Monday, February 23, 2026

Rafale Deal's Limited Tech Transfers: France Will Not Transfer Source Codes For The Jets


New Delhi's negotiations for the Multi-Role Fighter Aircraft (MRFA) program under the Rafale banner face a familiar sticking point: restricted technology transfers.

According to lessentieldeleco.fr a French media web portal, France has made it clear that India will not gain access to the source code for the Rafale's core electronic systems and electronic warfare suite. This limitation echoes past deals and curtails India's autonomy in customising the jets.

Without source code, Indian engineers cannot independently integrate new sensors, weapons, or upgrades into the aircraft. Any modifications would require direct involvement from Paris and manufacturers like Dassault Aviation and Thales. This dependency could slow response times to emerging threats and inflate long-term costs.

The Indian government must seize this opportunity to demand concrete, enforceable commitments. Unlike the previous 36 Rafale deal, negotiators should insist on quantified targets for jobs created, local content percentages, and engineering knowledge transfers. Stricter monitoring mechanisms, perhaps through independent audits, would ensure compliance.

This MRFA procurement replaces the long-stalled Medium Multi-Role Combat Aircraft (MMRCA) tender for 126 jets. That earlier effort collapsed after years of wrangling over industrial participation and responsibilities with Hindustan Aeronautics Limited (HAL). Bureaucratic delays and mismatched expectations doomed the project.

Opting for a government-to-government (G2G) pact this time sidesteps those pitfalls. It promises faster delivery and fewer procedural hurdles. Yet, Indian defence analysts caution that superficial transfers—limited to mere assembly and structural manufacturing—could foster prolonged reliance on foreign expertise.

The Rafale's pedigree is impressive, with its spectrum of air-to-air, air-to-ground, and nuclear deterrence roles. Proven in conflicts from Libya to Syria, it boasts advanced radar like the RBE2 AESA and a robust Spectra EW suite. However, India's strategic needs demand more than off-the-shelf imports.

Indigenous integration is paramount amid rising threats from Pakistan's J-10Cs and China's J-20 stealth fighters. The Indian Air Force (IAF) requires platforms that evolve with home-grown missiles like Astra Mk2, Rudram anti-radiation weapons, and future hypersonics. Source code denial hampers this synergy.

Past Rafale transactions highlighted these frictions. The 2016 deal for 36 jets included some offsets but fell short on deep tech transfers. HAL's exclusion from final assembly irked observers, fuelling perceptions of lost opportunities for self-reliance under Atmanirbhar Bharat.

The MRFA aims for 114 aircraft, potentially split across squadrons needing urgent replenishment. Squadrons like 17 'Golden Arrows' and 101 'Falcons' operate ageing MiG-21s and Mirage-2000s ripe for replacement. A G2G route accelerates induction, vital as IAF strength dips below 30 squadrons against a sanctioned 42.

Experts like retired Air Marshal Kapil Kak warn of a 'black box' trap. Limited transfers mean India remains a paying customer, not a partner. True capability-building demands co-development of avionics, software algorithms, and even engine tweaks for BrahMos integration.

Dassault's reluctance stems from protecting intellectual property. The Rafale's software is proprietary, underpinning its edge in beyond-visual-range combat. Sharing it risks proliferation to rivals via espionage or offsets. France prioritises export viability over full openness.

India's countermeasures could include tiered demands. Start with licensed production at HAL or private firms like TATA Advanced Systems and Adani Defence. Escalate to joint ventures for EW subsystems, mirroring the TEJAS MK-1A's ecosystem.

Local content mandates should exceed 60 per cent, building on the 13 per cent in the first deal. This generates thousands of jobs in Bangalore's aerospace hub, where HAL and private players cluster. Engineering transfers must cover design methodologies, not just blueprints.

Monitoring is key, as a bilateral oversight committee with IAF, DRDO, and French representatives could track milestones, while penalties for shortfalls—such as reduced offsets or delayed payments—would enforce accountability.

Importantly, the deal bolsters the Indo-French strategic axis amid Quad dynamics and China's assertiveness, as Rafales enhance India's maritime strike from Andaman bases, yet over-dependence dilutes Quad interoperability if US platforms like F-35 enter the fray.

Private sector involvement offers promise, with firms like Bharat Electronics Limited (BEL) localising radars while Mahindra Defence handles fuselages, mirroring Israel's model where local firms indigenised F-16s despite US curbs.

Critics, including parliamentary panels, decry 'costly crutches', as the MMRCA saga cost ₹50,000 crore in delays and MRFA risks similar if transfers lag, while public accounts committees urge 'make in India' clauses with veto powers.

Procurement timelines press urgency, with RFPs floated in 2019 and decisions looming by 2026, as IAF projections show a 2029 shortfall without swift action that delays exacerbate amid the China border standoff's lessons from Galwan.

To mitigate, India could blend Rafale with indigenous TEJAS MK-2, as a hybrid fleet balances imports with self-reliance, allocating MRFA to high-threat western fronts and TEJAS to numbers-heavy roles.

Global precedents inform strategy, as Sweden shared Gripen source code with Brazil, enabling upgrades, while South Korea's KF-21 leverages US tech transfers judiciously, so India must negotiate similarly, leveraging its market heft.

Success hinges on New Delhi's resolve, quantified jobs—say, 10,000 direct—local content rising to 70 per cent, and phased source code access for select modules, stricter than 2016, these terms forge a true partnership.

Failure risks repeating history: shiny jets with opaque hearts, tethering India's skies to Parisian whims. As MRFA program unfolds, vigilance ensures sovereignty in the cockpit.

French Media


HAL Clarifies No TEJAS Crash Occurred; Terms Runway Episode 'Minor Technical Glitch'


Hindustan Aeronautics Limited (HAL) has issued a firm clarification stating that there was no crash involving the Light Combat Aircraft (LCA) TEJAS, describing the recent event as merely a minor technical incident on the ground.

This statement follows media reports of an aircraft sustaining major airframe damage after overshooting the runway at a frontline airbase on 7 February 2026.

The pilot ejected safely during the incident, which occurred as the jet returned to base following a training sortie, with sources pointing to a suspected brake failure.

In its official filing to the stock exchanges, HAL emphasised that the TEJAS upholds one of the world's finest safety records among modern fighter jets.

The Bengaluru-based firm noted that a thorough analysis of the issue is underway as per standard procedures, and it is collaborating closely with the Indian Air Force (IAF) to resolve it promptly.

HAL's shares dipped nearly 3 per cent on the Bombay Stock Exchange, trading at ₹4,047.95 apiece around 2:48 PM on 23 February 2026, reflecting market sensitivity to the news.

This episode unfolds against the backdrop of ongoing delays in delivering the advanced TEJAS MK-1A variant to the IAF, primarily due to supply shortfalls of GE Aerospace's F404-IN20 engines.

Contracts worth ₹48,000 crore for 83 TEJAS MK-1A jets were inked in February 2021, followed by a ₹62,370 crore deal in September 2025 for 97 more, yet engine delays have pushed first deliveries into 2026.

