Sunday, February 15, 2026

India Eyes 31 More Rafale-M Jets Following Massive 114-Unit IAF Order: Report


India is poised to dramatically expand its fleet of Rafale fighter jets, with reports indicating a potential order for 31 additional Rafale Marine variants for the Indian Navy on top of a freshly approved procurement of 114 aircraft for the Indian Air Force, according to reports in French media.

French media outlet La Tribune has revealed that New Delhi has approached France to supply these extra Rafale-M jets, pushing the overall order tally to 145. This move would significantly bolster India's naval aviation capabilities, particularly for carrier-based operations.

The Indian Navy was the pioneer in identifying the need for these carrier-capable aircraft, having projected a requirement for 31 new Rafale Marine jets several years ago. Should the deal materialise, the Navy could operate 57 Rafales—surpassing France's own fleet of 41 naval variants.

India already operates Rafale jets following two prior contracts with Dassault Aviation: 36 for the IAF in 2016 and 26 for the Navy in April 2025. The latest development builds on this foundation, marking a substantial escalation in acquisitions.

These Rafale Marine jets are earmarked primarily for INS Vikrant, India's indigenously constructed aircraft carrier. They may also deploy from INS Vikramaditya, the refurbished Russian carrier, with plans underway for a third carrier that could amplify future needs.

In a parallel boost for the IAF, the government cleared a long-stalled proposal on Thursday for 114 Rafale jets under the Multi-Role Fighter Aircraft (MRFA) program. This approval, under a government-to-government pact with France, represents one of India's most ambitious defence procurements.

The MRFA initiative, conceived nearly two decades ago, aims to arrest the IAF's squadron depletion. Currently standing at 31 squadrons against a sanctioned strength of 42, the force urgently requires replenishment to maintain air superiority.

Of the 114 jets, 18 will arrive in fly-away condition from Dassault Aviation. The remainder will be produced in India, incorporating over 50 per cent indigenous content in phased stages, thereby advancing local manufacturing expertise.

Estimates peg the deal's value between Rs 2.90 lakh crore and Rs 3.15 lakh crore, though the Defence Ministry has not issued an official figure. Negotiations on pricing and the weapons suite with Dassault are ongoing, delaying a final contract possibly until year-end.

The jets will integrate advanced armaments, including the MBDA-manufactured Meteor beyond-visual-range air-to-air missile and the Scalp cruise missile. These enhancements will equip the Rafales for multi-domain superiority in air, sea, and precision strikes.

The MRFA project's roots trace back to the late 1990s. An initial Request for Information emerged in 2004, with revival in 2019 at an estimated $18 billion cost, positioning it among the world's largest recent military buys.

This clearance precedes French President Emmanuel Macron's impending visit to India. Sources suggest the proposal may reach the Prime Minister-led Cabinet Committee on Security soon, potentially culminating in an inter-governmental agreement during the trip.

No official confirmation has come from the Indian government regarding La Tribune's report on the naval expansion. Nonetheless, the convergence of IAF and Navy procurements signals a strategic pivot towards deepening Indo-French defence ties.

For the Navy, the additional 31 jets would align with long-term carrier ambitions, ensuring robust air wings amid regional tensions. INS Vikrant's operationalisation has heightened the demand for proven, twin-engine fighters like the Rafale-M.

Indigenous production elements in the IAF deal underscore India's 'Make in India' push. Phased indigenisation to over 50 per cent could involve partnerships with local firms, fostering technology transfer and supply chain resilience.

The Rafale's versatility—encompassing nuclear deterrence, reconnaissance, and deep strikes—makes it ideal for India's diverse threats, from border skirmishes to maritime patrols in the Indian Ocean Region.

This procurement reinforces strategic autonomy while countering squadron erosion against adversaries like China and Pakistan. It also sidesteps protracted competitions, favouring proven off-the-shelf solutions.

As negotiations progress, scrutiny will fall on offsets, local content milestones, and integration with Indian systems like Astra missiles. Success here could set precedents for future multi-role acquisitions. The timing aligns with Macron's visit, potentially accelerating bilateral pacts. Yet, fiscal prudence and parliamentary approvals remain hurdles before jets touch down.

A 145-jet Rafale order would cement India's position as a top operator of this fourth-generation-plus platform, enhancing deterrence across air and sea domains.

Agencies


India To Locally Build 96 of 114 Rafales In Record Defence Pact


India has taken a significant step towards bolstering its air defence capabilities with a landmark deal for 114 Rafale fighter jets. Dassault Aviation, the French manufacturer, will deliver 18 aircraft in fully operational condition, while the remaining 96 will be produced domestically.

This arrangement marks India's largest defence procurement to date, emphasising self-reliance in military manufacturing.

The indigenous production of 96 jets represents a major push under the 'Make in India' initiative. Approximately 60% of the components for these aircraft will be sourced locally, involving partnerships with Indian firms in the aerospace sector. This localisation effort aims to build long-term capabilities in advanced fighter jet assembly and maintenance.

The proposal has already cleared a key hurdle, receiving approval from the Defence Acquisition Council on 16 January. It now awaits final nod from the Cabinet Committee on Security (CCS), chaired by the Prime Minister. This progression underscores the government's commitment to streamlining defence acquisitions amid rising regional tensions.

According to the Ministry of Defence, the new Rafales will significantly enhance air defence along India's border areas. These multirole fighters, equipped with advanced avionics, radar systems, and precision weaponry, will improve deployment flexibility and deterrence against potential adversaries. Their integration into the Indian Air Force promises to address critical squadron strength shortages.

The deal's scale surpasses previous procurements, including the earlier acquisition of 36 Rafales in 2016. That flyaway deal, valued at over €7.8 billion, introduced the Rafale platform to India, proving its mettle in exercises and operations. The current agreement, potentially worth tens of billions, elevates India-France defence ties to new heights.

Domestic manufacturing will primarily occur at a dedicated facility, likely involving Hindustan Aeronautics Limited (HAL) and private players like TATA Advanced Systems and Reliance Aerostructures. This collaboration transfers critical technologies, from composite materials to engine integration, fostering a robust supply chain. Over time, it could position India as a regional hub for fighter jet production.

The 60% indigenisation target builds on lessons from prior offsets. It mandates Dassault to invest in Indian industry, creating jobs and skill development in aerospace engineering. This includes subsystems like airframes, avionics, and weapon pylons, reducing import dependence and enhancing strategic autonomy.

Geopolitically, the Rafales arrive at a pivotal moment. Heightened activities along the Line of Actual Control with China and ongoing cross-border threats from Pakistan necessitate superior air superiority. The jets' beyond-visual-range missiles, electronic warfare suites, and nuclear-capable variants align with India's evolving doctrines, including two-front warfare scenarios.

