Friday, June 26, 2026

India Explores Safran And Rolls-Royce As AMCA Engine Options Amid GE Pricing Deadlock


India’s AMCA fighter program is now actively weighing alternatives to the American GE F414 engine, with French firm Safran and Britain’s Rolls-Royce emerging as strong contenders. Rising costs, delivery delays, and concerns over technology transfer have prompted DRDO to explore these options to safeguard timelines and ensure strategic autonomy.

India’s Advanced Medium Combat Aircraft (AMCA) project was originally designed around the GE F414-INS6 engine. This powerplant was expected to equip the first two to four squadrons of the AMCA Mk-1, amounting to around 60–70 aircraft. It was also selected for the Tejas Mk-2 and the Twin Engine Deck-Based Fighter (TEDBF).

However, negotiations with GE Aerospace have stalled after the company demanded prices nearly three times higher than the earlier estimate of ₹70–80 crore per unit. This escalation has transformed what was once seen as a straightforward procurement into a major financial and strategic challenge.

The prototype phase of the AMCA alone requires 15 engines for five flying prototypes. Beyond this, India’s total requirement for the F414 across the AMCA, TEJAS MK-2, and TEDBF programs is projected to exceed 200 engines.

The sharp rise in cost, coupled with delays in delivery schedules, has raised alarm within the Defence Research and Development Organisation (DRDO) and the Aeronautical Development Agency (ADA). Negotiations have also been complicated by issues of technology transfer, licensed manufacturing, maintenance, repair and overhaul facilities, spares, warranties, and long-term support arrangements.

French aerospace giant Safran has pitched an enhanced derivative of its M88 engine, which currently powers the Rafale fighters in Indian service. Safran’s proposal includes adaptive airflow modulation and variable geometry nozzles, along with a pledge of full technology transfer and intellectual property rights.

The company also offers the advantage of proven reliability, existing offsets from the Rafale deal, and a major Maintenance, Repair and Overhaul facility in Hyderabad. However, analysts caution that the M88 architecture, designed for lighter airframes, may struggle to meet fifth-generation benchmarks such as sustained supercruise and low infrared signature.

British engine maker Rolls-Royce has taken a more aggressive approach, offering India a clean-sheet sixth-generation turbofan design with adaptive cycle technology. This proposal includes a Variable Cycle Engine capable of switching bypass ratios mid-flight, enhancing both combat performance and fuel efficiency.

Rolls-Royce has already bench-tested adaptive cycle components under the Global Combat Air Program with Japan and Italy, giving it a technological edge. Crucially, the company has committed to 100% technology transfer and full intellectual property ownership for India, ensuring strategic autonomy. Its roadmap outlines an engine core test by 2030, a maiden flight by 2034, and full-scale production by 2036.

The AMCA program itself is central to India’s long-term airpower modernisation. Developed by ADA, the aircraft is expected to become India’s first indigenous fifth-generation stealth fighter, reducing dependence on imported combat platforms and strengthening indigenous aerospace capabilities.

The government has already sanctioned over ₹15,000 crore for the prototype development phase, with plans to build five flying prototypes and achieve a maiden flight by 2028.

The prototypes are expected to undertake around 1,800 test sorties over seven years to validate stealth characteristics, sensors, radar, weapons integration, and propulsion performance.

India’s decision between Safran and Rolls-Royce is therefore not just about cost but about sovereignty, timelines, and future scalability. Safran offers speed and familiarity through its Rafale ecosystem, while Rolls-Royce promises a leap into sixth-generation propulsion with unmatched sovereignty.

The choice will shape India’s aerospace trajectory for decades, especially as Pakistan moves closer to inducting China’s J-35 stealth fighter, potentially introducing fifth-generation combat aircraft into the region before the AMCA enters service.

Agencies


SSS Defence Supplies Indigenous T-12 Shotguns To Indian Army For Counter-Drone Operations


SSS Defence’s T-12 semi-automatic shotgun has now been inducted into the Indian Army’s Northern Command as a frontline counter-drone weapon, specifically designed to neutralise FPV drones and low-flying UAVs at ranges up to 90 metres.

This marks a significant step in India’s Atmanirbhar Bharat drive, strengthening last-mile defence capabilities with indigenous solutions.

The Bangalore-based manufacturer has supplied its T-12 shotguns to operational units tasked with defending border areas against the growing threat of hostile drones. The weapon is chambered in 12-gauge, is semi-automatic and gas-operated, and accepts five- or ten-round magazines. It has been tested extensively in field evaluations, where it successfully engaged drone targets at distances of up to 90 metres, a range critical for frontline trench and patrol defence.

The T-12 is built to be both lightweight and durable. It weighs 3.8 kilograms and features a 20-inch nitride barrel that enhances corrosion resistance. Its upper and lower receivers are made from high-strength 7075-T6 aluminium, ensuring structural integrity while keeping the platform portable.

The shotgun is equipped with a full-length Picatinny rail, allowing soldiers to mount mission-specific optics, reflex sights, and thermal imaging devices to track fast-moving aerial targets in contested environments.

The modularity of the T-12 makes it adaptable to diverse combat scenarios. Ambidextrous controls and a multi-position buttstock with cheek rest provide ergonomic flexibility. The design also emphasises parts commonality with other SSS Defence firearms, such as assault rifles and sniper systems, simplifying logistics and reducing training overhead for the Army.

Strategically, the induction of the T-12 addresses a crucial gap in small-unit defence against FPV drones. Lessons from conflicts in Ukraine and West Asia revealed that traditional assault rifles are often ineffective against small, fast, erratically manoeuvring drones.

Shotguns, by firing a spread of pellets, increase the probability of striking a drone’s propellers or flight controller with a single shot. Even partial damage can destabilise quadcopters enough to bring them down, making the shotgun a practical, low-cost, and training-accessible solution for frontline soldiers.

The T-12 was showcased at the Northtech Symposium 2026 in Prayagraj, where its indigenous design and operational versatility drew attention. Its dual-purpose role—effective in conventional tactical operations such as breaching and perimeter security, as well as in modern CUAS missions—positions it as a valuable addition to India’s arsenal. Future variants, including suppressed models for covert missions, are already under development.