Defence Secretary Rajesh Kumar Singh recently confirmed that five engines are available, with five MK-1A aircraft flying and nine more built, pending further engine supplies to stabilise production.

The TEJAS, a single-engine, multi-role fighter tailored for high-threat scenarios, excels in air defence, maritime reconnaissance, and strike roles.

Despite HAL's reassurance, this marks the third reported mishap for the TEJAS program; the first occurred in March 2024 near Jaisalmer, where the pilot ejected safely after a possible engine issue.

The second incident unfolded in November 2025 at the Dubai Air Show, where the jet crashed during a low-altitude manoeuvre, tragically claiming the life of the pilot, Wing Commander Namansh Syal.

Prior to these, the TEJAS boasted an impeccable safety record since its maiden flight in 2001 and induction into IAF service in 2016, with over 32 aircraft delivered in earlier configurations.

Critics have highlighted a fleet loss rate of about 5.7 per cent across 35 aircraft, with roughly 977 flight hours per incident, though HAL contests such metrics by underscoring the platform's overall reliability.

The IAF operates two squadrons with TEJAS aircraft, which have logged thousands of sorties, affirming the jet's operational maturity despite teething challenges.

HAL remains committed to ramping up production, with Defence Secretary Singh noting that a prospective order for 180 MK-1A jets will allow refinements to fully align with IAF operational requirements.

As investigations proceed, this ground incident underscores the rigorous testing and safety protocols integral to India's indigenous defence aviation push.

The TEJAS program symbolises a cornerstone of self-reliance in military hardware, navigating hurdles like supply chain dependencies to bolster IAF capabilities.

Agencies


India Poised To Rescue Franco-European FCAS With Sixth-Gen Fighter Partnership Amid German Standoff


India is considering a significant partnership with France to co-develop and co-manufacture a sixth-generation fighter aircraft as part of the Future Combat Air System (FCAS) program. This move could mark a pivotal step in bolstering India's advanced aviation capabilities amid ongoing European tensions, The Print reported.

Initial discussions have already taken place regarding India's potential entry into the FCAS initiative, which France, Germany, and Spain launched in 2017. The program aims to safeguard European sovereignty in defence and security through cutting-edge technology.

Nearly nine years on, the €100 billion project faces substantial challenges. Sharp disagreements over leadership and workshare distribution have cast doubts on its viability, prompting German Chancellor Friedrich Merz to declare last week that the arrangement no longer suits Germany. He described the issue as technical rather than political.

France requires its FCAS fighter to accommodate nuclear weapons and operate from aircraft carriers, reflecting its strategic needs. In contrast, Germany opposes nuclear armament and has even decommissioned its nuclear power plants, highlighting a fundamental divergence in requirements.

The key players include Dassault Aviation from France, Airbus representing Germany and Spain, and Indra Sistemas from Spain. Escalating disputes between Airbus and Dassault have led Airbus to propose a "two-fighter solution," where France develops one design and Germany with Spain pursues another, linked by a shared FCAS architecture.

Airbus CEO Guillaume Faury publicly endorsed this approach during the company's annual results announcement. He argued that the deadlock should not derail Europe's high-tech defence ambitions and affirmed Airbus's readiness to lead a restructured FCAS through continued cooperation.

India has conveyed strong interest to France, signalling readiness to join if the partnership with Germany falters. This comes as India advances its own fifth-generation Advanced Medium Combat Aircraft (AMCA), where FCAS collaboration could fast-track access to sixth-generation innovations.

These technologies encompass manned-unmanned teaming, combat cloud networking, advanced propulsion systems, and superior stealth features. Such integration would enhance the Indian Air Force's (IAF) future readiness against evolving threats.

The outcome remains uncertain: the FCAS could unify as a pan-European effort, fragment into parallel programs, or evolve into a robust India-France alliance. New Delhi is monitoring the European discord closely, positioning itself strategically.

This would represent India's second major foreign collaboration in next-generation aviation. Previously, a tie-up with Russia for the Fifth Generation Fighter Aircraft (FGFA) collapsed in 2018 over unsatisfactory workshare and failure to meet true fifth-generation standards.

India's longstanding trust in France traces back to the 1950s. Throughout this period, the IAF has consistently operated Dassault-built fighters or those with French technological lineage, underscoring a reliable partnership.

Amid turbulence in the FCAS, India's overture could provide France with a vital ally, injecting fresh momentum and resources. It aligns with New Delhi's push for indigenous manufacturing while leveraging proven international expertise.

For India, participation offers a hedge against delays in its AMCA program and exposure to combat cloud systems critical for network-centric warfare. This could accelerate integration of AI-driven drones and swarming tactics into IAF operations.

The collaboration strengthens the India-France strategic axis, countering influences from China and Pakistan in the Indo-Pacific. It also diversifies India's defence partnerships beyond Russia, amid shifting global alignments.

Ultimately, this development signals India's ambition to leapfrog into sixth-generation aviation, potentially reshaping South Asian airpower dynamics. As talks progress, the FCAS could redefine Indo-European defence cooperation.

The Print


India Eyes Israeli Sky Sting Missile in Phased Deal During PM Modi's Israel Trip


India is set to advance negotiations for the Israeli 'Sky Sting' long-range air-to-air missile during Prime Minister Narendra Modi's forthcoming visit to Israel on Wednesday, reported The New Indian Express.

This beyond-visual-range air-to-air missile (BVRAAM), boasting an engagement envelope of approximately 250 km, aims to address a vital shortfall in the Indian Air Force's (IAF) extended-range air combat prowess.

The Sky Sting, unveiled about three years ago, remains under development but has attained a notable level of technological maturity. It has yet to enter operational service, positioning this prospective deal as an early adoption opportunity for India.

Discussions are expected to follow a phased acquisition strategy. This would commence with an off-the-shelf purchase, progressing to localised production in partnership with Rafael Advanced Defence Systems. Subsequent phases would involve trials, integration validation, and eventual induction.

This approach mirrors India's broader strategy of merging urgent operational needs with indigenous manufacturing via technology transfers. A comparable model is evident in the co-production of Safran’s HAMMER guided bombs with Bharat Electronics Limited (BEL), blending immediate capability with long-term self-reliance.

Israel has actively promoted the Sky Sting for integration onto the Tejas Mk1A fighter. Initial batches of this indigenous aircraft will feature the Israeli ELM-2052 AESA radar, facilitating compatibility.

Delivery delays from Hindustan Aeronautics Limited (HAL) for the TEJAS MK-1A have stemmed partly from challenges integrating this radar with the home-grown Astra BVRAAM. With 180 Tejas Mk1A jets on order, equipping them with Sky Sting could standardise long-range armament across the fleet.

India's existing arsenal includes several Rafael systems, underscoring deep bilateral defence ties. These encompass the I-Derby ER and Python-5 air-to-air missiles, the SPYDER air defence system, and precision weapons like SPICE and Rampage.

The nation is also a pivotal collaborator in the Barak-8 air defence system, deployed across its army, navy, and air force. Such partnerships highlight a shift from mere procurement to joint innovation.