Financially, the deal leverages government-to-government negotiations to secure competitive pricing. Estimates suggest a per-unit cost below previous benchmarks, aided by economies of scale and local production savings. Funding will draw from the defence budget, with provisions for long-term maintenance contracts ensuring fleet readiness.

Critics have raised concerns over timelines and integration challenges. Past HAL-Dassault frictions during the Medium Multi-Role Combat Aircraft (MMRCA) bid delayed progress, but recent diplomatic thaw has resolved these. The CCS approval is expected to expedite production, targeting full operational capability within the decade.

This procurement complements indigenous programs like the TEJAS MK-2 and Advanced Medium Combat Aircraft (AMCA). By blending foreign technology with local manufacturing, India aims for a balanced fleet. The Rafale's proven track record in diverse theatres, from Libya to Syria, reassures stakeholders of its reliability.

International ramifications are noteworthy. France solidifies its position as India's preferred defence partner, outpacing competitors like the US and Russia. Joint ventures could extend to engine co-production, fuelling ambitions for the Kaveri engine revival.

For the Indian Air Force, strained at 31 squadrons against an authorised 42, these 114 jets offer vital replenishment. Phased induction will prioritise high-threat sectors, enhancing quick reaction alerts and deep-strike missions.

The Ministry emphasises operational synergies with existing Rafales, minimising training overheads. Pilots and ground crews, already familiar with the platform, will accelerate integration. Simulator procurements and doctrine updates will further optimise performance.

Environmentally, local production reduces carbon footprints from transcontinental shipping. Sustainable practices in component fabrication align with global norms, while skill-building programmes target youth employment in defence corridors like Bengaluru and Hyderabad.

In summary, this deal heralds a new era of indigenised air power. As the CCS deliberates, anticipation builds for a transformative boost to India's aerial might, securing borders and projecting strength.

IDN (With Agency Inputs)


IAF's 114 Rafale Mega-Deal: F-4 Fifth-Gen & 24 'Super Rafales' To Counter China-Pak Threats


India's ambitious procurement of 114 advanced Rafale fighter jets from Dassault Aviation marks a significant enhancement to the Indian Air Force's (IAF) combat capabilities.

Among these, 24 aircraft will feature the cutting-edge 'Super Rafale' configuration, derived from the F-5 variant currently under development by the French aerospace giant.

The IAF already operates the F-3 standard Rafales, which are classified as 4.5-generation multirole fighters. These jets incorporate stealth features and possess the capacity to deliver nuclear payloads, underscoring their strategic versatility in both conventional and deterrence roles.

However, the forthcoming batch elevates the technology envelope. The bulk of the 114 aircraft will adhere to the F-4 standard, heralded as fifth-generation fighters owing to substantial upgrades in avionics, sensors, and weapon systems.

Under European classification norms, the F-5 'Super Rafale' pushes boundaries further, positioning it as a sixth-generation platform. This designation reflects anticipated advancements in artificial intelligence integration, directed-energy weapons, and enhanced network-centric warfare capabilities.

Development of the F-5 variant remains ongoing, with Dassault Aviation focusing on refinements that promise superior supercruise performance, adaptive stealth, and manned-unmanned teaming options. These evolutions address emerging threats in contested airspace, particularly relevant to India's geopolitical neighbourhood.

Comparisons to the F-35 and Su-57 are not mere hyperbole. The Super Rafale reportedly edges out the F-35 in kinematic performance, boasting superior speed, climb rates, and payload capacity without the logistical burdens of fifth-generation stealth compromises. Against the Su-57, it offers better multirole flexibility and proven reliability, untainted by Russia's production delays and sanction-hit supply chains.

Deliveries of the F-4 Rafales are slated to commence between 2028 and 2029, allowing the IAF to phase in these assets amid ongoing squadron strength rebuilding efforts. The 'Super Rafale' jets, numbering 24, will follow suit post-2030, ensuring a staggered induction that aligns with production timelines and testing milestones.

This procurement builds on the IAF's existing fleet of 36 Rafale jets, acquired in 2016, which have proven instrumental in operations along the Line of Actual Control (LAC) with China. The expanded order amplifies indigenous integration, with potential offsets benefiting India's defence manufacturing ecosystem under the 'Make in India' initiative.

Strategically, the F-4 and F-5 variants will bolster air superiority, precision strikes, and electronic warfare dominance. Their nuclear delivery compatibility reinforces India's credible minimum deterrence posture, while advanced radar and sensor fusion enable seamless interoperability with systems like the S-400 air defence network.

This deal strengthens Franco-Indian defence ties, countering regional imbalances posed by China's J-20 stealth fighters and Pakistan's prospective platforms. It positions the IAF for sixth-generation equivalence by the mid-2030s, safeguarding national interests in the Indo-Pacific.

IDN (With Agency Inputs)


Modi And Macron To Unveil H125 Assembly Line, Cementing Indo-French Aerospace Ties


Prime Minister Narendra Modi and French President Emmanuel Macron are set to virtually inaugurate the H125 Light Utility Helicopter Final Assembly Line at TATA Airbus in Vemagal, Karnataka. This event marks a significant milestone in Indo-French aerospace collaboration.

The facility, located in the Sahajaanand Industrial Park near Bangalore, represents TATA Advanced Systems Limited (TASL) partnering with Airbus Helicopters. It underscores India's push towards self-reliance in defence manufacturing under the Atmanirbhar Bharat initiative.

The H125, a versatile light utility helicopter, excels in civilian roles such as emergency medical services, law enforcement, and tourism. Its military applications include training, light attack, and reconnaissance missions, making it ideal for India's diverse operational needs.

This assembly line will produce up to 50 helicopters annually, with potential for exports. It creates over 450 direct and indirect jobs, boosting skilled employment in Karnataka's aerospace hub.

Indo-French defence ties have deepened since the 2008 inter-governmental agreement on military helicopters. Joint ventures like HAL's manufacture of 80 TEJAS for the French Armée de l'Air further exemplify this synergy.

TATA Airbus's involvement highlights the private sector's pivotal role in India's defence ecosystem. TASL already collaborates with Airbus on C295 aircraft assembly in Vadodara, expanding India's MRO capabilities.

The virtual inauguration by Modi and Macron signals high-level political commitment. It follows their recent summit elevating bilateral ties to a Comprehensive Strategic Partnership.

France remains India's largest defence partner in Europe, with deals worth over €13 billion since 2016. Key procurements include 36 Rafale fighters, Scorpene submarines, and now the H125 line.

This project aligns with India's offset policy, mandating foreign vendors to invest in local manufacturing. Airbus commits to technology transfer, enhancing India's indigenous capabilities.

The H125 line reduces import dependency, positioning India as a regional helicopter manufacturing hub. It supports the Indian Army's need for light utility helicopters amid border tensions.