The induction of the T-12 complements India’s broader counter-drone ecosystem. Alongside laser weapons from Olee Space, loitering munitions from DRDO and Adani Defence, and other indigenous platforms like the TYTO sniper rifle, the T-12 represents the last-mile soldier-level defence layer. Together, these systems form a tiered, indigenous counter-drone stack that does not rely on a single technology or supplier.

By delivering the T-12, SSS Defence has reinforced its role as a key private-sector player in India’s defence modernisation agenda. The weapon underscores the national vision of Atmanirbhar Bharat, reducing reliance on imports and ensuring that frontline troops are equipped with reliable, homegrown solutions tailored to evolving battlefield requirements.

Agencies


India Should Chart Four Parallel Jet Engine Programs For Future Combat Aircraft

A cutaway version of the Kaveri Dry Engine (Kaveri Derivative Engine/KDE)

India’s aerospace sector would benefit from launching four parallel jet engine programs across thrust categories, each aligned to specific fighter aircraft needs and supported by international collaboration, this perspective was analysed by the Admin of Alpha Defense on X handle

This approach would reduce dependence on foreign suppliers, accelerate indigenous capability, and ensure long-term strategic autonomy.

India’s first program should focus on an 85–90 kN class engine in the F404 size category, intended for future light fighters and advanced trainers. This would serve as a re‑engine option for the TEJAS MK-1A, replacing the imported GE F404‑IN20.

The Gas Turbine Research Establishment (GTRE) has already revived the Kaveri program, with a 73 kN afterburning variant undergoing flight test bed integration and a more powerful 83–85 kN version under development.

This thrust class is critical for sustaining the TEJAS MK-1A fleet and for powering indigenous trainer aircraft, ensuring India does not remain reliant on American propulsion systems.

The second program should target a 100–110 kN class engine in the F414 size category, designed for the TEJAS MK-2 and related platforms. India has already secured a landmark agreement with General Electric to co‑produce the F414 engine domestically, with nearly 80 per cent of intellectual property transferred to Hindustan Aeronautics Limited.

However, a parallel indigenous program in this thrust class would provide redundancy and allow India to field a indigenous alternative. This thrust band is also relevant for the Twin Engine Deck‑Based Fighter (TEDBF), which is being developed for naval aviation.

The third program should focus on a 110–120 kN class engine, earmarked for the Advanced Medium Combat Aircraft (AMCA) MK-2 and future medium‑weight combat aircraft.

India has been exploring partnerships with Rolls‑Royce and Safran to co‑develop such an engine, as the AMCA MK-1 design is frozen around the F414 but the MK-2 requires a more powerful propulsion system.

A joint venture in this thrust category would allow India to master advanced technologies such as single‑crystal turbine blades, ceramic matrix composites, and full authority digital engine control systems, while ensuring compatibility with stealth requirements.

The fourth program should aim for a 150 kN class engine, intended for the Su‑30MKI upgrade program and future heavy combat aircraft. The Su‑30MKI currently relies on Russian AL‑31FP engines, but an indigenous alternative in the 150 kN thrust class would transform India’s ability to sustain its heavy fighter fleet independently.

This program could also lay the foundation for powering future long‑range strike aircraft or sixth‑generation platforms.

Collaboration with an international manufacturer at the project level would be essential, given the complexity of scaling up to this thrust category.

Each of these programs would benefit from international collaboration, but structured at the project level rather than through blanket dependence. India’s past experience with the HF‑24 Marut and the Kaveri program underscores the importance of sustained partnerships, technology transfer, and domestic ecosystem development.

By running these four programs in parallel, India would create a layered propulsion capability spanning light trainers to heavy combat aircraft, ensuring resilience against geopolitical supply chain disruptions.

The roadmap also aligns with India’s Atmanirbhar Bharat initiative, which emphasises self‑reliance in defence technology.

With the Kaveri 2.0 already targeting 83–85 kN, the F414 co‑production deal covering 98–100 kN, and exploratory talks for a 120 kN class engine underway, the missing piece is a structured national plan that integrates all thrust categories into a coherent strategy.

A 150 kN program would complete the spectrum, positioning India among the few nations capable of designing and producing fighter jet engines across all classes.

Agencies


TEJAS MK-2 Maiden Flight Pushed Back By Ten Months As Flight Fit Milestone Set


The TEJAS MK-2 program has now been formally tied to a ten‑month milestone schedule, with “Flight Fit” identified as one of the critical stages before the maiden flight.

This means the aircraft’s first flight is unlikely before mid‑2027, reflecting both technical integration challenges and extended ground validation requirements.

The newly surfaced work order outlines a structured ten‑month timeline for the prototype’s progression from final assembly to pre‑flight readiness.

The first three months are dedicated to centre fuselage integration, coupling of major structural sections, and installation of relay panels, distribution boxes, line replaceable units and associated mounting hardware. This stage also includes system brackets and aircraft pipelines, laying the groundwork for subsequent systems integration.

By the sixth month, the focus shifts to aircraft systems. Engineers are tasked with sealant application, foreign object debris inspections, and finalising electrical and Flight Test Instrumentation harness routing. Installation of landing gear, control surfaces, onboard sensors and engine integration is also scheduled. Leak checks and rectification of technical snags are mandatory before the aircraft can progress further.

The final milestone, targeted at the tenth month, is the most significant. This phase involves wing and control surface assembly, installation of access doors and covers, and provision of structural support for engine ground runs.

Repeated functional checks of LRUs, system simulations and Required Functional Tests will be conducted, followed by snag rectification across interconnected systems. Preparation for Engine Ground Runs is central here, with the General Electric F414 engine operated while stationary to validate propulsion, fuel systems, hydraulics, electrical systems and avionics integration.

Only after successful engine evaluations will the aircraft move to taxi trials. Low‑ and high‑speed runs will verify braking, steering, landing gear behaviour and overall handling. These trials are crucial for collecting data to refine design before clearance for the maiden flight. The “Flight Fit” milestone is embedded within this sequence, marking readiness for final ground and taxi validations.