The IAF's BVRAAM inventory blends indigenous and foreign munitions. The DRDO-developed ASTRA MK-1, manufactured by Bharat Dynamics Limited (BDL), offers a 110 km range and anchors domestic capabilities.

Advanced Astra iterations are in the pipeline. The ASTRA MK-2 promises over 200 km reach, while the ASTRA MK-3, leveraging solid fuel ducted ramjet (SFDR) propulsion, targets the 350 km class, enhancing strategic depth.

Foreign options complement this line-up. Russian R-77 missiles arm the Su-30MKI fleet, joined by the Meteor (exceeding 200 km), MICA (up to 80 km), and I-Derby ER, creating a multi-tiered engagement framework.

These talks build on a fresh Memorandum of Understanding (MoU) between the Indian and Israeli defence ministries, signed ahead of Modi's trip. The pact seeks to transcend buyer-seller dynamics, fostering co-development, co-production of cutting-edge systems, and robust industry linkages.

Israel is a leader in anti-ballistic missile system with long range Arrow, medium range David’s Sling and short range Iron Dome system. IDN has reported earlier on the development with regard to this weapon system.

Modi's visit thus signals a potential leap in India-Israel defence collaboration, bolstering the IAF's aerial superiority amid regional tensions. The Sky Sting could prove instrumental in outranging adversaries' fighters, particularly as indigenous options mature.

TNIE


PM Netanyahu Unveils 'Hexagon' Bloc: India Joins Israel, Greece, Cyprus To Confront Turkey-Pakistan Radical Axis


Israeli Prime Minister Benjamin Netanyahu has officially announced that Israel is forging a strategic alliance with India, Greece, Cyprus, and other nations to counter what he describes as the 'Radical Axis'. 

This declaration came during a cabinet session on 22 February 2026, coinciding with news of an imminent visit by Indian Prime Minister Narendra Modi to Israel.

Netanyahu characterised the proposed coalition as a 'hexagon of alliances' encompassing countries around or within the Middle East. He explicitly named India, Greece, and Cyprus, alongside unspecified Arab states, African nations, and Asian partners. The framework aims to unite these partners on shared challenges and objectives, particularly against extremist threats.

The Israeli leader identified two primary adversaries: the 'radical Shia axis', dominated by Iran and its proxies, which Israel has aggressively targeted in recent operations, and an 'emerging radical Sunni axis'.

Sources indicate that the Sunni axis specifically concerns efforts by Turkey and Pakistan to court nations like Egypt and Saudi Arabia into an anti-Israel front.

This vision underscores Israel's intent to build a robust economic, diplomatic, and security bloc without reliance on external funding, such as from the United States. Netanyahu highlighted India's role as a global power with a uniquely close relationship to Israel, positioning it centrally in the hexagon.

Modi's forthcoming visit on 25-26 February 2026 is poised to solidify these ties. Discussions are expected to cover joint defence production, high technology, artificial intelligence, and quantum computing collaborations. Modi will address Israel's Knesset, join Netanyahu at an innovation event in Jerusalem, and visit Yad Vashem.

The timing aligns with broader geopolitical shifts, including Israel's focus on the India-Middle East-Europe Corridor (IMEC) and regional stability amid ongoing tensions. For India, this partnership advances its defence modernisation and indigenous manufacturing goals, leveraging Israeli expertise in advanced systems.

Netanyahu's remarks reflect a maturing India-Israel strategic partnership, evolving from defence imports to co-development amid shared concerns over radicalism in South Asia and the Middle East. Greece and Cyprus, longstanding Israeli allies in the Eastern Mediterranean, enhance the bloc's maritime and energy security dimensions.

Critics may view this as an escalation in proxy rivalries, with Turkey and Pakistan potentially intensifying outreach to Muslim-majority states. Nonetheless, the initiative signals a proactive Israeli diplomacy, integrating extra-regional powers like India to reshape Middle Eastern alignments.

In the context of global realignments under President Trump's administration, this hexagon could bolster non-traditional alliances against Islamist extremism. Observers anticipate formal agreements emerging from Modi's visit, marking a new chapter in multilateral counter-radical efforts.

Agencies


India-Israel Forge Ahead On Joint Missile Shield And Laser Tech Ahead of PM Modi Visit

Along With India, Israel is also a leader in anti-ballistic missile system with long range Arrow, medium range David’s Sling and short range Iron Dome system

India is set to deepen its strategic defence ties with Israel, focusing on joint development of advanced anti-ballistic missile systems, laser weapons, and long-range stand-off missiles and drones.

This collaboration comes ahead of Prime Minister Narendra Modi's two-day visit to Israel on 25-26 February 2026. While an MoU on security cooperation is anticipated, no major defence deals will be signed, reflecting the ongoing nature of bilateral ties valued at around $10 billion in the coming years.

The visit underscores the close rapport between Modi and Israeli Prime Minister Benjamin Netanyahu. Both leaders align on key political fronts, particularly in condemning terrorism unequivocally. Sources indicate Israel has agreed to share its cutting-edge defence technologies with India, a departure from previous reticence, including hi-tech laser defence and stand-off systems.

This expanded partnership builds on groundwork laid during Defence Secretary RK Singh's visit to Israel last November, where an initial MoU on defence cooperation was inked. India's pursuits are strategic, aimed at bolstering its defences amid regional threats.

Central to these talks is joint exploration of anti-ballistic missile defence, pivotal to India's Mission Sudarshan. Announced by Modi, this initiative seeks to shield the Indian hinterland from long-range enemy missiles. Israel leads globally with its layered systems: the long-range Arrow, medium-range David's Sling, and short-range Iron Dome.

Tel Aviv's prowess was evident last June when it intercepted 98 per cent of ballistic missiles launched by Iran, validating the efficacy of its multi-tiered architecture. India aims to leverage this expertise for indigenous advancements.

Beyond missile defence, India eyes procurement of long-range missiles and loitering munitions deployable from air, ground, or sea platforms, capable of bypassing adversary air defences. Operation Sindoor highlighted their impact, where India deployed Rampage missiles, Palm 400, Harpy, and Harop Kamikaze loiterers against Pakistani targets.

These strikes decimated Chinese-built air defences, penetrating as far as Islamabad. In similar vein, India plans acquisitions like Spice-1000 glide bombs, Rampage air-to-surface missiles—proven in dismantling terrorist camps during Sindoor—Air Lora air-launched ballistic missiles, and the long-range Ice Breaker system.

The Indian Navy, too, seeks extended-range Barak surface-to-air missiles to safeguard warships from aerial and surface threats. These enhancements align with India's push for military modernisation and self-reliance.

Modi and Netanyahu's discussions will extend beyond defence to science and technology, agriculture, clean drinking water, and quantum computing. This multifaceted engagement reinforces India-Israel bonds as natural allies in innovation and security.

Agencies


Agnikul Cosmos Achieves India's First Successful Test of Clustered (3-Engines Simultaneously) Semi-Cryogenic Engines With 3D-Printed Powerplants


Agnikul Cosmos has marked a significant milestone in India's private space sector by successfully test-firing three semi-cryogenic rocket engines simultaneously in a clustered configuration.