Environmentally, the Vemagal facility adheres to green standards, with solar power integration. This reflects global trends in sustainable aerospace production.

Challenges ahead include supply chain integration and skill development. Yet, with DRDO and private firms like TASL, India is bridging gaps in high-tech manufacturing.

The inauguration boosts investor confidence in Karnataka, already home to Boeing and HAL facilities. It could spur further FDI in aerospace.

Geopolitically, it counters China's regional dominance by strengthening India's aerial capabilities. France's Indo-Pacific strategy aligns with this partnership.

Future expansions may include armed variants and MRO services. TASL eyes exporting H125s to Southeast Asia and Africa. This milestone reaffirms Modi-Macron chemistry, following joint visits to Jaipur's helicopter museum. It sets the stage for Gaganyaan and next-gen collaborations.

India's defence exports rose 78% to ₹23,622 crore in FY25, with helicopters pivotal. The H125 line accelerates this trajectory.

The Vemagal facility embodies 'Make in India', blending French expertise with Indian innovation for global competitiveness.

IDN (With Agency Inputs)


India, France To Forge Hammer Missile JV Ahead of Rafale Expansion Deal

Rafale fighter deploying HAMMER missile seconds before ignition

India and France are set to strengthen their defence ties with the signing of a Memorandum of Understanding (MoU) for the joint production of Hammer missiles. This development comes ahead of an anticipated announcement on the acquisition of 114 additional Rafale fighter jets from Dassault Aviation.

Defence Minister Rajnath Singh will co-chair the 6th India-France Annual Defence Dialogue with his French counterpart, Catherine Vautrin. The meeting is scheduled for Tuesday, 17 February, in Bangalore, as confirmed by the Ministry of Defence.

During the dialogue, the two ministers will ink the MoU to establish a joint venture for manufacturing Hammer missiles in India. These precision-strike weapons, capable of targeting ground assets, are already integrated with the Indian Air Force's existing Rafale fleet.

The discussions will encompass a comprehensive review of bilateral defence cooperation. A particular emphasis will be placed on expanding industrial collaboration, aligning with France's growing involvement in India's 'Make in India' initiative.

Dassault Aviation is expected to produce the bulk of the new Rafale jets within India. Meanwhile, engine manufacturer Safran maintains a joint venture with Hindustan Aeronautics Limited (HAL) for helicopter engines.

The ministers are also slated to renew the defence cooperation agreement, extending it for another decade. This renewal underscores the enduring strategic partnership between the two nations.

Further announcements may include arrangements for the reciprocal deployment of officers between Indian Army establishments and French Land Forces. Such exchanges aim to enhance interoperability and mutual understanding.

Prime Minister Narendra Modi and French President Emmanuel Macron are expected to virtually inaugurate the H125 Light Utility Helicopter Final Assembly Line at TATA Airbus in Vemagal, Karnataka. This facility represents another milestone in Indo-French aerospace collaboration.

Defence has long been a cornerstone of India-France relations. The partnership's robustness was evident in 2023-2024 through high-profile exchanges, including Modi's presence as Guest of Honour at the Bastille Day Parade in July 2023 and Macron's role as Chief Guest at India's Republic Day Parade in January 2024.

The recent India-EU Security and Defence Partnership signals deeper engagement with European allies. Military-to-military cooperation is on an upward trajectory, fostering greater strategic alignment.

This visit marks Catherine Vautrin's first trip to India as French Defence Minister, a position she assumed on 12 October 2025. The India-France Annual Defence Dialogue serves as a key ministerial mechanism to assess and steer defence and security ties.

The previous, fifth edition of the dialogue occurred in France from 11 to 13 October 2023. These regular interactions ensure sustained momentum in bilateral defence initiatives.

The Hammer missile joint venture aligns with India's push for indigenous manufacturing and technology transfer. It bolsters the IAF's precision strike capabilities, complementing the expanding Rafale inventory.

Located in Bangalore, a hub for India's aerospace industry, the dialogue's venue highlights the city's role in defence production. Proximity to key players like HAL and private firms facilitates on-ground progress.

Broader implications include enhanced supply chain resilience for India amid global tensions. Joint production reduces import dependencies and builds local expertise in advanced munitions.

French firms' deepening footprint in India reflects mutual benefits. For France, it opens lucrative markets; for India, it accelerates self-reliance under 'Aatmanirbhar Bharat'.

Reciprocal officer deployments could pave the way for joint exercises and training. This people-to-people military interface strengthens operational compatibility.

Renewing the cooperation agreement for 10 years provides a stable framework. It covers areas from joint R&D to logistics support, vital for long-term projects.

As India modernises its armed forces, partnerships like this with France are pivotal. They blend proven Western technology with Indian innovation. The dialogue occurs against a backdrop of regional security challenges. Indo-French ties offer a reliable counterbalance in the Indo-Pacific.

These developments reinforce India-France as a model strategic partnership. Expect further announcements to propel defence industrial ties forward.

Agencies


Indian Army Seeks Net-Firing Drone Interceptors To Counter Stealthy Swarm Threats


The Indian Army is advancing its counter-unmanned aerial systems (C-UAS) capabilities with a dedicated Drone Catcher System, prompted by the growing threat of small, low-radar-cross-section (RCS) drones. This RFI, released on a Friday in early 2026, seeks industry proposals for a system that detects, tracks, and neutralises such threats, including swarms.

The move underscores escalating concerns over these affordable, hard-to-detect platforms in modern conflicts.

Exercise Rudra Shakti 2026, conducted in February, showcased New Generation Equipment (NGE) and New Technology Equipment (NTE), highlighting the Army's push for innovative defences. Officials cite operational lessons from recent engagements, notably Operation Sindoor, where small drones evaded traditional radar-based air defences. Their minimal RCS—often below 0.01 square metres—renders conventional systems ineffective, driving the need for specialised solutions.

The proposed Drone Catcher System comprises three integrated elements: a drone sensor, a drone catcher, and a Ground Control Station (GCS). This modular design ensures seamless detection, command, and interception. Deployable across diverse terrains like plains, deserts, and high-altitude regions, it must operate autonomously or integrate with existing C-UAS and air defence networks.

At its core, the drone sensor relies on Electronically Scanned Array (ESA) technology or superior alternatives. It provides 360-degree coverage, scanning vast airspace volumes while tracking up to 20 drones simultaneously. With a minimum slant detection range of 4 km for targets with 0.01 m² RCS, it prioritises hostile threats and cues them to the GCS for engagement.

The GCS serves as the central command hub, featuring a laptop- or tablet-based interface for real-time oversight. It processes sensor data via secure links, displays drone telemetry, computes targeting solutions onboard, and relays precise engagement parameters to the catcher. This setup enables operators to monitor multiple threats efficiently, enhancing decision-making under pressure.