The program has already faced multiple timeline revisions. Hindustan Aeronautics Limited recently confirmed that the official rollout of the first prototype has been pushed to March 2027, extending the schedule for one of the Indian Air Force’s principal modernisation efforts.

Analysts attribute the delay largely to integration of the F414‑INS6 engine, which produces 98 kN of thrust and represents a major leap over the F404 engines used in earlier Tejas variants. Licensed production and technology transfer agreements with GE Aerospace are still being finalised, though eight engines have been delivered for testing.

The TEJAS MK-2 is designed as a medium‑weight fighter with larger fuselage, canards for manoeuvrability, increased fuel capacity and payload capability of around 6.5 tons. It will feature the indigenous Uttam AESA radar, upgraded digital flight control systems and compatibility with a wide range of modern weapons.

The Indian Air Force plans to induct between 110 and 120 aircraft to replace ageing fleets such as the Mirage-2000, Jaguar and MiG‑29.

Despite delays, the MK-2 remains central to India’s defence self‑reliance strategy. The Defence Research and Development Organisation, Aeronautical Development Agency and HAL are coordinating closely to compress timelines between development and deployment.

However, the latest ten‑month work order confirms that the maiden flight is unlikely before mid‑2027, underscoring the complexity of the program and the importance of meeting each milestone without compromise.

Agencies


Mumbai-Based A1 Fence Unveils Cutting-Edge FenSense Smart Fence Detection System


Mumbai-based A1 Fence has unveiled a cutting-edge fence detection system known as FenSense. The system has been designed to provide advanced perimeter security by integrating intelligent sensing technologies with robust fencing solutions.

It represents a significant step forward in the field of border and infrastructure protection, offering a blend of mechanical strength and electronic surveillance.

FenSense operates by embedding smart sensors directly into the fencing structure. These sensors are capable of detecting vibrations, pressure changes, and attempts at tampering or intrusion.

The system is engineered to differentiate between environmental disturbances such as wind or small animals and genuine intrusion attempts, thereby reducing false alarms and enhancing reliability.

The detection mechanism is supported by real-time monitoring capabilities. FenSense can be linked to a central command centre, where alerts are transmitted instantly upon detection of suspicious activity. This ensures that security personnel can respond rapidly to potential breaches, improving overall situational awareness.

A1 Fence has emphasised that FenSense is scalable and adaptable to different environments. It can be deployed along international borders, critical infrastructure sites, industrial complexes, and private estates. The modular design allows integration with existing fencing systems, making it suitable for both new installations and retrofitting projects.

The system also incorporates artificial intelligence algorithms to analyse sensor data. This enables predictive threat assessment and pattern recognition, allowing security forces to anticipate potential intrusion attempts. AI-driven analytics further enhance the efficiency of monitoring operations by filtering out irrelevant signals and prioritising genuine threats.

FenSense is designed to withstand harsh environmental conditions. The sensors and wiring are weatherproof, ensuring consistent performance in extreme heat, heavy rainfall, or dusty environments. This durability makes it particularly suitable for deployment in diverse terrains such as deserts, forests, and coastal regions.

A1 Fence has highlighted that FenSense can be integrated with complementary technologies such as CCTV cameras, drones, and radar systems. This creates a multi-layered security grid that combines physical barriers with electronic surveillance, offering comprehensive protection against infiltration, smuggling, and sabotage.

The company has also stressed the importance of ease of maintenance. FenSense is built with self-diagnostic features that alert operators to technical issues, reducing downtime and ensuring uninterrupted security coverage. Routine maintenance can be carried out without dismantling the entire system, making it cost-effective in the long run.

FenSense has already attracted interest from defence establishments and private security agencies. Its potential applications extend to securing airports, seaports, power plants, and sensitive government facilities. The system aligns with India’s broader push towards indigenous defence technology and smart border management solutions.

By combining innovation with practicality, FenSense represents a new generation of perimeter security systems. It reflects A1 Fence’s commitment to developing indigenous solutions that meet global standards while addressing India’s unique security challenges.

Agencies


NETRA Final Operational Clearance: A Proud Milestone In India's Indigenous Airborne Surveillance Capability


India’s indigenous NETRA AEW&C system has officially received Final Operational Clearance (FOC), marking a historic leap in airborne surveillance and self-reliant defence capability.

The milestone strengthens India’s position as the fifth nation globally to field such advanced technology, proven in operations like Balakot and Sindoor.

The NETRA AEW&C program represents decades of perseverance, innovation, and collaboration between the Defence Research and Development Organisation (DRDO), the Indian Air Force (IAF), and industry partners.

Developed at DRDO’s Centre for Airborne Systems (CABS) in Bangalore, the system is mounted on the Embraer EMB-145I aircraft and integrates a sophisticated suite of mission equipment.

These include an indigenous Active Electronically Scanned Array (AESA) radar, Identification Friend or Foe (IFF), secure communication networks, electronic support measures, and mission computers. Together, they provide real-time detection, tracking, and identification of airborne and maritime threats.

The FOC ceremony held on 25 June 2026 in Bangalore was attended by senior IAF officers, DRDO scientists, former Air Chiefs, and industry leaders. Air Marshal Awadhesh Kumar Bharti, Deputy Chief of the Air Staff, formally declared the system mission-ready.

The achievement was dedicated to the memory of colleagues lost in the 1999 HS-748 Avro crash, which temporarily halted India’s airborne surveillance ambitions. Their sacrifice was acknowledged as foundational to the eventual success of the program.

The NETRA system has already demonstrated operational utility. It played a pivotal role during the 2019 Balakot strikes and more recently in Operation Sindoor, proving its reliability as a force multiplier.

Unlike ground-based radars, NETRA’s airborne platform allows surveillance over vast distances, overcoming terrain limitations and providing commanders with a comprehensive aerial picture.

Its AESA radar can track multiple targets simultaneously, including fighter aircraft, drones, and missiles, while secure communication links enable seamless integration with fighter squadrons and ground stations.

