India Perfects Indigenous Single Crystal Turbine Blade Technology For Advanced Fighter Engines

India’s Defence Research and Development Organisation has successfully perfected indigenous single crystal turbine blade technology, marking a decisive leap in the nation’s aerospace capabilities. 

Developing these components requires absolute precision across a multi‑stage production line, and DRDO has demonstrated mastery in every critical stage of the process.

The production involves directional solidification within highly specialised vacuum casting furnaces. This is complemented by the use of complex internal ceramic cores that mould microscopic cooling passages, ensuring the blades can withstand extreme thermal and mechanical stresses.

The final stage demands precise surface coating finishes, which DRDO has also perfected, enabling the blades to meet the stringent requirements of military jet engines.

A particularly significant achievement lies in DRDO’s ability to design and cast highly complex internal ceramic cores. These cores allow the moulding of serpentine, microscopic internal cooling passages directly inside the single‑crystal blade. This innovation ensures superior cooling efficiency, which is indispensable for engines operating at very high temperatures.

India’s Defence Metallurgical Research Laboratory first achieved single‑crystal blade technology in 2021, but that milestone was specifically tailored for helicopter engines.

The recent breakthrough represents a massive evolutionary leap, defined by the operational environment, structural complexity, and structural scale of the components now being produced. This transition from rotary‑wing to advanced fighter jet engine applications underscores the scale of progress.

DRDO, working in collaboration with Indian industrial partners and academic research institutions, has perfected the thermal gradient pulling parameters. In addition, the organisation has redesigned the helical pigtail grain selectors, ensuring defect‑free multi‑stage casting yields.

These blades now meet the most demanding military aerospace tolerances, a feat that places India firmly within the elite group of nations capable of producing such advanced components.

The laboratory phase of the program has been successfully completed, and DRDO is actively transitioning the technology to domestic private‑sector defence firms. This step is crucial for scaling up production and integrating the blades into frontline fighter aircraft engines, thereby strengthening India’s self‑reliance in defence technology.

This achievement builds upon India’s earlier successes in single‑crystal technology but elevates them to a new level of complexity and application. It demonstrates not only scientific and engineering excellence but also the ability to industrialise one of the most challenging aerospace technologies.

The blades are now poised to support indigenous fighter jet programs, advanced UAV propulsion systems, and future combat aircraft engines.

By mastering this technology, India has secured a strategic advantage in aerospace engineering. It reduces dependence on foreign suppliers, enhances the credibility of its defence ecosystem, and ensures that future indigenous aircraft will be powered by engines incorporating world‑class components.

This breakthrough confirms India’s place in the exclusive club of nations with end‑to‑end mastery of single‑crystal turbine blade technology.

Agencies

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Trump Calls Modi 'Classic', Names Him As One of Two Greatest World Leaders He Admires

US President Donald Trump has described Prime Minister Narendra Modi and Chinese President Xi Jinping as “classics” among global leaders, placing them at the top of his list of admired figures on the world stage.

Speaking during an interview on The Axios Show, Trump was asked to name the two leaders he most admires internationally. He responded by highlighting Xi Jinping first and then Prime Minister Modi, praising both for their leadership styles, political strength, and global influence.

Trump elaborated on his admiration for Xi Jinping, agreeing with the interviewer’s suggestion that Xi’s leadership was formidable. He then turned to Modi, stating, “Well, I think Modi is very good.”

He emphasised Modi’s strategic approach to governance, noting that the Indian leader has avoided wars, which Trump described as “smart.” He pointed out India’s vast population of 1.5 billion people, underlining that India is now the largest country in terms of population, and credited Modi for steering such a massive nation with stability and strength.

The US President went further, calling both Modi and Xi “classics,” and remarked that if a film were to be made about either of them, Hollywood would struggle to find an actor capable of portraying their stature.

He praised Modi’s long tenure in office, highlighting that the Indian Prime Minister has completed over 12 years in power despite India’s historically turbulent political landscape. Trump contrasted Modi’s calm public demeanour with his toughness in private, describing him as a leader who maintains composure while being “a very tough guy.”

Trump reflected on India’s political history, noting that before Modi’s rise, leadership in the country often changed hands quickly, sometimes within months or a year.

He stressed that Modi’s ability to remain in power for more than a decade demonstrated solidity and resilience.

He added that he has known Modi personally for years and reiterated his view that Modi combines calmness with toughness, a rare blend in global politics.

On the economic front, Trump credited his administration with improving trade relations between the United States and India. He claimed that under his leadership, the two countries now conduct “fair business,” suggesting that previous trade arrangements were less balanced. He underscored the importance of India-US economic ties, portraying them as a cornerstone of his foreign policy achievements.

In broader terms, Trump spoke about global leadership styles, contrasting the temperaments of different leaders. He reiterated that both Xi Jinping and Narendra Modi stand out for their influence and authority, describing them as figures who command respect and shape the international order.

His remarks reinforced the perception of Modi as a leader admired not only within India but also by influential figures abroad, while also acknowledging Xi’s global stature.