The drone catcher employs a net-based interception mechanism, favouring non-kinetic neutralisation over destructive hard-kill methods. Once cued, it autonomously acquires and captures targets, minimising collateral damage—crucial for urban environments or protected installations. This recoverable approach allows analysis of captured drones, yielding intelligence on adversary tactics.

Beyond physical capture, the system incorporates an electronic warfare (EW) layer. It features RF denial to disrupt command links, selective GNSS denial to spoof navigation, and deception techniques across standard and non-standard bands. These soft-kill options complement nets, creating a multi-layered defence against drone swarms.

This procurement aligns with global trends in air defence evolution. As small drones proliferate—fuelled by commercial accessibility—militaries worldwide adopt hybrid responses blending sensors, jammers, and interceptors. For India, it addresses border vulnerabilities, particularly along the Line of Control and Line of Actual Control, where low-cost UAVs have featured in skirmishes.

The RFI stage precedes technical evaluations and field trials, paving the way for a formal acquisition case. Quantities remain unspecified, but scalability for battalion- or brigade-level deployment is implied. Indigenous development is prioritised, aligning with Atmanirbhar Bharat initiatives in defence manufacturing.

Industry response will shape timelines, with potential involvement from DRDO, private firms like Tata Advanced Systems or Bharat Electronics Limited, and international partners under Make in India guidelines. Successful integration could bolster India's layered air defence grid, from man-portable systems to theatre-level shields.

Challenges include ensuring all-weather performance, countering evolving drone autonomy, and hardening against electronic countermeasures. High-altitude efficacy, vital for Ladakh and Arunachal deployments, demands rigorous testing. Cost-effectiveness remains key, given the need to counter cheap threats without straining budgets.

Ultimately, this Drone Catcher System represents a proactive leap in asymmetric warfare preparedness. By fusing advanced sensing, EW, and precise interception, the Indian Army aims to neutralise low-RCS threats decisively, safeguarding assets and personnel in an era of ubiquitous drones.

Agencies


India Showcases TEJAS MK-1A To Greece, Paving Way For Strategic Aviation Alliance


Greek Defence Minister Nikos Dendias received a detailed briefing on India's indigenous Light Combat Aircraft, the TEJAS MK-1A, during his high-level visit to New Delhi in February 2026, reported Greek media.

This engagement highlights the burgeoning defence cooperation between India and Greece, with a particular focus on aviation technology transfer and joint industrial ventures.

The presentation underscored the TEJAS as a cost-effective, modern solution tailored to Greece's fleet modernisation needs, especially for replacing ageing F-4 Phantoms in the Hellenic Air Force.

The briefing took place amid Dendias's broader itinerary, which included visits to Bangalore's defence innovation hubs and interactions with public and private sector leaders involved in cutting-edge technologies.

He was also apprised of other indigenous systems like the Akash air defence missile and drone simulators, reflecting India's comprehensive "Make in India" push in defence manufacturing. Dendias expressed keen interest in deepening ties, noting shared platforms such as Rafale fighters operated by both nations' air forces.

Talks between Dendias and his Indian counterpart, Rajnath Singh, extended beyond procurement to emphasise co-production and technology sharing. Proposals reportedly included collaboration on BrahMos supersonic cruise missiles alongside the TEJAS, aligning with Greece's "Agenda 2030" for military reforms through global partnerships.

This fits seamlessly with India's export ambitions under the Atmanirbhar Bharat initiative, offering attractive terms like offsets and local manufacturing.

A Joint Declaration of Intent was signed to bolster bilateral defence industrial cooperation, laying groundwork for a five-year roadmap. The two sides also exchanged a Bilateral Military Cooperation Plan for 2026, encompassing joint training, exercises, and liaison exchanges, such as positioning a Greek officer at India's Information Fusion Centre–Indian Ocean Region (IFC-IOR). These steps signal a shift from mere buyer-seller dynamics to a strategic alliance.

The TEJAS MK-1A itself is a 4.5-generation, multi-role fighter indigenously designed by the Aeronautical Development Agency and built by Hindustan Aeronautics Limited. Featuring advanced avionics, AESA radar, and superior manoeuvrability, it offers a compelling alternative to pricier Western jets, with over 80% indigenous content that supports India's self-reliance goals.

Its single-engine delta-wing design ensures low lifecycle costs, making it ideal for nations seeking agile, high-performance aircraft.

For Greece, facing budget constraints and regional threats, the TEJAS represents operational synergy without dependency on traditional suppliers. Discussions reportedly touched on potential joint ventures, including local assembly in Greece, to enhance its domestic defence industry. This could mark India's first major European fighter export, building on recent successes in Southeast Asia and Africa.

Indo-Greek defence ties have gained momentum since shared geopolitical interests emerged, particularly in countering expansionist influences in the Mediterranean and Indian Ocean. Both nations, as democracies with growing navies and air forces, see mutual benefits in interoperability and supply chain resilience. Dendias's visit follows high-level exchanges, including Prime Ministerial interactions, reinforcing this upward trajectory.

While no formal contract for TEJAS was inked, the briefing has ignited optimism for future deals. Industry observers anticipate follow-on meetings at forums like DefExpo or Aero India, potentially leading to prototypes or trials for the Hellenic Air Force. Success here could unlock doors for other Indian platforms, from missiles to UAVs, in Europe's defence market.

This development exemplifies "Make in India" on the global stage, positioning India as a reliable defence partner. By blending affordability, technology, and strategic alignment, the TEJAS pitch strengthens bilateral bonds while advancing India's goal of $5 billion in defence exports by 2025—a target now extending into 2026 with renewed vigour. The visit thus heralds a promising era of collaborative security innovation between New Delhi and Athens.

Agencies


Indian Navy Secures Approval For Advanced 4MW Gas Turbine Generators To Bolster Fleet Power Capabilities


The Ministry of Defence has granted approval for the Indian Navy to procure state-of-the-art 4-megawatt marine gas turbine-based electric power generators. This decision marks a significant step in enhancing the operational endurance and electrical self-sufficiency of naval warships.

These generators are designed to provide reliable, high-output power for critical onboard systems, including propulsion auxiliaries, weapon controls, radar arrays, and electronic warfare suites. Each unit delivers a robust 4MW capacity, ensuring seamless performance even under demanding combat conditions.

The adoption of marine gas turbines underscores the Navy's shift towards compact, fuel-efficient power solutions. Unlike traditional diesel generators, gas turbines offer superior power-to-weight ratios, faster response times, and reduced maintenance needs, which are vital for modern warships operating in high-threat maritime environments.