India’s journey with NETRA began in the early 1980s, but the program was sanctioned afresh in 2004 after setbacks. Initial Operational Clearance was achieved in 2017, and the system has since undergone extensive flight testing, upgrades, and operational validation. The FOC now certifies it for full-scale deployment, cementing its role in India’s network-centric warfare architecture.

The milestone also reflects the synergy between scientific agencies, operational users, and defence production establishments.

Industry partners such as Astra Microwave contributed mission-critical RF, microwave, and digital processing subsystems. Their involvement underscores the importance of private-sector collaboration in achieving technological self-reliance.

Astra Microwave’s Joint Managing Director, Dr M.V. Reddy, attended the ceremony, highlighting the role of industry in shaping India’s defence ecosystem.

India is now looking to expand its airborne surveillance fleet, with plans for twelve early warning aircraft under two programs. The NETRA MK-1A variant, incorporating enhanced mission suites and longer-range radar, is already approved for development.

Meanwhile, the Airbus A321-based NETRA MK-2 program promises even greater endurance and capability, though platform modifications may delay induction until the 2030s. Until then, the operational NETRA fleet ensures India’s skies remain vigilantly monitored.

The FOC of NETRA AEW&C is more than a technological milestone; it is a defining testimony to Atmanirbhar Bharat and the vision of Viksit Bharat.

It demonstrates India’s ability to engineer indigenous solutions for mission-critical defence capabilities, ensuring strategic autonomy in a rapidly evolving security environment.

Agencies


India Missed the Sixth-Generation Fighter Launch Window And Is Left Chasing An Export Seat


India’s absence from the foundational stages of the main Western sixth-generation fighter efforts was not accidental, but the result of timing, strategic choices, industrial politics, and security mistrust, analysed by Luke Diaz of Simple Flying.

By the time India reconsidered its options, the Global Combat Air Program and the Future Combat Air System had already moved into tightly managed consortium structures that are far harder to enter as a latecomer.

The core argument is that India once had a theoretical opening to participate more deeply in advanced next-generation combat aviation, but it prioritised its long-running Indo-Russian fifth-generation fighter partnership instead.

That joint effort, the FGFA, was launched under an inter-governmental framework in 2007 and later unravelled after years of friction, with India reportedly pulling out in 2018.

From the article’s perspective, the collapse of FGFA mattered not merely because it failed, but because it consumed valuable time. While India was tied up in the Russian program, the Western sixth-generation programs were consolidating their membership, division of labour, governance, and industrial security assumptions.

A major point in the article is that these new programs are not simply about a stealth aircraft. They are conceived as a system of systems, with combat cloud architectures, distributed sensors, data fusion, loyal wingman drones, electronic warfare networks, and very sensitive software-defined mission ecosystems, which naturally raises the stakes of any industrial partnership.

That sensitivity is exactly where India runs into trouble. The article argues that Western partners would be cautious about transferring cutting-edge intellectual property, because India still has deep defence-industrial links with Russia, and that could create fears of indirect leakage of sensitive technologies such as sensors, engines, electronic warfare methods, and AI-enabled mission systems.

There is also a political and doctrinal dimension. India’s preference for strategic autonomy means it has historically resisted becoming structurally dependent on a foreign-led military bloc, especially for core combat aviation capabilities. In that sense, the article treats India as a difficult co-developer even when it is a valuable customer.

The article also presents FGFA as a cautionary tale about uneven industrial relationships. India was reportedly expected to contribute around half the funding, while receiving a relatively limited role in advanced design work, which fuelled frustration in New Delhi and the IAF over whether India was being treated as a technological equal or merely as a financier.

That grievance is central to the article’s broader theme: India wants partnership, not subcontracting. When India pressed for greater access to advanced research and workshare, Russia resisted, and the program’s structure never really solved the mismatch between Indian expectations and Russian industrial realities.

The text then turns to the challenge of late entry into the Western programs. GCAP and FCAS were both built as highly integrated strategic-industrial undertakings, not open clubs, and bringing in a new full partner would require renegotiating treaties, workshare, export rules, and sensitive technology boundaries.

On FCAS specifically, the article leans heavily on the recent breakdown in the program’s fighter pillar, noting that the industrial disputes between Airbus and Dassault have pushed the project to a precarious state.

Recent reporting says the fighter portion is in severe trouble, with some sources describing the next-gen fighter negotiations as all but dead, while others suggest the project may survive only as a more limited technology-and-network effort.

This is important to the article’s thesis because it implies that India’s timing problem is even worse than before. If FCAS becomes reduced to a narrower set of technologies or effectively splits into separate national or bilateral paths, then India’s odds of joining as a meaningful partner diminish further.

The article portrays GCAP as the more plausible route, but still not an easy one. Reports in March 2026 said India had expressed interest in one of the European sixth-generation programs and that observer status was being discussed, which aligns with the article’s claim that a formal co-developer role is unlikely but an observer pathway is more realistic.

That observer route is treated as strategically useful because it gives India access to program learning without immediately forcing a full industrial commitment. In practical terms, that would allow Indian planners and scientists to study the architecture, concepts of operation, and industrial logic of a sixth-generation ecosystem even if they do not receive equal partner status.

The article then makes a strong economic argument: export demand from a large buyer such as India could help sustain production economics for a program that otherwise faces high development costs and small initial production runs. This is presented as a reason why India may eventually be seen not as a partner of choice, but as an essential export customer.

The operational logic is equally central. India’s fighter fleet is under severe pressure, and open-source reporting in 2026 suggests the IAF has fallen to roughly 29–31 squadrons, far below the sanctioned 42.5, creating a serious capability gap as older aircraft retire.

That shortage matters because the article assumes India cannot wait indefinitely for AMCA to mature. Open-source reporting continues to place AMCA induction around 2035, which means there is a long runway during which India may need imported capability to avoid a dangerous gap in air-power.

The article uses that timeline pressure to argue that a Western sixth-generation export variant could become attractive even if India is not allowed into the inner circle of the program. In that scenario, India would accept a less-than-ideal industrial position in exchange for access to an operational aircraft in the relevant timeframe.