This historic achievement took place at the company's state-of-the-art Rocket Factory-1, showcasing the firm's prowess in indigenous design and manufacturing.

Each of the three engines represents a feat of advanced engineering, having been 3D-printed as single, monolithic pieces of hardware. This innovative approach eliminates the need for complex multi-part assemblies, reducing potential failure points and streamlining production processes. The engines were conceived, designed, and fabricated entirely in-house, underscoring Agnikul's commitment to self-reliance in propulsion technology.

Powering these engines are electric motor-driven pumps, a hallmark of Agnikul's propulsion systems. This electrically driven architecture offers precise control, higher efficiency, and reduced complexity compared to traditional pressure-fed or turbopump systems commonly used in semi-cryogenic engines. It aligns with the company's vision for scalable, reusable rocket technology tailored for small satellite launches.

The test demanded meticulous calibration of six pumps and six electric motors, alongside fine-tuning six independent speed control algorithms. Engineers synchronised these components to ensure uniform performance across startup, steady-state operation, and shutdown phases. Achieving such harmony in a clustered setup is no small task, as it requires real-time adjustments to maintain thrust balance and prevent oscillations that could destabilise the vehicle.

To the best of Agnikul's knowledge, this marks the first instance in India where semi-cryogenic engines have undergone such a clustered hot-fire test. Semi-cryogenic engines, which utilise liquid oxygen paired with a storable fuel like kerosene, bridge the gap between conventional and fully cryogenic systems, offering a balance of performance and operational simplicity. This test validates their viability for orbital launch vehicles.

The successful firing demonstrates Agnikul's mastery over multi-engine clustering, a critical capability for medium-lift rockets. Clustering allows for scalable thrust, enabling vehicles to handle heavier payloads or achieve greater velocities. In the Indian context, where ISRO has long dominated cryogenic and semi-cryogenic development, this private sector breakthrough signals accelerating innovation.

Conducted at Rocket Factory-1 in Chennai, the test leveraged Agnikul's integrated manufacturing ecosystem. The facility houses advanced 3D metal printers capable of producing engine components in days rather than months, a game-changer for rapid iteration in rocket development. This in-house vertical integration minimises supply chain dependencies and accelerates timelines.

The electric pump-fed design further distinguishes these engines. Unlike gas-generator cycles, electric pumps draw power from high-energy-density batteries or regenerative sources, enabling throttleability down to low percentages of nominal thrust. This is particularly advantageous for precise manoeuvres during launch and landing in reusable rocket architectures.

Calibration challenges were substantial, involving sensor fusion from pressure transducers, flow meters, and temperature probes across the cluster. Algorithms had to compensate for minor variances in pump efficiencies and motor responses, ensuring each engine contributed equally to the total thrust—estimated in the range of tens of kilonewtons per unit, though exact figures remain proprietary.

Uniform startup sequencing prevented hard starts or pressure spikes that could damage nozzles or combustion chambers. Steady-state operation maintained thermal equilibrium, averting hotspots in the regeneratively cooled throats.

Controlled shutdowns ensured propellant draining without residual combustion, preserving engine longevity for future flights.

This test paves the way for Agnikul's Agnibaan launch vehicle, a two-stage rocket capable of placing 100 kg payloads into 700 km sun-synchronous orbits. Integration of this clustered first-stage engine will provide the requisite impulse for suborbital and eventually orbital missions, positioning Agnikul as a contender in the smallsat launch market.

India's space ecosystem benefits immensely from such advancements. With ISRO focusing on heavy-lift platforms like PSLV and GSLV, private players like Agnikul fill the niche for responsive, low-cost launches. Government initiatives such as IN-SPACe and relaxed FDI norms have catalysed this growth, fostering a vibrant start-up landscape.

Globally, the feat draws parallels with clusters like SpaceX's Raptor engines or Rocket Lab's Rutherford motors, both of which employ electric pumps. However, Agnikul's single-piece 3D printing sets it apart, potentially lowering costs to under $1 million per engine at scale—a fraction of traditional machining expenses.

Challenges ahead include scaling to flight qualification, incorporating vehicle-level avionics for gimballing, and certifying for human-rated missions under emerging standards. Environmental considerations, such as minimising hypergolic residuals in semi-cryo fuels, will also shape future iterations.

Agnikul's team, comprising aerospace engineers and propulsion specialists, executed the test with zero anomalies over multiple runs. Telemetry data confirmed thrust vector alignment within 0.5 degrees and chamber pressures stable at design values, validating simulation models used in development.

This achievement reinforces India's strides towards Atmanirbhar Bharat in space technology. As private firms like Skyroot and Agnikul mature, they complement ISRO's efforts, promising a dozen annual launches from Indian soil by decade's end.

Looking forward, Agnikul plans static fires with the full Agnibaan first stage by mid-2026, followed by maiden orbital attempts. Such milestones not only de-risk technology but also attract international payloads, bolstering India's space economy projected to reach $13 billion by 2025.

This clustered semi-cryo test exemplifies ingenuity, positioning Agnikul Cosmos at the forefront of global propulsion innovation.

IDN (With Agency Inputs)


Adani-Embraer Pact Ushers In India's E175 Assembly Era, Fuelling Regional Skies And Self-Reliance


Adani Defence & Aerospace has forged a landmark partnership with Brazil's Embraer by signing a Memorandum of Understanding (MoU) to establish India's first Final Assembly Line (FAL) for the E175 regional jet.

This agreement marks a pivotal moment in India's aviation sector, enabling local production of the versatile 76- to 88-seat aircraft known for its fuel efficiency and prowess on short runways.

The E175, a cornerstone of Embraer's E-Jet family, has earned acclaim worldwide for its low operating costs and reliability in regional operations. With this MoU, Adani will set up the FAL in India, handling the final assembly stages from fuselage sections to complete aircraft delivery. This move transforms India from a mere market into a manufacturing powerhouse for regional jets.

Central to the deal is its alignment with the UDAN scheme, India's regional connectivity initiative aimed at enhancing air travel to underserved areas. The E175's short take-off and landing capabilities make it ideal for tier-2 and tier-3 cities, bridging connectivity gaps and boosting economic activity in remote regions. Local production will slash costs and turnaround times for Indian operators.

Job creation stands out as a major boon, with the FAL expected to generate thousands of high-skilled positions in aerospace engineering, manufacturing, and supply chain management. This influx of employment will upskill the workforce, fostering expertise in advanced avionics, composites, and assembly techniques. It builds on Adani's growing footprint in defence and aerospace, including drones and small aircraft.

Technology transfer forms the backbone of the partnership, as Embraer commits to sharing know-how in final assembly, quality control, and maintenance. This will empower Indian engineers and technicians, reducing reliance on imports and nurturing indigenous capabilities. Over time, it could spawn a robust domestic supply chain for components like wings, engines, and interiors.