ANI

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Midhani Achieves Breakthrough With Indigenous Armour-Grade Aluminium Alloy Wide Plates For Defence

MIDHANI has achieved a landmark breakthrough by indigenously producing armour-grade aluminium alloy wide plates for defence applications, marking the first time such materials have been processed within India.

This development significantly reduces import dependence and strengthens India’s self-reliance in strategic defence materials.

Mishra Dhatu Nigam Limited (MIDHANI), a Miniratna Category-I Defence Public Sector Undertaking under the Ministry of Defence, has successfully processed high-strength aluminium alloys of the 7XXX series for armour applications.

These alloys, based on Aluminium-Zinc-Magnesium compositions, were forged and rolled into wide plates measuring approximately 23 x 1350 x 4500 mm. The plates conform to stringent dimensional and performance parameters required for defence platforms.

In earlier developmental efforts, MIDHANI had also rolled wider plates of the 2XXX series aluminium alloy, achieving dimensions of 8 x 2800 x 12000 mm. With its current facilities, the company can roll plates up to 3000 mm in width, giving India a unique technological edge in producing wide hard aluminium alloy plates for strategic defence use.

Until now, wide armour-grade plates made from these alloys were largely imported to meet domestic requirements. The indigenous development of both 2XXX and 7XXX series plates establishes a first-of-its-kind capability in India, ensuring critical materials are produced domestically. This achievement directly supports the Government’s vision of Aatmanirbhar Bharat and strengthens the country’s defence manufacturing ecosystem.

The milestone expands MIDHANI’s portfolio of advanced materials for defence and strategic sectors. It reinforces the company’s position as India’s premier manufacturer of special metals and alloys, providing a reliable domestic source of armour materials for future defence platforms.

The development is expected to benefit programs involving armoured vehicles, naval applications, and aerospace platforms where lightweight yet high-strength armour is essential.

This achievement also reflects MIDHANI’s continued focus on innovation and technological excellence. By mastering the forging and rolling of hard aluminium alloys, the company has positioned itself as a critical contributor to India’s long-term defence modernisation and strategic autonomy.

The availability of indigenous armour-grade aluminium alloy plates will enhance the resilience of India’s supply chain and reduce vulnerabilities associated with global imports.

ANI

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Pakistan Defence Minister Khawaja Asif Threatens War Over Indus Waters

Asif has repeatedly descended into the same theatrical buffoonery, each time seeming to forget the bruising humiliation his country suffered during Operation Sindoor

Pakistan’s Defence Minister Khawaja Asif has issued a stark warning that his country could resort to military action against India if its water security is deemed under serious threat. His remarks come amid mounting concerns over the future of the Indus Waters Treaty and the flow of rivers that sustain Pakistan’s agricultural heartlands.

Speaking in an interview with ARY News, Asif declared that “the moment we feel that our national security — and water is part of our national security — is being threatened, we will go to war against India. Definitely.” He emphasised that Pakistan was closely monitoring alleged violations and any attempts to alter the situation on the ground.

He added that war would be considered if material evidence emerged that India was moving at an “alarming speed” towards disrupting water supplies. His comments followed a clip of India’s Water Minister CR Patil claiming that the flow of Indus water to Pakistan could be stopped completely by June 2028.

The program also cited reports of a tender for a tunnel project linked to diverting Chenab water towards the Beas basin, as well as sediment-removal work at the Salal power station. These claims, however, were not independently verified during the broadcast.

Asif noted that Pakistan had historically monitored Indian projects under the treaty through physical inspections. He claimed that Pakistani teams had conducted around 115 inspections to examine the height, storage capacity and technical aspects of Indian water infrastructure. Yet he admitted he did not have the latest information on developments over the past year.

He expressed scepticism over India’s ability to fully contain the Chenab, pointing to past floods in which water, debris, animals and even people were swept across the border. The host countered that India did not need to stop the water entirely to cause damage, suggesting that delayed releases could disrupt crop cycles and severely impact Pakistan’s agriculture.

India’s response to these allegations and Asif’s remarks was not included in the broadcast, leaving the Pakistani narrative unchallenged in that forum.

The warning comes against the backdrop of a crippling water shortage affecting nearly one-third of Pakistan’s population, particularly in Sindh and Balochistan. With downstream flows plummeting, local leaders have warned of an impending “economic massacre” as disputes intensify across provincial borders.

The crisis is starkly visible at the Sukkur Barrage, a vital lifeline for millions of acres of farmland. Data from Sindh’s irrigation department shows the North West Canal facing a 64.1% deficit, while the Rice Canal and Dadu Canal report shortfalls of 38% and 82% respectively.

Internal tensions are compounding the crisis. Sindh officials accuse upstream Punjab of illegally drawing 53,394 cusecs of water against its sanctioned allocation of 44,000 cusecs — an excess of more than 21%. Similarly, the Taunsa Barrage is reportedly withdrawing 25,694 cusecs against its 24,000 cusecs limit.