It further suggests that India’s need for quick recapitalisation could override its usual insistence on full technology transfer. That is a significant departure from India’s standard procurement posture, but the article argues that squadron shortages and regional threats may force a more pragmatic stance.

The article also ties the issue to the Quad and broader Indo-Pacific balancing. It argues that if India were to operate a GCAP-derived platform, the degree of interoperability with Japan, the UK, and potentially other Western-linked systems would improve dramatically, even if India still stopped short of a NATO-style alliance.

Its strategic logic is that sixth-generation fighters are not just aircraft but airborne nodes in a wider sensor-and-shooter network. In the article’s framing, a stealth fighter could detect, classify, and pass targets to ships, patrol aircraft, or land-based missile forces, thereby strengthening anti-access and area-denial coverage in the Indian Ocean region.

That networking logic is also why the article sees China as the central strategic reference point. It argues that Indian participation in a sixth-generation ecosystem would help constrain Chinese freedom of manoeuvre, enhance surveillance of key maritime choke-points, and complicate the PLA Air Force’s regional planning.

Russia’s weakened defence-industrial position is another strand in the article’s argument. The text suggests that India’s dependence on Russian hardware has become more problematic since the war in Ukraine, with disruptions to spares, upgrades, and long-term reliability reinforcing the attraction of a Western alternative.

In that sense, the article sees a sixth-generation export purchase as a possible pivot point away from Russian dependence and towards a Western aerospace ecosystem. At the same time, it presents this as complementary to India’s indigenous AMCA effort rather than a replacement for it.

The article also implies that a successful export arrangement would have geopolitical spill over effects beyond procurement. If India used an advanced Western platform, it would deepen practical interoperability with partners in the Indo-Pacific and create a more coherent network for surveillance, targeting, and deterrence across the region.

One of the article’s strongest claims is that India’s slow decision-making has already cost it two potential routes: one tied to Russia, and another tied to Europe. By the time India began moving more seriously, the Western programs had become harder to enter and in FCAS’s case, potentially structurally weakened.

The piece therefore paints India as having missed the optimal entry window and now facing a choice between limited observer participation, future export purchase, or relying on domestic development and interim acquisitions. That is a harsh assessment, but it is consistent with the current public reporting on both GCAP and FCAS.

The underlying message is that sixth-generation fighter programs are no longer open-ended national initiatives. They are industrial-security ecosystems built on trust, treaty structure, and pre-agreed workshare, which makes them very difficult to join late without offering something strategically exceptional.

For India, the article’s conclusion is effectively that the clock has already run out on founding-partner status. If India wants a meaningful place in the next generation of air combat, it may now have to choose between observer access, an export buy, or continuing to build its own path through AMCA while accepting a difficult capability gap in the meantime.

Agencies


IdeaForge’s Yeti Cargo UAV Achieves Hover Trials Ahead of Full-Scale Flight Testing


Mumbai-based ideaForge has successfully completed hover trials of its heavy-lift cargo UAV, Yeti, with full-scale flight testing set to follow. This marks a critical milestone in the development of one of India’s most ambitious indigenous drone logistics platforms.

The Yeti UAV is designed to carry payloads of up to 200 kg, positioning it as a transformative solution for military logistics, disaster relief, and industrial cargo transport. The hover trials validated its ability to lift and stabilise heavy loads, a prerequisite before advancing to extended flight missions.

The next stage will involve rigorous testing across varied terrain and altitude profiles to demonstrate operational readiness.

The drone features a distributed VTOL architecture with multiple redundant motors, ensuring stability and safety even under asymmetric load conditions. Its design allows it to operate from compact landing zones, making it suitable for deployment in forward areas where conventional aircraft cannot land.

With a cruise speed exceeding 110 km/h and tolerance for strong winds, Yeti is engineered to perform in demanding environments.

Operational parameters include a payload range between 50 and 200 kg, endurance extending up to 200 km, and altitude capability reaching 6,500 metres above mean sea level, with margins close to 7,500 metres. The UAV is also built to withstand extreme temperatures ranging from –45°C to +55°C, enabling deployment in Himalayan high-altitude posts, desert sectors, and offshore installations.

Yeti is configured for multiple mission roles. In cargo mode, it can deliver ammunition, rations, fuel, and spares directly to frontline units. In CASEVAC mode, it can evacuate casualties with medical packs, providing critical support in the golden hour.

It is also capable of transporting engineering equipment, bridging modules, and construction materials to accelerate infrastructure development in contested zones. Maritime resupply and precision delivery are additional mission sets supported by the platform.

The UAV integrates autonomous flight systems, BVLOS capability, terrain-following sensors, and intelligent airspace avoidance. These features reduce operator workload and enhance survivability in complex operational environments. Its ability to function in GPS-denied and electronic warfare conditions further strengthens its utility for military deployment.

The successful hover trials underscore India’s growing emphasis on indigenous drone technology for strategic self-reliance. Yeti is expected to play a pivotal role in reducing dependence on vulnerable road convoys and manned aircraft, offering a safer, faster, and more flexible logistics backbone.

Its development reflects a broader national push towards advanced unmanned systems capable of addressing both defence and civilian requirements.

Agencies


GRSE Has Emerges Lowest Bidder (L1) For The Construction And Delivery of 15-Ton Electric Tug For Kolkata Port


Garden Reach Shipbuilders and Engineers Ltd (GRSE), a leading defence public sector shipyard, has emerged as the lowest bidder for the construction and delivery of a 15-ton bollard pull electric tug for Syama Prasad Mookerjee Port in Kolkata.

This development represents a significant milestone in GRSE’s growing portfolio of green vessels and underscores its expanding presence in the commercial shipbuilding sector alongside its established defence business.

The proposed electric tug will measure 25 metres in length with a beam of 8 metres. It will be powered entirely by battery-based propulsion systems, designed to deliver a static ahead bollard pull of 15 tonnes. The vessel will primarily be deployed for harbour assistance and towing operations, offering a cleaner and more sustainable alternative to conventional diesel-powered tugs.