This procurement aligns with the Navy's ongoing modernisation drive under the Atmanirbhar Bharat initiative. Indigenous manufacturing capabilities will be leveraged, with potential involvement from public sector undertakings like Bharat Heavy Electricals Limited (BHEL) and private firms such as Tata Advanced Systems or L&T Defence.

The generators will primarily equip upcoming vessels, including Project 18 (next-generation stealth destroyers) and follow-on ships under Project 15B and Project 17A. They will also retrofit select legacy platforms, extending their service life amid regional security challenges posed by China's expanding blue-water navy.

Power generation remains a cornerstone of naval warfare capability. In carrier strike groups or destroyer squadrons, uninterrupted electricity powers vertical launch systems (VLS) for BrahMos and Astra missiles, as well as advanced sensors like the MF-STAR radar. Any blackout risks mission failure.

Gas turbine technology excels in delivering surge power for directed-energy weapons and high-power radars, which are integral to the Navy's future force structure. India's indigenous GTRE (Gas Turbine Research Establishment) has contributed foundational expertise, reducing reliance on foreign suppliers.

The approval comes at a time of heightened Indo-Pacific tensions. With Pakistan's submarine fleet modernising and China's Type 055 destroyers patrolling the Indian Ocean, the Navy requires platforms that maintain 24/7 combat readiness without logistical vulnerabilities.

Integration challenges include ensuring compatibility with COGAG (Combined Gas and Gas) propulsion systems already in service on Kolkata-class destroyers. Rigorous sea trials at the Navy's propulsion test facilities in Vishakhapatnam will validate performance metrics like fuel efficiency and thermal endurance.

Strategic partnerships may accelerate delivery. Collaborations with GE or Rolls-Royce for technology transfer could be revived, though the focus remains on DRDO-led indigenisation. Successful Kaveri derivative engines hint at fully home-grown alternatives by 2030.

For the Navy's three-carrier ambition—INS Vikrant, Vikramaditya, and the planned IAC-3—these generators enable sustained air wing operations, powering electromagnetic catapults and arrestor gear in future configurations.

Crew training programs will commence alongside procurement, utilising simulators. This ensures sailors master turbine management, fault diagnostics, and emergency protocols from day one.

The decision reinforces India's maritime doctrine, as outlined in the 2023 Naval Capstone Document. Robust power plants are non-negotiable for anti-access/area denial (A2/AD) strategies against peer adversaries in the Bay of Bengal and Arabian Sea.

Industry stakeholders welcome the move. Defence corridors in Hyderabad and Lucknow stand ready to scale production, creating high-skill jobs in precision engineering and metallurgy—key to sustaining a ₹5 lakh crore defence manufacturing ecosystem.

Looking ahead, this approval paves the way for hybrid power systems integrating gas turbines with lithium-ion batteries and fuel cells. Such innovations could debut on Project 75(I) submarines, heralding a new era of silent, efficient underwater propulsion.

The 4MW marine gas turbine generators represent a tactical multiplier for the Indian Navy. By fortifying electrical resilience, they ensure warfighting superiority in an era of contested seas.

IDN (With Agency Inputs)


CAS Approval: Coast Guard Bolsters Maritime Vigilance With Advanced EO/IR Systems For Dornier Fleet


The Indian Coast Guard (ICG) has received approval to procure state-of-the-art electro-optical/infrared (EO/IR) systems tailored for its Dornier-228 aircraft. This development marks a significant upgrade in the ICG's maritime surveillance toolkit, addressing longstanding gaps in real-time reconnaissance over India's vast exclusive economic zone (EEZ).

Dornier-228 platforms, maritime variants of the HAL-manufactured twin-turboprop aircraft, have long served as the ICG's workhorse for patrol duties. Indigenous to a large extent through Hindustan Aeronautics Limited (HAL), these aircraft currently rely on basic sensors for coastal monitoring. The integration of EO/IR systems will embed high-resolution daylight cameras, thermal imagers, and infrared detectors, enabling day-night operations even in adverse weather.

EO/IR technology functions by fusing visible-light electro-optical sensors with infrared detection, which captures heat signatures undetectable to the naked eye. For the ICG, this means pinpointing small vessels, identifying smuggling activities, or tracking illegal fishing trawlers from altitudes exceeding 10,000 feet. Such capabilities are vital amid rising maritime threats in the Indian Ocean Region (IOR).

India's 7,500-kilometre coastline demands robust surveillance, particularly with escalating tensions involving piracy off Gujarat, poaching in the Andaman Sea, and potential grey-zone activities by adversarial neighbours. The ICG, operating under the Ministry of Defence, conducts over 5,000 surveillance sorties annually; EO/IR enhancements could double detection efficacy during low-visibility missions.

This procurement aligns with India's Atmanirbhar Bharat initiative in defence. While global vendors like Israel's Elbit Systems or the US's L3Harris dominate EO/IR markets, the approval emphasises indigenous integration by HAL or DRDO-linked firms. Estimated costs hover around ₹500-800 crore for 12-16 systems, fitting within the ICG's modernisation budget of ₹10,000 crore for 2025-30.

Dornier aircraft will undergo pod-mounted or fuselage-integrated retrofits, preserving their 1,800-kilometre range and 10-hour endurance. Trials could commence at INS Garuda in Kochi, with operational deployment targeted for 2028. This upgrade complements recent acquisitions like HAL's D4K variants and indigenous DHRUV MK-III helicopters.

Strategic imperatives drive this move. China's expanding naval footprint in the IOR, including submarine patrols near the Lakshadweep chain, necessitates persistent ISR (intelligence, surveillance, reconnaissance). EO/IR-equipped Dorniers can cue naval assets, such as the INS Vikrant carrier group, for rapid response, enhancing domain awareness under the Information Fusion Centre-Indian Ocean Region (IFC-IOR).

Pollution monitoring gains a boost too. EO/IR systems excel at detecting oil spills or chemical discharges via thermal anomalies, supporting the ICG's dual role in search-and-rescue (SAR) and environmental protection. In 2025 alone, the ICG responded to 180 SAR incidents, saving over 1,200 lives; enhanced sensors could shave response times by 30%.

Interoperability with tri-services platforms is another win. EO/IR data streams will feed into the Navy's Network for Information Sharing (NIS), enabling seamless handovers during joint operations like Sagar Kavach exercises. This fosters synergy with the Indian Navy's P-8I Poseidon fleet, which already employs advanced EO/IR for blue-water patrols.

Challenges persist, however. Electro-optical systems demand skilled operators, prompting the ICG to ramp up training at its Porbandar Aviation Centre. Cybersecurity risks in data links also loom, necessitating DRDO's indigenous encryption protocols. Supply chain delays, as seen in prior HAL projects, could push timelines, but government fast-tracking via emergency powers mitigates this.