These figures highlight the scale of Pakistan’s internal water disputes, which are now colliding with the external confrontation with India. The combination of dwindling flows, provincial rivalries, and threats of war underscores the gravity of the situation.

The Indus basin, long regarded as a lifeline for both nations, is increasingly becoming a theatre of strategic rivalry. Pakistan’s defence minister has now explicitly tied water security to national security, raising the spectre of conflict in South Asia over the most basic of resources.

Agencies

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India Eyes Nigerian Jaguars As Fresh Source Of Spares For Ageing Fleet

India’s acquisition of nine retired UK Jaguars has highlighted its urgent need for spare parts to sustain its ageing Jaguar fleet. With Nigeria holding 25 decommissioned Jaguars in storage, New Delhi may see a fresh opportunity to secure additional airframes and components to extend the operational life of its strike aircraft.

India remains the sole operator of the SEPECAT Jaguar fighter jet, a Cold War-era Anglo-French design inducted into the Indian Air Force in 1979. The aircraft, locally known as the Shamsher, continues to serve in six squadrons, each with around 16 to 18 aircraft.

Despite their age, Jaguars remain central to India’s deep penetration strike capability, particularly in maritime and ground-attack roles.

The recent shipment of nine retired Royal Air Force Jaguars from the United Kingdom is part of a broader strategy to cannibalise retired airframes for spares. These aircraft, carefully wrapped and shipped from British docks, will provide engines, avionics, and structural components to sustain India’s fleet.

This follows earlier acquisitions from France, which supplied 31 retired airframes, and Oman, which transferred more than 20 aircraft along with engines and spares. The UK had also previously delivered twin-seat Jaguars and hundreds of rotables to India.

Nigeria, which retired its Jaguars years ago, has 25 decommissioned aircraft reportedly stored in facilities.

These airframes, though grounded, could represent a significant opportunity for India. If acquired, they would provide a substantial pool of spare parts, particularly for critical systems such as the Martin Baker MK-9 ejection seat, which has become increasingly difficult to support due to discontinued production. India has already faced shortages of these components, prompting exploration of indigenous ejection seat solutions.

The Jaguar fleet has undergone extensive upgrades under the DARIN-III modernisation programme led by Hindustan Aeronautics Limited. These upgrades include the installation of Active Electronically Scanned Array (AESA) radars, advanced avionics, and modern cockpit systems.

However, plans to re-engine the aircraft with Honeywell F-125IN turbofan engines did not materialise due to cost concerns, leaving the fleet reliant on older Adour engines. This makes the acquisition of spare engines from retired airframes even more critical.

Operationally, Jaguars have proven their worth in conflicts such as the Kargil War of 1999, where they executed over 1,500 sorties in high-altitude conditions without losses. More recently, upgraded variants have been reported to employ advanced weapons such as Rampage supersonic missiles, while maritime strike versions continue to patrol the Arabian Sea. Despite their age, the aircraft remain versatile and effective.

India’s strategy of sourcing retired Jaguars from multiple countries reflects both necessity and pragmatism. With global retirements of the aircraft, opportunities are limited. Nigeria’s stock of 25 decommissioned Jaguars could therefore be a valuable addition to India’s inventory, ensuring continued serviceability of its fleet until the planned retirement around 2035.

The move would also reinforce India’s ability to sustain its strike capability while awaiting the induction of newer platforms such as the TEJAS MK-2 and the Advanced Medium Combat Aircraft.

The possibility of acquiring Nigerian Jaguars underscores India’s determination to keep its Jaguar fleet airborne for another decade. It also highlights the importance of international cooperation in sustaining legacy platforms, even as the world’s air forces move on to newer generations of fighters.

Agencies

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Vijayastra MALE UAV Strengthens India’s Indigenous Aerospace And Loitering Munition Ecosystem

Developed by Nagpur-based Solar Defence and Aerospace Limited, a subsidiary of Solar Industries, the Vijayastra represents a significant leap in India’s indigenous Medium Altitude Long Endurance UAV capability.

Designed for long-range surveillance and precision strikes, it is tailored to meet the strict requirements of the Indian armed forces and marks a major advancement in India’s layered loitering munition and aerospace ecosystem.

The UAV features a single-engine, twin-boom configuration and is built using newly developed lightweight composite materials. These composites reduce overall weight while boosting fuel efficiency, endurance, and altitude performance. The design ensures that the platform can sustain extended missions while maintaining structural resilience under demanding operational conditions.

Performance targets for the Vijayastra are ambitious, with the UAV engineered to meet the Indian military’s benchmark of a 30,000 ft operational ceiling and an endurance of 24 hours. This places it firmly within the category of persistent surveillance and strike platforms, capable of maintaining a continuous presence over contested zones and providing commanders with real-time intelligence.

Payload and armament capabilities are equally advanced. The UAV is equipped with an Electro-Optical sensor system for persistent intelligence, surveillance, and reconnaissance. It also features dedicated payload space and structural provisions that allow it to be fully armed for offensive strike missions. This dual-role flexibility ensures that the platform can seamlessly transition between ISR and precision strike operations.