According to GRSE, the tug will have an endurance of two hours of continuous operation and achieve a maximum speed of 9 knots. It will be constructed in strict compliance with International Association of Classification Societies (IACS) standards, ensuring adherence to global benchmarks for safety, reliability, and performance. The integration of battery-propulsion technology is aimed at reducing emissions and supporting environmentally responsible port operations.

This project is closely aligned with the maritime sector’s increasing emphasis on decarbonisation and the adoption of sustainable technologies. Ports worldwide are under pressure to reduce their carbon footprint, and electric tugs are emerging as a practical solution to meet these requirements. GRSE’s participation in such projects highlights its commitment to supporting India’s green shipping ambitions.

GRSE has already demonstrated its capabilities in the green vessel segment. The shipyard previously delivered a fully electric, zero-emission ferry to the Government of West Bengal and is currently building 13 hybrid ferries for the state.

In addition, it is executing an order for 12 multi-purpose vessels for a German client, with four of these vessels incorporating green propulsion systems. These projects collectively showcase GRSE’s ability to design and deliver advanced eco-friendly vessels for both domestic and international markets.

The company is also engaged in advanced discussions for a contract to construct five Next Generation Corvettes, further strengthening its defence portfolio. To date, GRSE has delivered 118 warships to the Indian Navy, the Indian Coast Guard, and friendly foreign nations, cementing its reputation as one of India’s premier warship builders.

By diversifying its order book into green and commercial shipbuilding segments, GRSE is leveraging its in-house design expertise and modern shipbuilding infrastructure to remain competitive in a rapidly evolving maritime industry.

The electric tug project at Kolkata Port is expected to reinforce GRSE’s position as a pioneer in sustainable shipbuilding and contribute to India’s broader efforts to integrate clean technologies into its maritime ecosystem.

Agencies


India Launches Operation Amistad As Global Aid Flows To Quake-Hit Venezuela


India has launched a major humanitarian mission to assist Venezuela in the aftermath of the devastating earthquakes. External Affairs Minister S Jaishankar announced on Friday that ‘Operation Amistad’ was underway, with two Indian Air Force C-17 Globemaster aircraft dispatched to Caracas carrying critical relief supplies and medical support.

The mission includes an Indian Army Field Hospital Unit and more than 35 tonnes of humanitarian assistance. Among the supplies are medicines, medical equipment, and two BHISHM Cubes, which are advanced portable systems designed to provide rapid emergency medical support in disaster-hit areas. 

These cubes are capable of functioning as compact medical stations, enabling immediate treatment in regions where infrastructure has collapsed.

EAM Jaishankar emphasised India’s commitment to humanitarian assistance and disaster relief, stating that the country stands firmly with the Government and people of Venezuela during this difficult time.

His announcement followed Prime Minister Narendra Modi’s message of condolence on Thursday, in which Modi expressed sorrow over the devastation and pledged to extend “all possible assistance” to the victims and their families.

Modi’s remarks were warmly received by Venezuelan Acting President Delcy Rodriguez, who expressed gratitude for India’s solidarity and support. She highlighted that such gestures of cooperation are vital in times of crisis, especially as Venezuela grapples with the aftermath of two massive earthquakes near its capital city.

The Venezuelan Health Minister Carlos Alvarado confirmed that the death toll had risen to 235, with more than 4,300 people injured. He explained that while most injuries were minor, many serious cases required surgical intervention. Hospitals reported receiving patients who were declared dead upon arrival, while others showed no vital signs, underscoring the severity of the disaster.

The tremors, measured at magnitudes 7.2 and 7.5, caused widespread structural collapse and severe damage to critical infrastructure across the nation. Rescue operations remain ongoing, with emergency services stretched to capacity as they attempt to stabilise the situation.

Meanwhile, the United States has also mobilised its military forces to support Venezuela’s relief efforts. Acting under the direction of the Department of State, the US Southern Command deployed C-17 Globemaster and C-130 Hercules transport aircraft to conduct a large-scale humanitarian airlift.

This deployment is aimed at providing immediate, high-capacity support to the hardest-hit regions, ensuring rapid delivery of aid and medical assistance.

The combined efforts of India and the United States highlight the importance of international solidarity in responding to humanitarian crises. With Venezuela facing one of its most destructive seismic events in recent history, the swift mobilisation of global support underscores the urgency of coordinated disaster relief and the shared responsibility of nations in times of catastrophe.

ANI


Astrobase Space Installs India’s Largest Metal 3D Printer For Rocket Engines


Astrobase Space Technologies has operationalised India’s largest industrial metal 3D printer at its Bangalore facility, marking a decisive leap in the country’s private space sector.

The massive system, transported in four trucks, is designed to manufacture multiple Full Flow Staged Combustion (FFSC) rocket engines annually, each capable of delivering 80 tonnes of thrust.

Astrobase Space, founded in 2024, has now established industrial-scale additive manufacturing capabilities that place it at the forefront of India’s emerging commercial space ecosystem.

The installation of this large-format metal 3D printer represents the company’s first such capability and underscores its ambition to vertically integrate rocket engine production.

The equipment is specifically tailored to produce the core components of its 800 kilonewton liquid oxygen–methane FFSC engine, a propulsion architecture regarded globally as one of the most efficient and technically challenging.

The FFSC cycle, often described as the “holy grail” of rocket propulsion, is operationally mastered by only a handful of companies worldwide. By adopting this architecture, Astrobase aims to bypass traditional manufacturing constraints and accelerate the development of reusable, high-performance propulsion systems.

The new printer consolidates complex geometries into fewer parts, reducing assembly challenges and ensuring higher reliability under extreme cryogenic conditions.

The company was co-founded by Neeraj Khandelwal, an IIT Bombay alumnus and co-founder of CoinDCX, alongside Devakumar Thammisetty, a former ISRO scientist with over 13 years of experience in cryogenic propulsion.

Thammisetty contributed to India’s Geosynchronous Satellite Launch Vehicle and the Gaganyaan human spaceflight program, lending technical credibility to Astrobase’s ambitious plans.