The initiative dovetails seamlessly with India's Make in India and Aatmanirbhar Bharat campaigns, which emphasise self-reliance in strategic sectors. By localising production, the MoU cuts foreign exchange outflows and enhances national security through aviation self-sufficiency. It positions Adani as a key player in civil aviation manufacturing, complementing its defence ventures.

This development elevates India's stature as an emerging hub for regional aircraft assembly. Nations like the US and Europe have long dominated this space, but India's vast market, skilled labour pool, and government incentives make it a compelling choice. Embraer gains a foothold in the world's fastest-growing aviation market, projected to need over 1,000 regional jets in the coming decades.

Challenges ahead include regulatory approvals, land acquisition, and infrastructure setup, but Adani's track record in mega-projects instils confidence. The FAL could be operational within 3-5 years, starting with kits from Brazil before ramping up local sourcing. This phased approach minimises risks while maximising learning.

The ripple effects will extend to ancillary industries, from precision machining to software for flight systems. It accelerates India's civil aviation growth, already the third-largest domestically, by making modern jets more accessible. Airlines like IndiGo and SpiceJet, focused on regional expansion, stand to benefit immensely.

In the broader geopolitical context, the tie-up strengthens India-Brazil ties under the BRICS framework, blending defence synergies with civil aviation. As India eyes leadership in global manufacturing, this MoU signals ambition: from fighter jets to passenger planes, the nation is assembling its aerospace future.

IDN (With Agency Inputs)


Indian Army Seeks Kinetic Net-Based Drone Interceptor-Catcher Amid Rising Low-Radar-Cross-Section Threats


The Indian Army has recently issued a Request for Information (RFI) for the procurement of a Drone Interception System (DIS), marking a significant step in bolstering its counter-unmanned aerial systems (C-UAS) capabilities.

This move addresses the exponential proliferation of small, low-radar-cross-section (RCS) drones employed for surveillance, attack, and disruption along vulnerable borders. Unlike prior systems focused on electronic jamming or net-firing interceptors, the DIS emphasises kinetic "hard kill" options to physically neutralise threats at close ranges.

The RFI, released in mid-February 2026 by the Ministry of Defence, invites industry proposals for a system that detects, tracks, and engages hostile drones, including swarm formations.

It follows closely on the heels of another RFI for a Drone Catcher System, which prioritises non-lethal drone-launched nets and electronic warfare. This layered approach reflects evolving air defence doctrines amid heightened drone incursions from neighbouring adversaries.

At its core, the DIS must integrate seamlessly into the Army's existing air defence network, providing rapid response against low-altitude, low-RCS targets that evade traditional radars.

The system is envisioned as a modular platform, potentially vehicle-mounted like upgraded ZSU-23/4 self-propelled guns fitted with advanced drone sensors. Deployability across diverse terrains—plains, deserts, and high-altitude sectors such as Ladakh—remains a key requirement.

System Components

The DIS integrates three elements:

Drone Sensor: Electronically Scanned Array (ESA) or better, 360° coverage, tracks 20+ drones, 4 km detection range for 0.01 m² RCS targets.
Ground Control Station (GCS): Laptop/tablet interface for real-time monitoring, targeting, and secure data relay.
Drone Catcher: Net-based interceptor for non-kinetic capture, autonomous operation, plus RF/GNSS jamming and deception.

Technical specifications demand robust detection via active and passive sensors capable of cuing existing air defence guns, kinetic interceptors, or high-power microwave effectors. The DIS should handle multiple simultaneous tracks, prioritising hostile drones for engagement while minimising collateral risks. Integration with command-and-control architectures will enable real-time data sharing, enhancing situational awareness at tactical levels.

Procurement falls under the "Buy Indian" category of the Defence Acquisition Procedure-2020 (DAP-2020), mandating high indigenous content—typically 60 per cent, relaxable to 50 per cent for fully Indian-designed systems. Vendors face open tender scrutiny, with mandatory demonstrations and field trials post-RFI to validate claims. Quantities remain undisclosed, but scalability suggests battalion or brigade-level inductions to fortify forward areas.

This initiative aligns with Atmanirbhar Bharat's push for self-reliance in defence manufacturing, potentially involving DRDO, public sector undertakings like Bharat Electronics Limited (BEL), and private players such as Tata Advanced Systems or ideaForge. International collaboration under Make in India guidelines could accelerate development, drawing on global C-UAS expertise while prioritising local production.

The urgency stems from real-world threats, including cross-border drone-dropped arms and reconnaissance missions along the Line of Control and Actual Ground Position Line. Recent incidents have exposed gaps in legacy systems against cheap, commercial-off-the-shelf (COTS) quadcopters modified for malice. The DIS aims to provide a cost-effective, kinetic counter, complementing soft-kill measures like RF jammers and GNSS spoofers.

Field trials will assess performance in electronic warfare-contested environments, ensuring resilience against adversary countermeasures such as frequency-hopping or autonomous navigation. Successful validation could lead to a formal Request for Proposal (RFP) by late 2026, with initial deliveries targeted for 2027-28. This timeline supports the Army's ongoing modernisation, including upgrades to Akashteer and integrated air defence grids.

Broader implications extend to joint operations with the Air Force and paramilitary forces, fostering a unified C-UAS ecosystem. As drone swarms evolve with AI-driven autonomy, the DIS represents a proactive pivot towards multi-layered, technology-agnostic defences. Indian firms stand to gain from technology transfers, spurring innovation in sensors, effectors, and AI algorithms tailored to South Asian threat profiles.

Challenges persist, including miniaturisation for man-portable variants and supply chain resilience amid global chip shortages. Cost-effectiveness will be paramount, balancing advanced capabilities against fiscal constraints in a resource-stretched force. Nonetheless, the RFI signals resolute intent to neutralize the drone menace, safeguarding sovereignty in an era of asymmetric aerial warfare.

Deployable in plains, deserts, and high altitudes, it complements existing counter-UAS like IDDIS and addresses gaps in conventional air defences against cheap, evasive drones. Firms like DRDO, Tata Advanced Systems, or BEL may participate, aligning with prior RFIs for manpack/ground-based C-UAS.

IDN (With Agency Inputs)


ISRO Targets 18 Orbital Missions In 2026 Despite Recent Setbacks; Says Minister of Science Dr Jitendra Singh


Minister of State for Science and Technology Jitendra Singh has revealed that the Indian Space Research Organisation (ISRO) plans to conduct 18 space launches in 2026. This ambitious schedule underscores India's determination to maintain momentum in its space program despite recent hurdles.

The announcement, made in New Delhi on 4 February, highlights a significant uptick in activity. Among the 18 missions, six will involve collaboration with private sector entities, signalling a strategic shift towards public-private partnerships in space exploration.

This comes at a challenging time for ISRO. The agency has faced two consecutive failures of its Polar Satellite Launch Vehicle (PSLV), an otherwise reliable workhorse that has underpinned many of India's successes since 1993. These setbacks mark an unprecedented stumble for the PSLV, which boasts a success rate exceeding 95 per cent across more than 50 missions.