Operational range is another defining feature. The Vijayastra is designed to act as a critical force multiplier, capable of engaging designated targets far behind enemy lines. Its long-range reach enhances India’s ability to project power and conduct deep-strike missions without exposing manned assets to hostile environments.

The program benefits from Solar Defence’s expanding aerospace portfolio. A newly inaugurated 1.27 km dedicated airstrip in Nagpur has been built specifically for testing MALE and HALE UAVs. This infrastructure bypasses military range bottlenecks and ensures accelerated, high-frequency flight test schedules, enabling rapid development cycles and early induction prospects.

Strategically, the Vijayastra sits at the top of Solar Industries’ integrated defence ecosystem. It acts as the primary long-range reconnaissance and command platform, feeding intelligence into a layered tactical hierarchy. At lower tiers, the Nagastra family of loitering munitions provides precision strike capability.

Nagastra-1 is a man-portable, lightweight munition weighing 8–9 kg, powered by an electric motor, with a range of 30–40 km and AI-backed target tracking. It has already proven its combat viability in Indian Army field operations. Nagastra-3, a heavier vehicle-launched variant, is designed for medium-range missions with high-explosive armour penetration capability.

The tactical loop is completed by the Vijayastra acting as the high-altitude locator, identifying high-value targets and feeding data down to Nagastra units. This integration allows Nagastra-1 teams to deploy with surgical precision, ensuring coordinated operations across multiple layers of the battlefield.

Complementing this ecosystem is the Bhargavastra counter-drone system, also developed by Solar Defence and Aerospace Limited. Recognised as the world’s first micro-missile and micro-rocket hard-kill weapon system, Bhargavastra is designed to defeat non-jammable enemy drone swarms at low cost. 

It has successfully concluded primary live-fire trials at the Seaward Firing Ranges in Gopalpur, Odisha, achieving accurate single and salvo missile releases in front of Indian Army observers.

Bhargavastra Features	Technical Specification
System Type	Multi-layer, hard-kill Counter-Unmanned Aerial System (C-UAS)
Munitions	Guided micro-missiles (IIR/CCD guidance) and unguided micro-rockets
Target Detection Range	6 to 10 km using integrated radar and Electro-Optical/Infrared (EO/IR) systems
Kinetic Interception Range	Up to 2.5 km
Salvo Capacity	Capable of launching up to 64 micro-missiles in a single salvo
Destruction Rate	Can track and eliminate up to 16 drones in 7 seconds
Deployment Platforms	7.5-ton all-terrain road-mobile vehicles, high-altitude zones, and naval platforms

Induction timelines for Solar’s autonomous weapons portfolio are progressing rapidly. Nagastra-1 has already been inducted and is operational within the Indian Army. Bhargavastra is undergoing final military evaluation and environmental stress testing, with full induction and series manufacturing scheduled to conclude by the end of 2026.

Vijayastra is currently moving through airframe evaluation, structural testing, and subsystem validation at the Nagpur runway, with military prototype evaluations expected to follow closely.

The unveiling of Vijayastra at Advantage Vidarbha 2026 underscored Solar Industries’ commitment to indigenous aerospace innovation.

By integrating the UAV with loitering munitions and counter-drone systems, India is building a robust, layered defence ecosystem that enhances both offensive and defensive capabilities. This ecosystem not only strengthens India’s military posture but also positions the country as a global leader in cost-effective, indigenous UAV and loitering munition technologies.

IDN (With Agency Inputs)

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Indian Army Air Defence Issues RFI For Indigenous Intermediate Target System To Strengthen Training Against Modern Aerial Threats

Indian Army Air Defence has issued a Request for Information (RFI) for an Indigenous Intermediate Target System (Rocket), aimed at enhancing realistic training against evolving aerial threats such as drones, cruise missiles, and advanced aircraft.

This initiative underscores the Army’s commitment to modernising its air defence capabilities while ensuring compliance with indigenous content requirements under DAP 2020.

The proposed system is expected to achieve a minimum speed of 180 metres per second, ensuring that it can replicate the dynamics of fast-moving aerial threats. It must operate at ranges exceeding six kilometres, providing sufficient distance for effective training engagements.

The endurance requirement of more than thirty seconds, including an infrared source endurance of over twenty seconds, is critical to allow missile systems to achieve reliable lock-on during exercises.

The rocket system must be capable of launch operations at altitudes of 4,200 metres and above, reflecting the operational needs of the Indian Army in high-altitude regions such as Ladakh and Siachen.

Sustaining flight at altitudes of 1,500 metres above ground level or higher will ensure realistic simulation of aerial targets. A rate of climb greater than thirty metres per second is mandated to replicate the steep ascent profiles of advanced aerial threats.

Operational efficiency is a key requirement, with the system expected to support launch preparation within fifteen minutes. This rapid readiness capability will allow training exercises to be conducted with minimal delays.

The provision for multiple launch angles will enable varied flight profiles, thereby simulating diverse threat scenarios ranging from low-level drone incursions to high-speed missile attacks.