Fiscal prudence underscores the approval. By opting for modular EO/IR payloads, the ICG avoids full airframe replacements, extending Dornier service life to 2040. This mirrors global trends, where the US Coast Guard integrates similar tech on its HC-144A Ocean Sentries for drug interdiction.

Broader implications ripple through India's defence ecosystem. Private players like Tata Advanced Systems or Bharat Electronics Limited (BEL) may secure subsystem contracts, spurring jobs in Bengaluru's aerospace corridor. Export potential emerges too, positioning India as an EO/IR integrator for friendly nations like Maldives or Sri Lanka under SAGAR (Security and Growth for All in the Region).

In tandem with the ICG Shipbuilding Scheme—encompassing 24 Fast Patrol Vessels and offshore patrol vessels—this EO/IR infusion cements the Coast Guard's role as India's first responder at sea. Critics argue for hypersonic missile defences next, but surveillance primacy is irrefutable.

Ultimately, these systems transform Dorniers from routine patrollers into force multipliers. As maritime chokepoints like the Strait of Malacca heat up, the ICG's sharpened eyes will safeguard trade lanes carrying 80% of India's energy imports. This quiet approval heralds a vigilant maritime frontier.

IDN (With Agency Inputs)


CDS Chauhan Warns of Transactional Alliances: India Must Forge Path To Victory Alone


Chief of Defence Staff (CDS), General Anil Chauhan, delivered a stark assessment of the evolving global security landscape during a seminar in Pune.

Speaking at the JAI (Jointness, Aatmanirbhar Innovation) event organised by the Southern Command, he emphasised that distinguishing friends from foes has become increasingly challenging in today's world.

General Chauhan pointed out that the notions of permanent friendships or enduring enmities are no longer reliable. Strategic partnerships, he observed, have turned transactional, driven by immediate interests rather than long-term allegiances.

He urged India to cultivate the readiness to act alone when necessary, developing this capability across three critical dimensions: mental preparedness, structural reforms, and physical infrastructure.

The CDS highlighted the rapid shifts in the global security environment, marked by heightened uncertainty. He identified trends such as "coercive nationalism" and "economic weaponisation," where nations leverage trade, supply chains, technology access, and critical resources to exert strategic pressure.

Traditional declarations of war are giving way to subtler forms of confrontation, General Chauhan noted. Proxy conflicts, limited military engagements, and cyber operations have emerged as preferred tools of competition.

Moreover, cognitive and information warfare now dominate, targeting entire societies rather than solely military forces. These domains represent new battlegrounds in modern geopolitics.

Turning to the seminar's theme, "Jai Se Vijay," the CDS described it not merely as a slogan but as a comprehensive strategic doctrine. This framework connects intent with tangible outcomes, he explained.

JAI itself encapsulates three pillars: Jointness among the armed forces, Aatmanirbharta or self-reliance, and Innovation. General Chauhan stressed that these elements are essential for India to confront future threats effectively.

To achieve victory, India must confront its strategic vulnerabilities head-on, he asserted. Outdated military doctrines need overhaul, and entrenched organisational silos must be dismantled.

General Chauhan warned that the coming decade will be defined by intense competition, direct confrontations, and accelerated technological disruptions. The Indian Armed Forces, therefore, require transformation to thrive in this volatile era.

Victory, he concluded, hinges not on rhetoric or proclamations but on demonstrable, measurable results. This pragmatic approach underscores the need for actionable reforms across the defence establishment.

The seminar in Pune served as a timely platform for these insights, reinforcing the Southern Command's role in fostering strategic discourse within India's military leadership.

Agencies


DRDO Chief Unveils Ambitious Expansion In Defence R&D For Underwater And Space Domains


Dr Samir V Kamat, Chairman of the Defence Research and Development Organisation (DRDO) and Secretary of the Department of Defence Research and Development (DDR&D), received an honorary doctorate from SRM University-A.P. during a special convocation in Amaravati on Saturday, 14 February 2026.

The ceremony, graced by Union Minister of State for Parliamentary Affairs Arjun Ram Meghwal, underscored India's accelerating push towards self-reliance in defence technologies.

Presenting the honour alongside SRM University's management, Minister Meghwal lauded Dr Kamat's contributions to national security. The event highlighted DRDO's strategic expansions, including five newly established laboratories and 15 fresh centres dedicated to critical domains such as underwater awareness and space awareness.

In his address post-conferment, Dr Kamat emphasised DRDO's commitment to bolstering India's intellectual capital. He revealed that these new facilities aim to drive scientific advancements, fostering cutting-edge research in underwater surveillance and space-based intelligence—areas vital for modern warfare and maritime security in the Indian Ocean region.

Dr Kamat urged the university's young graduates to embrace indigenous defence technology development. He stressed the need for strategic foresight and advanced weaponry, positioning India not merely as a regional power but as a global leader in defence innovation.

This expansion aligns with India's Atmanirbhar Bharat initiative, where DRDO plays a pivotal role in reducing import dependence. The new underwater awareness centres, for instance, could enhance capabilities in anti-submarine warfare, countering threats from adversaries in contested waters.

Similarly, the space awareness centres build on successes like the Agni and BrahMos missile series, integrating satellite reconnaissance with hypersonic technologies. These efforts promise to fortify India's strategic deterrence amid evolving geopolitical tensions.

Minister Meghwal, in his convocation speech, traced India's industrial evolution from post-independence challenges to today's burgeoning defence manufacturing ecosystem. He motivated students to "increase your strength, minimise your weakness, see the opportunity and convert that to success," echoing the nation's transformative journey.

The presence of SRM University's leadership—Founder Chancellor T R Paarivendhar, Pro-Chancellor P Sathyanarayanan, Vice-Chancellor Ch. Satish Kumar, Registrar R Premkumar, and members of key councils—lent academic gravitas to the occasion. It signalled a growing synergy between academia and defence research.

Dr Kamat's recognition comes at a juncture when DRDO has notched up milestones, including the successful induction of indigenous systems like the Akash missile and TEJAS fighter variants. The new labs are expected to accelerate projects in AI-driven autonomy and quantum-secured communications.

For India's defence sector, these developments mean enhanced R&D capacity, potentially spawning private sector partnerships under the Defence Corridors initiative. This could translate into thousands of jobs and bolster exports, as seen with recent BrahMos deals abroad.

Critically, the focus on underwater and space domains addresses gaps in India's maritime and celestial surveillance. With China's assertive naval expansions, such capabilities will safeguard vital sea lanes and support tri-service integration.

Universities like SRM-A.P. now stand poised to contribute talent pipelines, bridging theoretical research with practical defence applications. Dr Kamat's call to action resonates with the youth, who could drive India's leap from technology follower to innovator.

As India navigates a multipolar world, DRDO's blueprint under Dr Kamat promises resilience. This convocation not only celebrated individual excellence but heralded a bolder era for national defence R&D.