Singh emphasised that ISRO is responding with rigorous scrutiny. Beyond internal investigations, the failures are undergoing independent third-party appraisal. 'We live in an evidence-based era,' he told reporters, stressing transparency and accountability in resolving the anomalies.

The PSLV mishaps have prompted a pause in launches, with the most recent failure occurring during a mission that aimed to deploy earth observation satellites. Preliminary analyses point to potential issues in the rocket's fourth stage or payload deployment sequence, though official details remain pending the review outcomes.

Despite these blows, ISRO's 2026 calendar reflects resilience. The line-up includes missions for the GSLV MK-III, the heavy-lift vehicle poised for crewed Gaganyaan flights, and small satellite launchers like SSLV, which ISRO is refining after its own teething problems.

Private sector involvement is a key highlight. Firms such as Skyroot Aerospace, Agnikul Cosmos, and Pixxel are set to contribute payloads or even launch vehicles. This aligns with India's Space Policy 2023, which opens up the sector to non-government players, fostering innovation and reducing ISRO's monopoly on launches.

Jitendra Singh noted that these partnerships will accelerate technology transfer and commercialise services like earth imaging and communication satellites. Private launches could target niche markets, including small satellites for global clients, positioning India as a cost-competitive hub.

ISRO's broader 2026 goals extend beyond volume. The year will feature progress on the Next Generation Launch Vehicle (NGLV), Bharatiya Antariksh Station precursors, and lunar sample return missions building on Chandrayaan-3's triumph. Human spaceflight remains a cornerstone, with Gaganyaan test flights slated amid ongoing astronaut training.

The minister's optimism is tempered by realism. He acknowledged the rocket failures as a 'wake-up call' but affirmed ISRO's engineering prowess. Independent reviews, potentially involving international experts, aim to restore confidence and prevent recurrence.

This third-party scrutiny is unprecedented for ISRO, which has historically managed anomalies in-house. It mirrors global practices at NASA or ESA, where external audits enhance credibility, especially for high-stakes missions.

India's space economy, valued at over £6 billion, stands to gain immensely from 18 launches. Success could boost revenues from satellite services, navigation (NavIC), and data analytics, while creating jobs in Bengaluru's space hub and beyond.

Challenges persist, however. Supply chain delays, geopolitical tensions affecting components, and the need for indigenous alternatives to foreign tech loom large. ISRO must also navigate spectrum allocation and orbital debris management as launch cadence intensifies.

Singh's announcement reaffirms government backing. Prime Minister Narendra Modi's vision for a £30 billion space economy by 2033 hinges on such acceleration, with incentives for private investment via IN-SPACe, the sector regulator.

As ISRO awaits review outcomes, the focus shifts to remediation. Engineers at Sriharikota are dissecting wreckage, simulating failures, and upgrading avionics. A return-to-flight for PSLV could occur mid-2026, paving the way for the packed manifest.

This episode tests ISRO's adaptability. From humble beginnings with Ariane passenger rides to independent heavy-lift capability, the agency has defied odds. The 2026 surge, blending state and private efforts, could mark a new era of Indian space dominance.

UNI


TiHAN-IIT Hyderabad Launches NABL-Accredited Lab, Revolutionizing Drone And eVTOL Propulsion Testing In India


In the rapidly evolving world of unmanned aerial vehicles, propulsion systems stand as the beating heart of performance and reliability. Whether developing drones for logistics or electric vertical take-off and landing (eVTOL) aircraft for urban air mobility, builders cannot afford unproven engines.

Launching without rigorous testing invites failure, regulatory hurdles, and safety risks. Enter the TiHAN-IIT Hyderabad's new NABL-accredited eVTOL and Drone Propulsion Testing Laboratory—a game-changer for UAV original equipment manufacturers (OEMs), advanced air mobility (AAM) start-ups, propulsion makers, and research teams.

This facility addresses a critical gap in India's aerospace ecosystem. Indian defence and civilian drone sectors have surged, driven by initiatives like Make in India and the Production Linked Incentive scheme.

Yet, access to certified testing infrastructure has lagged. TiHAN (Technology Innovation Hub on Autonomous Navigation) at IIT-Hyderabad, fills this void with industry-grade capabilities. 

Accredited by the National Accreditation Board for Testing and Calibration Laboratories (NABL), it ensures tests meet international standards such as ISO/IEC 17025.

Imagine a drone propulsion unit under scrutiny: a brushless DC (BLDC) motor paired with a propeller and electronic speed controller (ESC). 

The lab supports full-system evaluations up to 75 kgf thrust per motor—an impressive threshold covering small quadcopters to medium-lift UAVs and eVTOL prototypes. Engineers can now validate real-world performance without approximations.

Precision lies at the core of this setup. High-fidelity sensors capture thrust with millinewton accuracy, while power analysers track input voltage, current, and efficiency metrics. Torque, rotational speed (RPM), and propeller pitch are measured simultaneously. This data enables comprehensive performance mapping—crucial for optimising hover efficiency or climb rates in eVTOL designs.

Efficiency benchmarking reveals hidden gains. For instance, a BLDC motor-propeller combo might achieve 85% efficiency at cruise thrust but drop to 70% under peak load. TiHAN's controlled environment—temperature-regulated, low-vibration chambers—isolates variables, yielding repeatable results.

Researchers can iterate designs swiftly, tweaking blade geometry or ESC tuning for marginal improvements that scale into mission-critical advantages.

Compliance is non-negotiable in this domain. India's Directorate General of Civil Aviation (DGCA) mandates certified data for type approvals, much like the FAA's standards in the US. NABL accreditation lends credibility, streamlining certification for exports too. UAV OEMs targeting global markets, such as those in Europe under EASA rules, benefit from aligned protocols. No longer must teams ship prototypes abroad; local validation accelerates time-to-market.

The lab extends beyond motors to holistic systems. Full propulsion chains—battery, ESC, motor, and propeller—are tested end-to-end. Dynamic load simulations mimic flight profiles, from static thrust stands for hover tests to transient analyses for acceleration bursts. Noise profiling and thermal imaging round out the suite, aiding stealthy defence drones or quiet urban eVTOLs.

For AAM start-ups, this is a launchpad. eVTOLs demand propulsion reliability for passenger safety, with redundancies pushing thrust needs higher. TiHAN supports distributed electric propulsion (DEP) configs, testing multiple motors in tandem. Data from here feeds into digital twins for virtual certification, slashing physical prototype costs.

Propulsion manufacturers gain a neutral benchmarking arena. Competing BLDC units from Indian firms like ideaForge or global players can be pitted head-to-head. Efficiency curves, power-to-weight ratios, and failure modes emerge clearly, informing R&D roadmaps. Research teams at DRDO or ISRO affiliates can leverage it for hypersonic precursors or hybrid systems.

Consider a real-world parallel: Boeing's propulsion labs propelled the Dash-8 turboprops to certification. TiHAN mirrors this rigour at a fraction of the scale, tailored for electric ecosystems. Early adopters report 20-30% faster validation cycles, with one start-up crediting it for securing seed funding via proven metrics.