Khandelwal emphasised that building India’s first FFSC rocket engine required not only engineering breakthroughs but also the infrastructure to manufacture such complex systems at scale.

Astrobase has already achieved significant milestones. In September 2025, it successfully completed sub-scale hot-fire tests validating combustion stability, materials, and flow systems. Cold-flow testing of turbo-pumps has also been conducted, and regulatory clearance has been secured for constructing a private high-thrust LOX-LNG test facility in Andhra Pradesh.

Full-scale engine tests are scheduled for later in 2026, followed by a vertical take-off and landing prototype demonstration in 2027.

The company targets a maiden orbital launch in 2029 with its medium-lift, partially reusable launch vehicle designed for satellite deployments, constellation missions, and sovereign payloads.

The installation of India’s largest industrial metal 3D printer also positions Astrobase in direct competition with Agnikul Cosmos, which previously held the record with its large-format additive manufacturing facility in Chennai.

This rivalry reflects the rapid maturation of India’s New Space sector, where private firms are increasingly driving innovation in propulsion and manufacturing technologies.

Strategically, the new printer is expected to drastically shorten production cycles, enabling Astrobase to move from sub-scale validation to flight-ready hardware. Success in the upcoming full-scale engine tests will be the critical indicator of whether this investment translates into repeatable propulsion performance.

If achieved, Astrobase will not only strengthen India’s self-reliance in advanced space technologies but also establish itself as a global contender in reusable launch systems.

Agencies


Hezbollah Terror Group Chief Qassem Demands Full Israeli Withdrawal, Declares Israeli‑American Plan Defeated


Hezbollah Secretary General Sheikh Naim Qassem has declared that Israel has no option but to fully withdraw from Lebanese territory, insisting that the regional conflict has entered a transformative new phase marked by the collapse of what he termed the “Israeli‑American project.”

His remarks were delivered at the Central Ashura Council in Beirut, where he characterised the latest developments as a decisive victory for the resistance.

Qassem stated that Israel and its allies had sought to destroy Hezbollah but had suffered a crushing defeat. He claimed that the resistance had shattered the Israeli‑American plan and ushered in a new phase of the struggle. He emphasised that the path forward required an immediate end to all violations of Lebanese sovereignty, including land, sea, and air attacks, and insisted that Israel had no choice but to withdraw completely.

He framed this demand as the culmination of a long‑term struggle, arguing that Israel had sought to occupy Lebanon as part of its “Greater Israel” project. He said that the resistance had emerged in response to aggression and occupation, and that its deterrent capability had been built over years of hardship with Iranian support.

He noted that while Israel had attempted to force Hezbollah from its homes, Iran’s backing had enabled the group to develop a strong deterrent against Israeli attacks.

Qassem described the recent memorandum of understanding between the United States and Iran as a turning point, portraying it as an official declaration of defeat for Washington and Tel Aviv. He credited Iran’s steadfast leadership under Ayatollah Mojtaba Khamenei, the sacrifices of its commanders, and the resilience of its people for resisting US‑Israeli plots. He asserted that Iran’s agreement represented the formal recognition of their defeat.

He reaffirmed Iran’s sovereignty, declaring it a nation shaping not only its own future but also the future of the wider region. He stressed that Iran had stood by Lebanon and other allies throughout years of aggression and hardship, and that its role was now central to regional dynamics.

Meanwhile, Israeli military operations continued in southern Lebanon. The Israeli Defence Forces announced that they had eliminated six Hezbollah militants who posed a threat to soldiers operating in the security zone.

According to the IDF, five armed Hezbollah fighters were identified in Zawtar al‑Sharqiya, while another was spotted in the Ali al‑Taher Ridge. All six were killed in order to remove the perceived threat.

At the same time, diplomatic efforts were ongoing in Washington. Lebanese and Israeli ambassadors were engaged in talks about establishing pilot zones. These zones are intended to facilitate Israeli military withdrawal and the deployment of the Lebanese army, in line with proposals aimed at reducing hostilities and stabilising the border.

The juxtaposition of Qassem’s defiant rhetoric, continued Israeli military action, and ongoing diplomatic negotiations highlights the complexity of the current phase of the conflict. Hezbollah’s leadership is presenting the situation as a strategic victory, while Israel maintains its operations in southern Lebanon, and international actors attempt to broker arrangements that could reduce tensions.

ANI


China And Bangladesh Elevate Ties With Expanded Belt And Road Cooperation


Chinese President Xi Jinping has declared that Beijing is prepared to expand its flagship Belt and Road cooperation with Bangladesh during his meeting with Prime Minister Tarique Rahman in Beijing.

The announcement came as part of Rahman’s four‑day official visit to China, which follows his earlier stop in Malaysia and marks the second leg of his maiden overseas tour since assuming office in February.

Xi Jinping, according to China’s state‑run Xinhua News Agency, expressed support for Bangladesh’s new government in ensuring smooth administration after a period of political instability. He emphasised that China is willing to work with Dhaka to advance “high‑quality” Belt and Road cooperation.

Xi highlighted that both sides could jointly map out priority areas and seize opportunities in green and low‑carbon development, the digital economy, information technology, artificial intelligence and other emerging sectors.

The Belt and Road Initiative, launched in 2013 by Xi, is a vast global infrastructure and economic development programme designed to enhance connectivity across Asia, Africa and Europe. It involves investments in railways, ports, highways and energy projects, drawing inspiration from the ancient Silk Road to promote trade and economic integration. Bangladesh has been a participant in the initiative, with several projects already underway, including power generation and transport infrastructure.

Chinese Foreign Ministry spokesperson Mao Ning stated in a series of posts that the two leaders jointly announced the decision to build a “China‑Bangladesh community with a shared future in the new era.” 

This move elevates bilateral relations to a higher level, signalling a deepening of strategic ties. Mao added that Xi stressed China’s consistent policy of good‑neighbourliness and friendship towards Bangladesh, underscoring that Beijing attaches great importance to the relationship.