Agencies


Assam's Highway Runway: Strategic Lifeline Near China's Border; Why The Strip Is So Crucial


Assam's newly inaugurated emergency landing strip on the Dibrugarh-Moran stretch of National Highway represents a pivotal advancement in India's defence infrastructure. Located just 60 kilometres from the Line of Actual Control (LAC) with China, this 4-kilometre reinforced highway section transforms ordinary tarmac into a vital airstrip capable of handling advanced fighter jets like the Rafale and Su-30MKI.

Prime Minister Narendra Modi personally landed his aircraft there on 13 February 2026, marking its operational debut and underscoring its national security importance.

This facility addresses longstanding vulnerabilities in Northeast India's air operations. Traditional airbases in the region remain limited and distant from forward border areas, creating delays in response times during tensions.

The strip enables rapid deployment, refuelling, and redeployment of aircraft, slashing reaction times and providing the Indian Air Force (IAF) with flexible forward basing options. In a high-threat environment near the LAC, where China has rapidly expanded its infrastructure, such capabilities multiply operational effectiveness without the need for costly permanent bases.

The strategic calculus extends beyond military deterrence. Distributed landing sites like this one enhance survivability by dispersing air assets, making them harder for adversaries to target in concentrated strikes.

They introduce uncertainty into enemy planning, as aircraft dispersal patterns become unpredictable across India's national highway network. Economically, upgrading existing highways proves far cheaper than greenfield airfield construction, aligning with India's push for indigenous, multi-role infrastructure.

Northeast India's geography amplifies the strip's value. Prone to annual monsoons, floods, and landslides, the region often sees airports rendered unusable, isolating remote communities. This dual-use facility supports humanitarian missions, enabling helicopters and transport planes to deliver aid, evacuate casualties, and sustain relief efforts when conventional runways fail. During seismic events or cyclones, it ensures unbroken air connectivity, blending civil resilience with military readiness.

Part of a broader national programme, this marks the Northeast's first Emergency Landing Facility (ELF) among India's 28 designated highway strips. Pioneered in Rajasthan's Barmer sector, the network reflects a doctrinal shift towards highway-based air power, inspired by global precedents in nations like Germany and Israel. Advanced features include precision lighting, communication arrays, and rapid-support gear, ensuring seamless integration with IAF operations.

China's aggressive border build-up, including airfields and roads opposite Arunachal Pradesh, necessitated this response. The Moran strip bolsters India's eastern sector posture, signalling resolve amid ongoing LAC frictions.

It strengthens deterrence by enabling swift air dominance, while reducing reliance on vulnerable forward bases like Tezpur or Jorhat. Defence experts hail it as a "force multiplier," enhancing crisis management without escalating tensions.

Civil-military synergy defines its long-term impact. During peacetime, it serves as a backup for civilian flights facing weather disruptions or technical issues. Executed by the National Highways & Infrastructure Development Corporation Ltd (NHIDCL) with IAF oversight, the project exemplifies efficient resource use in a resource-constrained defence ecosystem. Operational since late 2025, it sets a template for further Northeast upgrades.

Assam's emergency landing strip embodies proactive strategic foresight. By fusing highway durability with aviation prowess, India fortifies its eastern frontier against multifaceted threats—be they geopolitical, natural, or hybrid. This infrastructure leap not only safeguards sovereignty but also promises regional stability and disaster-proof connectivity.

IDN (With Agency Inputs)


Defence Ministers of India, France To Co-Chair 6th Annual Defence Dialogue In Bangalore


Defence Ministers Rajnath Singh of India and Catherine Vautrin of France will co-chair the 6th India-France Annual Defence Dialogue in Bengaluru on 17 February. This key bilateral meeting, announced by India's Ministry of Defence, underscores the deepening strategic partnership between the two nations.

The dialogue will comprehensively review all aspects of bilateral defence cooperation. Particular emphasis will be placed on expanding industrial collaboration, reflecting both countries' commitment to joint manufacturing and technology transfer.

A significant outcome expected from the talks is the renewal of the defence cooperation agreement for another decade. This extension will provide a stable framework for ongoing military engagements and future initiatives.

In a major development, both ministers are likely to witness the signing of a Memorandum of Understanding (MoU) for a joint venture to manufacture Hammer precision-guided missiles. This deal will bolster India's indigenous defence production capabilities under the 'Make in India' initiative.

Further strengthening personnel exchanges, an announcement is anticipated on the reciprocal deployment of officers between Indian Army establishments and French Land Forces units. Such moves enhance interoperability and mutual understanding.

The ministers will also observe the virtual inauguration of the H125 Light Utility Helicopter Final Assembly Line by Tata Airbus. This event, to be graced by Prime Minister Narendra Modi and French President Emmanuel Macron, will take place at Vemagal in Karnataka, marking a milestone in aerospace collaboration.

Defence has long been a cornerstone of the India-France relationship. The partnership has flourished through high-level exchanges, including Prime Minister Modi's role as Guest of Honour at the Bastille Day Parade in July 2023 and President Macron's attendance as Chief Guest at India's Republic Day Parade in 2024.

Recent milestones, such as the India-EU Security and Defence Partnership, have further elevated ties with European allies like France. This broader framework supports enhanced strategic autonomy for India amid global geopolitical shifts.

Military-to-military cooperation continues to expand robustly. India and France conduct three flagship joint exercises annually: Exercise Shakti for army units, Exercise Varuna for naval forces, and Exercise Garuda for air forces, alongside numerous specialised engagements.

Catherine Vautrin's visit to India marks her first official trip since taking office as France's Minister of the Armed Forces and Veterans Affairs on 12 October 2025. Her participation signals France's prioritisation of the Indo-Pacific region.

Established as a structured ministerial platform, the India-France Annual Defence Dialogue guides defence and security cooperation. The previous, 5th edition occurred in France from 11-13 October 2023, setting the stage for these advancements.

This dialogue in Bangalore not only reinforces existing pillars of cooperation but also paves the way for next-generation projects in missiles, helicopters, and personnel integration. It exemplifies how defence industrial ties can drive mutual technological and economic growth.

Based On ANI Report


Global Tech Giants Champion From Accenture, Amazon, Qualcomm, Vertiv India's Leadership at AI-Impact Summit 2026


India is emerging as a pivotal force in shaping the future of artificial intelligence, with the AI-Impact Summit 2026 set to underscore this position. Scheduled to commence on Monday in New Delhi, the week-long event will draw representatives from over 20 countries, highlighting India's proactive stance in global AI governance.

Tech leaders from Accenture, Amazon, Qualcomm, and Vertiv have voiced strong enthusiasm, emphasising how the summit aligns with India's focus on deploying AI for tangible benefits to citizens.