The launcher system must be modular and transportable, ensuring compatibility with existing Army vehicles. This requirement reflects the emphasis on mobility and adaptability in field conditions, allowing the system to be deployed across different terrains and operational theatres. The modular design will also facilitate ease of maintenance and upgrades, supporting long-term sustainability.

Compliance with Defence Acquisition Procedure (DAP) 2020 is central to the RFI, with a stipulation that the system must incorporate a minimum of fifty per cent indigenous content.

This aligns with the government’s “Atmanirbhar Bharat” vision, encouraging domestic defence manufacturers and start-ups to contribute innovative solutions. The emphasis on indigenous development will not only strengthen self-reliance but also foster the growth of India’s defence industrial base.

The introduction of such an Intermediate Target System will significantly enhance the realism of air defence training. By replicating the speed, altitude, and endurance characteristics of modern aerial threats, the system will prepare personnel to counter drones, cruise missiles, and advanced aircraft effectively.

This initiative reflects the Army’s proactive approach in adapting to the evolving nature of aerial warfare, where unmanned systems and precision-guided munitions are increasingly prevalent.

The RFI also opens opportunities for collaboration between established defence firms and emerging technology companies specialising in rocketry and unmanned systems. Indigenous solutions that meet the Army’s stringent requirements will not only serve training needs but also contribute to the broader ecosystem of advanced defence technologies in India.

Agencies

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Dhruva Space And ICEYE Forge Strategic Partnership For Satellite Manufacturing And Earth Observation

Hyderabad-based spacetech company Dhruva Space has entered into a significant partnership with Finnish firm ICEYE through the signing of a memorandum of understanding.

The collaboration will span satellite manufacturing, space systems production, earth observation services, disaster management solutions and ground segment infrastructure.

This agreement marks a major step in strengthening India’s role in the global space economy while leveraging ICEYE’s expertise in synthetic aperture radar (SAR) technology.

The pact was announced against the backdrop of Bharat Innovates 2026, currently underway in Nice, France. Dhruva Space highlighted that the framework is designed to maximise its end-to-end capabilities in spacecraft engineering, scaled manufacturing, launch integration, ground station infrastructure and space applications. ICEYE brings to the table its industry-leading SAR constellation and advanced earth observation expertise, creating a complementary partnership that covers the entire value chain.

A key element of the agreement is the evaluation of large-scale production of space components and subsystems from India. Dhruva’s upcoming 2.80 lakh square foot assembly, integration and testing facility near Hyderabad will serve as the cornerstone of this effort.

Once operational, the plant is expected to act as a capacity multiplier, enabling scalable production of critical space hardware. This will not only support Dhruva’s ambitions but also provide ICEYE with a resilient manufacturing base in India to meet its growing global requirements.

The MoU also outlines opportunities for joint development and manufacture of satellite buses and other space systems. These will cater to both domestic and international programmes, reinforcing India’s position as a hub for advanced space technology.

Additionally, the collaboration will expand access to earth observation data and analytics in India, with applications in disaster management, agriculture, maritime monitoring and climate monitoring. Such initiatives are expected to enhance India’s capabilities in managing natural disasters and supporting sustainable development.

Dhruva Space’s ground station network will also play a pivotal role in the partnership. Opportunities to utilise this infrastructure to enhance data accessibility, accelerate downlink capabilities and develop ground station as a service offerings for customers operating in and through India are being actively explored. This will ensure rapid and reliable delivery of earth observation data to end-users across sectors.

Dhruva Space CEO and Co-founder Sanjay Nekkanti emphasised that the partnership is designed to explore opportunities spanning the entire value chain, from manufacturing and space systems to data delivery and applications.

ICEYE Co-founder and CEO Rafal Modrzewski echoed this sentiment, noting that the collaboration aims to combine local manufacturing, rapid data access and innovative applications for customers across multiple industries.

This partnership is particularly significant in the context of India’s growing private space sector, which has seen rapid expansion in recent years. With over 300 start-ups now operating in the country, collaborations such as this one between Dhruva Space and ICEYE highlight the increasing global confidence in India’s ability to deliver advanced space solutions.

The agreement also aligns with India’s broader strategic goal of capturing a substantial share of the global space economy by 2033.

Agencies

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Indian Robotics Solution Delivers 20 Optical Fibre-Enabled FPV Kamikaze Drones To Indian Army

Noida-based Indian Robotics Solution has successfully delivered 20 optical fibre-enabled FPV kamikaze drones to the Indian Army, marking another milestone in India’s indigenous defence modernisation drive.

These drones are designed to resist electronic warfare interference and provide secure, precise battlefield capabilities.

The delivery of 20 FPV drones represents a significant step in strengthening the Indian Army’s tactical edge. These drones are Kamikaze platforms, engineered to crash into targets with precision, thereby neutralising high-value enemy positions. Their first-person-view configuration ensures operators maintain direct visual control, enabling accurate manoeuvring even in contested environments.