Xi Jinping was quoted as saying that regardless of global changes, China would not waver in its commitment to building friendship with Bangladesh. He assured that China would remain a trustworthy, good friend, good neighbour and good partner. He also reaffirmed China’s support for Bangladesh in safeguarding its national independence, sovereignty and territorial integrity, while firmly opposing foreign interference.

Rahman’s visit to China comes at a crucial time, as his government seeks to strengthen partnerships with major powers following political transition at home. The discussions in Beijing are expected to cover not only infrastructure and economic cooperation but also defence and technological collaboration, given Bangladesh’s growing interest in diversifying its strategic partnerships.

The elevation of ties to a “shared future” framework suggests that both countries are looking to institutionalise long‑term cooperation across multiple domains.

The meeting between Xi and Rahman reflects China’s broader strategy of consolidating its influence in South Asia through economic and strategic engagement. For Bangladesh, the partnership offers opportunities to accelerate development, modernise infrastructure and expand access to advanced technologies, while balancing relations with other regional and global powers.

ANI


Iran And US Establish Direct Communication Line In Strait Of Hormuz Under MoU


Iran and the United States have formally established a communication line in the Strait of Hormuz to prevent incidents that could spiral into military confrontation.

The arrangement is part of the 14‑point memorandum of understanding signed earlier this month, which seeks to end hostilities in West Asia and restore stability to the critical maritime corridor.

The announcement was made by Iranian state media Press TV, citing the final statement of talks held in Switzerland. The negotiations were mediated by Qatar and Pakistan, who confirmed that the communication channel was designed to manage potential incidents in the strait and ensure safe passage for commercial vessels.

The statement specifically referenced paragraph five of the Islamabad Memorandum of Understanding, under which the communication line was created. Its purpose is to avoid miscommunication and prevent escalation between the two militaries during the 60‑day negotiation window.

Iran has simultaneously reiterated that all vessels transiting the Strait of Hormuz must adhere to routes announced by Tehran. The insistence on Iranian‑designated passageways underscores Tehran’s determination to retain control over the strategic waterway, which is vital for global oil and gas shipments.

The development follows the conclusion of the initial round of technical talks in Switzerland. Both sides agreed to establish a High‑Level Committee and draft a roadmap towards a final agreement within 60 days. The Lake Lucerne Summit at Burgenstock was the venue where Qatar and Pakistan issued the joint statement confirming the direct communication line.

US Vice President JD Vance, who led the American delegation, stated that the deconfliction channel would involve military representatives from both countries. The arrangement places officers from Iran’s Islamic Revolutionary Guard Corps and the US Army’s Central Command in Doha, Qatar, to oversee the mechanism and ensure rapid response to any incidents.

The creation of this communication line marks a significant step in reducing the risk of confrontation in one of the world’s most sensitive maritime chokepoints. It also reflects the willingness of both sides to pursue structured dialogue under international mediation, even as broader disagreements remain unresolved.

The Strait of Hormuz has been the scene of repeated tensions in recent months, with closures, attacks on vessels, and competing blockades disrupting global energy flows.

The establishment of a direct channel for communication is therefore seen as a stabilising measure, though its success will depend on adherence to agreed protocols and the political will of both governments.

ANI


Vance And Rubio: Divergent Voices In Trump Administration On Iran And Israel


US President Donald Trump’s administration has sought to project unity in its handling of the Iran war, yet recent remarks by Vice President JD Vance and Secretary of State Marco Rubio have revealed clear differences, particularly regarding Israel’s military actions in Lebanon, Reuters reported.

Vice President Vance, speaking at the White House last week, strongly criticised Israeli bombings of civilian infrastructure in Beirut. He argued that such strikes, aimed at weakening Hezbollah, were undermining U.S.-led peace efforts and jeopardising the fragile progress made in negotiations with Iran. 

His comments were directed at Israeli critics of the preliminary U.S.-Iran deal, which has been positioned as a step towards ending hostilities and stabilising the region.

Secretary of State Rubio, meanwhile, adopted a markedly different tone during his tour of the Gulf. He defended Israel’s military campaign in Lebanon, repeatedly describing its actions as a legitimate response to Hezbollah attacks. When pressed on Vance’s criticism, Rubio avoided direct confrontation, instead recounting a recent assault by Hezbollah on an Israeli checkpoint, which he said justified Israel’s retaliatory measures.

This divergence highlights the challenge facing the Trump White House, which has emphasised unity in foreign policy but is increasingly confronted with differing worldviews among its senior leadership. The contrast between Vance and Rubio underscores the divisions within the Republican Party over how to balance support for Israel with broader diplomatic efforts in West Asia.

The clash also carries political implications beyond immediate policy. Both Vance and Rubio are seen as potential contenders for the 2028 presidential election, and their contrasting positions offer an early glimpse into the evolving ideological spectrum of the Republican Party.

Vance’s emphasis on diplomacy and caution over military escalation contrasts with Rubio’s defence of Israel’s hardline approach, signalling two distinct paths for the party’s future foreign policy.

The administration’s attempt to maintain a united front is further complicated by the broader context of the U.S.-Iran negotiations. The preliminary deal has already faced criticism from Israeli officials, who argue that it risks emboldening Tehran while constraining Israel’s ability to defend itself against Hezbollah. Vance’s remarks appear to align more closely with concerns about sustaining diplomatic momentum, while Rubio’s stance reflects a prioritisation of Israel’s immediate security needs.

Observers note that these differences are not merely tactical but reflect deeper ideological divides. Vance has consistently stressed the importance of preventing escalation and securing a ceasefire, while Rubio has positioned himself as a staunch defender of Israel’s military prerogatives.

This dynamic illustrates the competing pressures within the administration as it navigates both the war in Lebanon and the delicate negotiations with Iran.

The episode serves as a reminder that despite efforts to present cohesion, the Trump administration’s foreign policy is shaped by internal debates that could influence the trajectory of U.S. strategy in the Middle East.

It also foreshadows the debates likely to dominate the Republican Party as it prepares for the next presidential cycle, with Vance and Rubio emerging as leading voices representing divergent approaches to diplomacy and security.

Agencies