The summit arrives at a critical juncture, particularly for the Global South, as noted by Accenture Chair and CEO Julie Sweet. She highlighted the need for bold leadership and collaboration among governments, businesses, and civil society to scale AI safely.

Sweet stressed that AI will redefine work, economies, and societies over the next decade, with humans remaining at the helm to ensure equitable progress. Her remarks, shared via a video from the Indian Embassy in the US, reflect optimism about India's convening power.

A core pillar of the summit is the democratisation of AI resources, aiming to promote equitable access to foundational tools for inclusive innovation worldwide. Qualcomm President and CEO Cristiano Amon described this as essential for AI's next growth phase.

He pointed to India's unique potential in edge AI, which could deliver real-time insights in sectors like agriculture, healthcare, education, and digital services. Amon envisioned AI integrating seamlessly into everyday devices—from phones and PCs to cars and robots—powered by efficient data centres, on-device intelligence, and future networks like 6G.

Positioning AI for economic development and social good forms another key focus, with an emphasis on boosting productivity and inclusive growth. Amazon's Chief Global Affairs and Legal Officer David Zapolsky underscored technology's promise in solving real-world problems.

He cited Amazon's substantial investments in India—USD 40 billion since 2010, supporting 2.8 million jobs and USD 20 billion in exports—alongside a pledged additional USD 35 billion through 2030. Zapolsky advocated for government-industry partnerships to ensure AI reduces inequalities and enhances lives, from aiding farmers to empowering small businesses.

Vertiv CEO Giordano Albertazzi praised India's rapid AI adoption and innovation as a global example. He noted Vertiv's increased investments in engineering and manufacturing there, with new technologies tailored for gigawatt-scale AI factories. Albertazzi looks forward to discussions on infrastructure, energy efficiency, and scalable ecosystems to fuel AI's expansion, positioning India as a hub for humanity's AI-driven future.

India's credentials as an AI powerhouse are robust. The nation boasts one of the world's fastest-growing AI markets, projected to surpass USD 17 billion by 2027, per a Boston Consulting Group report. This growth is propelled by strong government backing, nearly 800 million internet users, a robust STEM education framework, and scalable public digital infrastructure like India Stack.

These foundations enable practical AI deployment at scale across public services and everyday life. From precision agriculture enhancing crop yields to AI-driven healthcare diagnostics and educational tools personalised for millions, India's approach prioritises measurable societal impact. The summit's emphasis on ethical scaling aligns with global calls for responsible AI, where India leads by example in balancing innovation with inclusivity.

Geopolitically, the event reinforces India's ambitions under initiatives like Viksit Bharat, aiming for developed-nation status by 2047. By hosting global tech titans, New Delhi signals its intent to influence AI standards, much like its strides in digital public goods. This could accelerate indigenous AI development, foster public-private partnerships, and position India as a bridge between the Global North's tech prowess and the South's scale.

Challenges remain, including ensuring data privacy, bridging digital divides in rural areas, and upskilling a young workforce amid rapid tech shifts. Yet, the summit's dialogues on democratisation and infrastructure address these head-on. As Amon noted, competitive technologies for edge computing will be vital, potentially spurring Indian firms in semiconductors and AI hardware.

The AI-Impact Summit 2026 is more than an event; it is a declaration of India's agency in AI's narrative. With endorsements from industry heavyweights, it promises actionable outcomes on governance, access, and deployment, paving the way for AI to drive sustainable progress worldwide.

Based On ANI Report


DAC Approves Vibhav Mines For Indian Army To Bolster Armoured Warfare Edge


The Ministry of Defence has granted approval for the induction of self-neutralising Vibhav anti-tank mines into the Indian Army's arsenal, marking a significant enhancement to its ground combat capabilities. This decision, announced recently, comes amid escalating border tensions and the need for robust defensive measures against armoured threats.

"Vibhav' anti-tank mine is already in production. It has been completed. It is now in demand. It has been inducted into the Indian Army. Six hundred mines have been inducted (recently)," an official of the manufacturing company told PTI.

Vibhav mines represent a leap forward in indigenous defence technology, developed by a consortium involving public and private sector players under the Atmanirbhar Bharat initiative. These non-metallic, scatterable mines are designed to neutralise enemy tanks, infantry fighting vehicles, and other armoured platforms with high precision. The mines are designed to provide mobility kill against all enemy armoured vehicles.

Capable of being deployed via artillery, helicopters, or handheld launchers, Vibhav operates on a multimodal fuse system that includes magnetic, seismic, and infrared sensors. This ensures reliable detection and detonation, even against modern tanks equipped with reactive armour or electronic countermeasures.

Each mine carries a potent shaped charge warhead, delivering overpenetration to defeat composite armour up to 1,000 mm thick. Their new-age plastic construction renders them undetectable by conventional metal detectors, providing a stealth advantage in contested terrains.

The approval follows rigorous trials conducted by the Army's Combat Vehicles Research and Development Establishment (CVRDE) and field units along the Line of Actual Control (LAC). Performance exceeded expectations in high-altitude and desert environments, critical for India's diverse operational theatres.

Procurement will proceed under the emergency powers granted to the armed forces, enabling swift acquisition without lengthy tender processes. Initial orders are estimated at 50,000 units, with production ramping up at facilities linked to Bharat Earth Movers Limited (BEML) and private partners.

This induction addresses a longstanding gap in the Army's anti-tank mine inventory, where legacy systems like the Soviet-era TM-46 have become obsolete. Vibhav's man-portable variants also empower infantry squads to create instant kill zones during defensive operations.

Integration with the Army's tactical doctrine will enhance area denial strategies, particularly in mechanised warfare scenarios. Command-detonated and self-destruct modes mitigate risks of post-conflict hazards, aligning with international norms on mine usage.

Experts hail Vibhav as a cost-effective alternative to imported systems like the American M18A1 Claymore or Israeli In-Law mines, priced at roughly one-tenth the cost. Domestic manufacturing reduces supply chain vulnerabilities exposed during the 2020 Galwan standoff.

The move underscores India's push towards self-reliance in munitions, with over 70 per cent indigenous content in Vibhav. It complements ongoing procurements such as the Nag anti-tank guided missiles and loitering munitions, fortifying layered defences.

Future upgrades may incorporate AI-driven target discrimination to distinguish friendly from hostile vehicles, further elevating Vibhav's lethality. Army planners anticipate full operational deployment by mid-2027, ahead of potential escalations in Ladakh or Arunachal Pradesh.

This approval not only bolsters tactical readiness but also signals confidence in India's defence R&D ecosystem. As geopolitical pressures mount from neighbours like China and Pakistan, such innovations ensure the Army remains a formidable deterrent.

IDN (With Agency Inputs)