A key feature of these drones is their optical fibre guidance system. Unlike traditional radio-controlled drones, which are vulnerable to jamming and spoofing, these drones use fibre optic cables for communication.

This provides immunity to electronic interference, secure real-time control, and high precision targeting. In modern warfare, where electronic warfare plays a decisive role, such resilience is invaluable.

The drones are expected to enhance operations in high-risk and border areas. They can be deployed for precision strikes, surveillance, reconnaissance, and neutralising fortified enemy positions. Their battlefield utility lies in offering cost-effective solutions for asymmetric engagements while reducing risks to personnel.

This achievement underscores India’s growing emphasis on self-reliance in defence technology under the Make in India initiative. By partnering with domestic firms such as Indian Robotics Solution, the Army is reducing dependence on foreign suppliers and strengthening its indigenous ecosystem. The company’s ability to deliver battlefield-ready UAV systems demonstrates its production capacity and engineering excellence.

The delivery was made possible through the efforts of a dedicated team of engineers and UAV specialists, including Divyanshu Naugriya, Raj Gupta, Piyush Gaur, Arun Bhardwaj, Krishna Bakshi, and Tara Chand Meena. Their work reflects the broader national push to develop next-generation unmanned systems that are reliable, secure, and tailored to India’s defence requirements.

This milestone also highlights the increasing role of start-ups and private enterprises in India’s defence modernisation. By supplying drones that are resistant to jamming and interception, Indian Robotics Solution has positioned itself as a key contributor to India’s evolving drone warfare capabilities.

The accomplishment strengthens national security and signals India’s emergence as a player in the global defence technology market.

The induction of these drones into the Army complements its larger transformation strategy, where unmanned systems are becoming central combat enablers rather than supplementary tools. With drone warfare gaining prominence worldwide, India’s investment in indigenous solutions ensures strategic and technological superiority on the battlefield.

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Bangalore’s UNMANND Develops Titan Autonomous High-Altitude Logistics Drone

Bangalore-based defence technology start-up UNMANND has developed Titan, an autonomous aerial logistics drone designed for high-altitude operations, with a payload capacity of 30 kilograms, a ceiling of 20,000 feet, and full autonomy for military resupply missions.

The system has already been qualified by the Indian defence forces, positioning it as a major step forward in indigenous drone logistics capability.

Titan represents a significant advancement in India’s push for self-reliance in defence technology. The drone is engineered to deliver critical supplies, ammunition, and equipment to troops operating in remote and high-altitude terrains where conventional logistics are often slow, risky, or impractical.

By reducing dependence on manned convoys and helicopters, Titan enhances operational efficiency while minimising exposure to hostile environments.

The drone is capable of carrying a maximum payload of 30 kilograms, cruising at speeds of around 60 kilometres per hour, and operating at altitudes up to 20,000 feet. Its maximum range is approximately 30 kilometres, making it suitable for last-mile resupply missions in mountainous regions such as Ladakh and the North-East. The fully autonomous system is designed to execute missions without human intervention, including navigation, delivery, and return-to-base functions.

UNMANND was founded in February 2025 by Yeshwanth Reddy and Hemaditya Prasad, with a vision to build intelligent drones that can outthink and outmanoeuvre in unpredictable environments.

The company has already raised $2 million in a pre-seed round led by Speciale Invest and Accel, which will accelerate the commercialisation of Titan and support the development of its companion system, Fury, an advanced counter-drone interceptor platform.

The funding will also allow UNMANND to expand its engineering team and explore export opportunities in international defence markets.

Titan’s qualification by the Indian defence forces is a crucial milestone. It places UNMANND in a strong position to secure upcoming procurement contracts, particularly as the Indian military seeks to modernise its logistics infrastructure with indigenous solutions.

The drone’s ability to operate in high-altitude, GPS-denied, and electronically contested environments makes it highly relevant for India’s border security and forward-deployed units.

The broader defence-tech ecosystem in India is witnessing rapid growth, with increasing investor interest in autonomous aerial systems.

Titan’s development aligns with this trend, offering a reliable solution for logistics automation while complementing India’s strategic emphasis on indigenous innovation. Its deployment could significantly reduce the logistical challenges faced by troops in extreme terrains, ensuring faster, safer, and more efficient supply chains.

UNMANND’s dual focus on logistics and aerial security through Titan and Fury positions it as a strategic enabler for India’s defence forces. Titan’s heavy-lift capabilities, combined with its resilience and autonomy, make it a game-changer in military logistics, while Fury provides a critical layer of aerial defence against hostile drones. Together, these systems reflect the company’s ambition to dominate the emerging domain of autonomous defence technologies.

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PM Modi To Commission Three Indigenous Naval Warships In Kolkata

Prime Minister Narendra Modi will commission three indigenously built Indian Navy platforms in Kolkata tomorrow, marking a significant milestone in India’s naval modernisation drive.

The commissioning ceremony will include INS Dunagiri, INS Sanshodhak and INS Agray, all designed by the Navy’s Warship Design Bureau and constructed by Garden Reach Shipbuilders and Engineers.