Safety underpins every test. Enclosed thrust chambers contain failures, while interlocks prevent overloads. Data logging complies with traceability norms, audit-ready for regulators. Skilled technicians, backed by IIT Hyderabad's faculty, interpret results with domain expertise in aerodynamics and controls.

Scalability is baked in. The 75 kgf limit per motor scales to multi-motor arrays, eyeing heavy-lift drones for defence logistics. Future upgrades promise hydrogen fuel cell testing, aligning with green aviation goals. Partnerships with HAL or Tata Advanced Systems could integrate it into national supply chains.

For defence analysts tracking India's UAV indigenisation, this lab signals maturity. Loitering munitions and swarm drones demand optimised propulsion; TiHAN delivers the edge. Geo-strategically, it reduces reliance on foreign test beds, bolstering self-reliance amid border tensions.

Start-Ups and OEMs should engage early. Booking slots via TiHAN's portal ensures priority access. Costs are competitive, subsidised for academia and MSMEs. Collaborative projects invite co-development, blending IIT's innovation with industry scale.

TiHAN-IIT-Hyderabad's lab isn't merely a test bench—it's a confidence builder. Drone and eVTOL pioneers ignoring it risk turbulence. Those embracing it soar towards certification, optimisation, and market dominance.

IDN (With Agency Inputs)


Terror Group JeM’s ‘Israel Group’ Wiped Out After 18-Month Hunt In J&K's Kishtwar Showdown


Security forces in Jammu and Kashmir have achieved a major breakthrough by eliminating the last remnants of a notorious Jaish-e-Mohammed (JeM) terror module known as the "Israel Group" in Kishtwar district.

This operation, spanning 18 months, culminated in the neutralisation of three hardcore terrorists, including their commander Saifullah, during an encounter on Sunday.

Inspector General of Police (Jammu Zone), Bhim Sen Tuti, confirmed that the seven-member group infiltrated Indian territory in April 2024. Over the ensuing period, security forces engaged them in 17 separate operations, systematically dismantling the module.

Tuti described the "Israel Group" as a particularly dangerous outfit that had inflicted heavy casualties on both security personnel and civilians. Acting on precise intelligence, troops cornered the final trio in the Chatroo area of Kishtwar, bringing the long pursuit to a decisive end.

Major General A P S Bal, General Officer Commanding of Counter-Insurgency Force Delta, emphasised the relentless nature of the campaign. He noted that three members were eliminated as early as April 2025, leaving Saifullah, Adil, and two others on the run.

The decisive phase began with Operation Trashi-I, launched on 14 January in the Chhatroo sector by CIF Delta troops under White Knight Corps. Initial contact occurred on 18 January, leading to the destruction of a well-stocked terrorist hideout.

Further pursuit resulted in the elimination of Adil on 4 February. The final showdown unfolded on 22 February at around 11 am, after forces cordoned off steep mountain slopes overnight.

No security personnel were harmed in the operation, despite the challenging terrain, harsh weather, and risks from rain, snowfall, and landslides. Tactical precision shone through with real-time drone surveillance, night-vision gear, and rapid reinforcement, including special forces insertions.

A highlight was the bravery of Army-trained German Shepherd dog Tyson, who led the charge into a terrorist "Dhok" (Hut) and sustained a bullet injury. The elite canine was promptly airlifted for treatment and is now stable.

Searches yielded war-like stores, including three AK-47 rifles. Operations spanned both Udhampur and Kishtwar sectors, showcasing coordinated efforts across the area of responsibility.

Major General Bal issued a stark warning to anti-national elements: they would be hunted down regardless of location or guise. He credited months of intelligence-driven work by the Army, Jammu and Kashmir Police (JKP), and Central Reserve Police Force (CRPF) for the success.

Seamless inter-agency collaboration proved vital in rugged, confined spaces. Troops managed fatigue through rotations, maintaining reserves for air-drops or gruelling foot marches lasting six to eight hours.

Tuti vowed intensified action against terror supporters, promising swift measures against those providing shelter. He revealed only three local terrorists remain active in Kishtwar, long-standing figures from over two decades ago, with recent recruits all neutralised.

Public support has been pivotal, with most intelligence stemming from civilians. Tuti affirmed that society rejects terrorists, enabling such victories and thwarting their designs.

Both officers reiterated that the anti-terror campaign persists unabated. More operations loom, aimed at eradicating the entire network.

PTI


From Canine Scout To Drone Strike: Operation Trashi-I Showcases Perseverance, Planning And Seamless Coordination Says Major General APS Bal


Major General APS Bal, General Officer Commanding of the Counter-Insurgency Force Delta, hailed Operation Trashi-I as a triumph of perseverance, meticulous planning, and seamless inter-agency coordination during a press conference in Kishtwar.

He described the operation as a model of clarity of thought and vision, underscoring the relentless efforts over months by Indian security forces and agencies combating terror.

The success stemmed from flawless collaboration across levels, from ground troops to co-commanders, Additional Director Generals, Inspectors General, the Director General of Police, and the Army Commander.

Major General Bal emphasised that every participant contributed decisively to the outcome, highlighting the integrated approach that turned the mission into a resounding victory.

A critical support system sustained the terrorists' hideouts, with infrastructure and supplies ferried from local markets, which would have been impossible without local assistance.

He noted that Jammu and Kashmir Police possess detailed intelligence on these enablers and stand ready to act, though he refrained from naming individuals.

The operation unfolded in a calm, composed, collective, and collaborative fashion, achieving its objectives without casualties to troops—save for the brave sniffer dog Tyson, who initiated the detection.

This canine hero's role exemplified the "from dog to drone" integrated strategy that propelled the mission forward.

Operation Trashi-I formed part of broader high-altitude joint efforts spanning 326 days in the harsh Kishtwar terrain, marked by cold, wet, and freezing conditions.

Troops from the White Knight Corps, Jammu and Kashmir Police, and Central Reserve Police Force pursued terrorists relentlessly, navigating daunting landscapes amid multiple contacts.

A robust intelligence grid, woven by civil and military agencies, enabled the tracking and ultimate elimination of all seven dreaded terrorists in Chatroo, Kishtwar, including key figure Saifullah and his associates.

Advanced technology played a pivotal role, with FPV drones, satellite imagery, Remotely Piloted Aircraft, UAVs, and sophisticated communication systems providing continuous support.

The White Knight Corps detailed these efforts in an X post, praising the unyielding resolve, courage, and valour of the forces and intelligence operatives.

In the wider Jammu region, counter-terror operations yielded six Jaish-e-Mohammed terrorists neutralised in February alone, including one in Udhampur and another in Kishtwar.

Notably, the last 20 days saw six eliminations, with two on 4 February—one in Jophar Forest under Operation KIYA in Basantgarh, and another in Dichhar under Trashi-I.

Three more fell the previous Sunday during intensified cordon and search operations in Kishtwar, under the same Trashi-I banner. These strikes delivered a severe blow to the terror infrastructure in Jammu and Kashmir, disrupting Jaish-e-Mohammed networks entrenched in the region.

