domestic defence production stood at ₹1.54 lakh crore in 2024-25 and the government is targeting ₹3 lakh crore by 2028-29.

The Javelin MoU fits neatly into this framework. It deepens the role of Indian private industry in a high-technology programme, brings in fresh investment and skilled jobs, and gives the United States a politically sustainable way to share sensitive platforms with India while protecting its own manufacturing base. The joint statement specifically pointed to the deal’s role in strengthening regional stability in the Indo-Pacific, language that signals the broader strategic intent behind what is, on paper, a routine commercial agreement.

The pact also sets the template for a wider pipeline. TASL and the JJV have indicated that they will now explore component production in India in the longer term, which would push the indigenous content of each AUR higher over time. If the model works for the Javelin, it can be replicated for other US-origin platforms, from air-to-air missiles to unmanned systems, where India is still largely import-dependent.

The Way Forward

The MoU is a starting gun, not a finish line. The coming months and years will determine how much of the Javelin actually ends up being assembled, and eventually built, in India.

In the short term, the immediate task is to translate the MoU into a binding agreement. This will involve site selection for the FAI facility (TASL has suitable infrastructure at Hyderabad, Nagpur, Vadodara, and Bengaluru), transfer of integration know-how from the JJV to TASL engineers, and the negotiation of a long-term supply arrangement for kits and GEUs from the United States. The Indian Army’s first 100 rounds and 25 launch units are likely to be imported fully built, since there is no Indian assembly line yet, and these will form the initial training and operational fleet.

In the medium term, the focus will shift to industrialising the integration line and ramping up production. Once the FAI facility is operational, the Army can place much larger follow-on orders, with the assembly work happening in India. The JJV has indicated that larger Indian production volumes will help it achieve better economic order quantities in the US, which would lower unit costs for all customers, including the US military itself.

In the longer term, the most consequential question is whether India can move from assembly to genuine component manufacturing, especially of the more sensitive parts like the seeker electronics. This will require sustained investment, technology transfer agreements, and a willingness on the American side to share more of the supply chain. The MPATGM programme, which is being prepared for induction in 2027, will be a parallel track that strengthens India’s own industrial base in this category of weapons. The two systems, the American Javelin and the indigenous MPATGM, are likely to coexist in the Indian Army’s arsenal for at least a decade, with the Javelin filling the immediate capability gap and the MPATGM providing long-term self-reliance.

Key Takeaways

• Tata Advanced Systems Limited (TASL) signed an MoU with the Javelin Joint Venture (JJV) on 30 August 2026 to explore co-producing the FGM-148 Javelin anti-tank missile in India, with TASL selected as the prime Indian partner.
• The Javelin Joint Venture is a partnership between Raytheon (an RTX business) and Lockheed Martin, which has produced more than 50,000 missiles and 12,000 Command Launch Units since the weapon entered service in 1996.
• The Javelin is a third-generation, fire-and-forget, man-portable ATGM with an effective range of 2.5 km with the original CLU and up to 4 km with the Lightweight CLU (LwCLU), capable of both top-attack and direct-attack profiles.
• Under the deal, sub-assembly kits will be built at Lockheed Martin’s Troy, Alabama facility and Guidance Electronics Units at Raytheon’s Tucson, Arizona facility, with final assembly and integration to be done in India by TASL.
• The Indian Army signed its first Letter of Offer and Acceptance for the Javelin on 28 August 2026, just days before the TASL MoU, covering 100 FGM-148 rounds, 1 fly-to-buy missile, and 25 LwCLUs/Block 1 CLUs worth $45.7 million, procured through the US Foreign Military Sales (FMS) route.
• The JJV had earlier signed a similar co-production MoU with state-owned Bharat Dynamics Limited (BDL) in February 2020 at DefExpo Lucknow, renewed in February 2025 at Aero India Bengaluru, making TASL the second Indian partner for the programme.
• India’s indigenous MPATGM, developed by DRDO with production by BDL and VEM Technologies, is in the same third-generation fire-and-forget class as the Javelin, with induction expected from early 2027 following the Indian Army’s procurement clearance in April 2026.
• The Union Budget 2026-27 allocated ₹7.85 lakh crore to defence, the highest ever, with around 75 percent of the capital acquisition budget reserved for domestic defence industries and a target of ₹3 lakh crore in indigenous defence production by 2028-29.