Their induction underscores India’s growing capacity to design and build advanced warships domestically, reducing reliance on foreign suppliers and strengthening maritime self-reliance.

INS Dunagiri, a Project 17A stealth frigate, represents the cutting edge of indigenous naval engineering. Armed with BrahMos supersonic cruise missiles and medium-range air defence systems, the vessel is equipped to conduct multi-role combat operations in the Indo-Pacific.

Its stealth features, advanced sensors and network-centric warfare capabilities make it a formidable addition to the Navy’s frontline fleet. The ship is part of the Nilgiri-class series, which is central to India’s plan to expand its blue-water capabilities and counterbalance the growing presence of the Chinese Navy in the Indian Ocean Region.

INS Sanshodhak, a survey vessel, has been designed for coastal and deep-water hydrographic operations. It will play a critical role in seabed mapping, underwater exploration and maritime domain awareness. Such vessels are essential for safe navigation, submarine operations and the planning of naval deployments. The Sanshodhak enhances India’s ability to conduct hydrographic surveys independently, reducing dependence on foreign data and strengthening strategic autonomy in maritime charting.

INS Agray, an anti-submarine warfare craft, is tailored for coastal defence against hostile submarines. Equipped with torpedoes, rocket launchers and advanced sonar systems, it is designed to detect, track and neutralise underwater threats in shallow waters.

The vessel’s induction will significantly boost India’s coastal security architecture, particularly in light of increasing submarine activity by regional adversaries. Its shallow-water design makes it highly effective in littoral zones, where conventional deep-water platforms are less efficient.

The Navy has emphasised that these platforms incorporate more than 75% indigenous content, involving contributions from over 200 micro, small and medium enterprises. This reflects the success of India’s defence industrial base and the government’s push under the ‘Aatmanirbhar Bharat’ initiative. 

The participation of MSMEs highlights the creation of a robust ecosystem for naval shipbuilding, ensuring that technological expertise and economic benefits are widely distributed across the domestic industry.

The commissioning of these vessels is part of India’s long-term vision to expand its naval fleet to 200 warships and submarines by 2035. With the Navy currently inducting a new platform approximately every 40 days, the pace of modernisation is accelerating. These additions will enhance India’s maritime footprint, strengthen deterrence in the Indian Ocean Region and reinforce its position as a net security provider in the wider Indo-Pacific.

The ceremony in Kolkata will not only showcase India’s technological achievements but also send a strong strategic message about its commitment to maritime security.

By commissioning these platforms, Prime Minister Modi will highlight the synergy between indigenous innovation, industrial growth and national defence preparedness.

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Safran And Cyran Tech Sign Landmark AI Defence Partnership

Safran Aircraft Engines and India’s Cyran Tech have signed a landmark Memorandum of Understanding to jointly develop advanced artificial intelligence solutions for aerospace and defence, marking a major Indo‑French innovation milestone during the India‑France Year of Innovation 2026. 

The agreement was formalised at Bharat Innovates 2026 in Nice, in the presence of Prime Minister Narendra Modi and President Emmanuel Macron.

The partnership brings together Safran’s global leadership in aero‑engine manufacturing and Cyran Tech’s expertise in sovereign AI systems. Cyran Tech, a deep‑tech start-up from India, has developed advanced EdgeAI intelligence suites capable of real‑time automated inspection and predictive maintenance. These systems will now be applied to next‑generation precision aerospace manufacturing and aero‑engine maintenance, repair, and overhaul operations.

The MoU is strategically significant as it embeds indigenous Indian AI models into one of the most complex and high‑barrier sectors globally. Cyran Tech’s solutions are designed to enhance operational efficiency, reduce downtime, and improve safety standards in aerospace platforms.

By integrating AI into Safran’s manufacturing and MRO ecosystem, the collaboration aims to set new benchmarks in predictive diagnostics and automated quality assurance.

The signing ceremony at Bharat Innovates 2026 underscored the growing Indo‑French partnership in defence and technology. The event was attended by senior dignitaries and industry leaders, highlighting the importance of AI in strengthening bilateral cooperation. The agreement was also featured in the official Indo‑French bilateral announcement, reinforcing its role in deepening strategic ties.

Cyran Tech expressed gratitude to its institutional partners, including the Indian Institute of Technology Delhi, the Foundation for Innovation and Technology Transfer, and the iDEX Defence Innovation Organisation. These institutions have played a pivotal role in nurturing Cyran’s AI capabilities, enabling it to deliver cutting‑edge solutions tailored for aerospace and defence applications.

Safran’s involvement reflects its long‑term commitment to India’s aerospace ecosystem. The company has already invested heavily in maintenance and manufacturing facilities in Hyderabad and Goa, and this new AI collaboration complements its broader strategy of embedding itself within India’s defence supply chain.

By partnering with Cyran Tech, Safran gains access to sovereign Indian AI innovations that can be scaled across its global operations.