Major General Bal affirmed that such operations will persist, vowing to neutralise any terrorists entering their area, signalling an unrelenting campaign.

The mission's blend of human tenacity, animal bravery, technological edge, and inter-force synergy sets a benchmark for future counter-insurgency endeavours in challenging terrains.

ANI


UK Transfers HMS Enterprise To Bangladesh Navy In Key Indo-Pacific Maritime Pact


The United Kingdom has transferred the decommissioned Royal Navy survey vessel HMS Enterprise to the Bangladesh Navy through a government-to-government agreement, signed on 8 February 2026. This Echo-class hydrographic and oceanographic ship, which served actively for two decades, enhances Bangladesh's capabilities in the Bay of Bengal.

HMS Enterprise was laid up at Portsmouth Naval Base following its decommissioning on 30 March 2023, well ahead of its original out-of-service date in 2028. The decision stemmed from escalating maintenance costs and rapid progress in autonomous survey technologies, rendering the vessel surplus to Royal Navy requirements.

Ordered on 19 June 2000 from Appledore Shipbuilders, with Vosper Thornycroft as the prime contractor, the ship was launched on 2 May 2002. She entered service upon commissioning on 17 October 2003, operating from her home port at HMNB Devonport in Plymouth.

This multi-purpose survey vessel revolutionised global hydrographic operations during her career. Equipped with cutting-edge sensors for both surface and underwater scanning, she supported critical tasks including submarine operations, amphibious landings, and mine countermeasures.

The sales contract was finalised at Bangladesh Navy Headquarters in Dhaka. Key attendees included British High Commissioner Sarah Cooke, Defence Attaché Commander Lee Norton, and a UK Ministry of Defence commercial representative.

On the Bangladesh side, Assistant Chief of Naval Staff Rear Admiral Md. Shafiqul Rahman signed the agreement. Representing London was Ms. Nanise Qalobulawasaikara from the UK Ministry of Defence, with Chief of the Bangladesh Navy Admiral M. Nazmul Hasan also present.

The deal's financial terms remain undisclosed. It allows the structurally sound vessel to extend its service life, while providing the Royal Navy with modest revenue from the disposal.

For Bangladesh, HMS Enterprise will significantly strengthen maritime security in the Bay of Bengal. The ship enables advanced hydrographic surveys, oceanographic research, and new scientific opportunities for local universities.

British High Commissioner Sarah Cooke described the transfer as a testament to "deep trust and strong cooperation" between the two nations. She highlighted the vessel's exemplary service in the Royal Navy and its prospective role in safeguarding a secure Bay of Bengal.

The acquisition supports the UK's broader commitment to a free and open Indo-Pacific. It bolsters bilateral defence ties at a time when regional stability efforts are paramount.

From Bangladesh's perspective, the vessel fills vital gaps in maritime domain awareness. It also aids humanitarian response, disaster relief operations, and environmental monitoring amid intensifying geopolitical attention on the Bay of Bengal.

The transaction followed months of detailed technical discussions. These involved the Bangladesh Navy, UK Ministry of Defence, and Royal Navy personnel, demonstrating practical maritime collaboration.

This sale fits into wider UK-Bangladesh defence partnerships. It promotes indigenous capabilities and regional security, though specifics on integration timelines or potential upgrades have not been detailed.

As HMS Enterprise gears up for reactivation under Bangladeshi colours, it stands as a symbol of enduring naval interoperability. The move underscores shared strategic interests in the strategically vital waters of South Asia.

Agencies


Indian Navy To Commission 'Dolphin Hunter' Anjadip To Fortify Coastal Submarine Defences


The Indian Navy is poised to commission INS Anjadip, the third vessel in its Anti-Submarine Warfare Shallow Water Craft (ASW-SWC) project, on 27 February 2026. This event marks a significant step in bolstering the nation's maritime defences, particularly in coastal and littoral zones.

The ceremony will take place at Chennai Port under the Eastern Naval Command, presided over by Admiral Dinesh K Tripathi, the Chief of the Naval Staff.

Anjadip, aptly nicknamed the 'Dolphin Hunter', has been constructed by Garden Reach Shipbuilders & Engineers (GRSE) in Kolkata, exemplifying India's Aatmanirbhar Bharat initiative in defence manufacturing.

This 77-metre-long warship is optimised for shallow-water operations, where traditional deep-water assets often prove ineffective. Its high-speed design, capable of reaching 25 knots, enables rapid deployment for time-sensitive missions.

At the heart of Anjadip's capabilities lies an indigenous suite of ASW sensors and weapons. The vessel features the Hull Mounted Sonar Abhay, a domestically developed system for detecting and classifying submerged threats with precision. This sonar integrates seamlessly with lightweight torpedoes and anti-submarine rockets, allowing the ship to neutralise enemy submarines effectively in contested coastal environments.

The ASW-SWC project encompasses eight such vessels, with Anjadip following the lead ships Ajay and Amrit. These platforms address critical gaps in India's near-shore submarine defence, especially amid rising submarine activities by adversaries in the Indian Ocean Region. GRSE's role underscores the growing prowess of public-sector shipyards in delivering advanced warships ahead of schedule.

Beyond pure ASW roles, Anjadip offers versatility for coastal surveillance, low-intensity maritime operations (LIMO), and search-and-rescue (SAR) missions. Its agility supports sustained patrols along vulnerable stretches, such as the coasts of Tamil Nadu and Puducherry, where it will primarily operate post-commissioning. This multi-role functionality enhances the Navy's overall operational flexibility.

Strategically, Anjadip's induction aligns with India's response to evolving threats, including Pakistan's pursuit of Chinese Type 039A submarines and China's expanding naval footprint in the Indo-Pacific. By fortifying shallow-water ASW, the Navy safeguards vital sea lines of communication and chokepoints like the Strait of Malacca.

The naming of the ship after Anjadip Island near Karwar—a strategically located outpost off the Karnataka coast—symbolises its intended role in defending India's western and southern maritime frontiers. This commissioning not only augments the Eastern Naval Command's strength but also contributes to a layered defence architecture integrating surface, aerial, and underwater assets.

Technically, the vessel displaces around 900 tonnes and boasts a robust propulsion system for endurance in rough seas. Its sensor fusion includes electro-optical systems for surface surveillance, complemented by electronic warfare suites for threat evasion. Indigenous content exceeds 90 per cent, reducing import dependency and fostering local R&D in sonar and torpedo technologies.

As the third of eight ships, Anjadip's timely delivery—within GRSE's ambitious timeline—highlights efficiencies in India's warship-building ecosystem. Future vessels in the class will incorporate incremental upgrades, potentially including drone integration for extended ASW reach. This project, approved under the Ministry of Defence's strategic plans, reflects a decade-long push towards self-reliance.

ISN Anjadip enhances India's maritime security posture amid geopolitical tensions. It complements larger assets like the forthcoming INS Aridhaman nuclear submarine, creating a balanced force multiplier against sub-surface threats. The Indian Navy now edges closer to its goal of 175 warships by 2035, with ASW-SWC forming a vital shallow-water segment.

Agencies