The collaboration is also aligned with India’s Make‑in‑India program, as it strengthens indigenous technological capabilities while fostering international cooperation. Cyran Tech’s EdgeAI systems will not only support Safran’s aero‑engine operations but also contribute to India’s broader defence modernisation agenda, including advanced fighter aircraft and unmanned systems.

The MoU is expected to accelerate innovation in aerospace manufacturing by enabling real‑time monitoring of production processes, early detection of anomalies, and predictive maintenance scheduling. This will reduce costs, enhance reliability, and improve turnaround times for critical defence assets. For India, it represents a step towards achieving technological sovereignty in AI‑driven aerospace solutions.

The partnership also carries symbolic weight as it was signed during the India‑France Year of Innovation 2026. It highlights the shared vision of both nations to leverage cutting‑edge technologies for strategic advantage.

By combining Safran’s industrial expertise with Cyran Tech’s AI capabilities, the collaboration is poised to deliver transformative outcomes for aerospace and defence.

In the long term, this agreement could pave the way for joint development of AI‑enabled propulsion systems, autonomous inspection drones, and advanced digital twins for aerospace platforms. It sets a precedent for future Indo‑French collaborations in high‑technology domains, reinforcing the strategic partnership between the two nations.

Agencies

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Indian Navy’s INS Trikand Responds To Piracy Alert Near MV Fareeda 5

INS Trikand, a mission-deployed frontline frigate of the Indian Navy, responded swiftly to a distress call from merchant vessel MV Fareeda 5 in the Western Indian Ocean. The incident occurred on 17 June 2026 when the vessel faced a likely piracy attempt.

The warship took prompt action to investigate and deter the threat, ensuring the safety of the merchant vessel and its crew.

The Indian Navy confirmed the intervention in a statement on X, emphasising its role as a preferred security partner and first responder in the region. The Navy reiterated its commitment to safeguarding merchant shipping, countering piracy, and maintaining safe and secure seas. The timely response by INS Trikand highlighted India’s operational readiness and its ability to act decisively against maritime threats.

This latest incident follows an earlier piracy attempt thwarted by INS Kolkata on 27 May 2026 near merchant vessel MV Mashallah 1 in the Western Indian Ocean. Acting on inputs of pirate activity, INS Kolkata, deployed around the Gulf of Aden, carried out immediate surveillance using its onboard helicopter and conducted boarding operations. The intervention prevented a possible piracy attack and ensured the safety of the vessel and its crew.

The Indian Navy has consistently reiterated its focus on protecting merchant shipping and countering piracy.

These operations underline India’s role in maintaining maritime security across critical sea lanes. Since 2008, the Navy has maintained continuous anti-piracy deployments in the Gulf of Aden, escorting thousands of merchant vessels through one of the busiest trade corridors in the world.

INS Kolkata, commissioned in August 2014 by Prime Minister Narendra Modi, is a Guided Missile Destroyer and the largest warship built indigenously.

It is equipped with Gunnery and Anti-Submarine Warfare weapons, medium-range and short-range guns, anti-air and surface missiles, advanced radar, bow-mounted sonar, and modern navigation and communication systems. These capabilities make it a formidable platform for maritime security operations.

The Indian Navy’s actions with INS Trikand and INS Kolkata demonstrate its sustained vigilance and operational capability in the Western Indian Ocean.

With piracy threats resurging in the region, India’s naval presence remains critical to ensuring the safety of international shipping routes and reinforcing its position as a reliable security partner in the Indian Ocean Region.

Agencies

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MKU Signs MoU With Greece-Based Miltech Hellas To Explore Long-Term Defence Collaboration

Kanpur-based MKU has signed a Memorandum of Understanding with Greece-based Miltech Hellas S.A. to explore long-term collaboration.

This development marks another significant step in MKU’s expanding international footprint and highlights the growing convergence between Indian and European defence industries.

The agreement is aimed at identifying areas of cooperation that can lead to sustained partnerships in defence technology, manufacturing, and innovation. Both MKU and Miltech Hellas bring complementary strengths to the table, with MKU’s expertise in soldier protection systems, electro-optics, and armour solutions aligning with Miltech Hellas’s specialisation in advanced defence electronics and systems integration.

MKU, headquartered in Kanpur, has established itself as a global supplier of defence and homeland security solutions, serving over 230 forces across more than 100 countries. Its portfolio includes ballistic protection, optronics, and platform armour, all designed to enhance survivability and operational effectiveness in modern combat environments. The company has consistently pursued international collaborations to expand its technological base and market reach.

Miltech Hellas S.A., based in Greece, is known for its work in defence electronics, including avionics, communication systems, and specialised military technologies. The company has contributed to Greece’s defence modernisation programs and has been involved in projects supporting NATO interoperability.

Its expertise in electronics and systems integration complements MKU’s focus on protection and optronics, creating opportunities for joint development of integrated solutions.

The MoU reflects a broader trend of Indo-European defence cooperation, where companies are moving beyond transactional exports to explore joint production, technology sharing, and long-term industrial partnerships.

For Greece, collaboration with MKU offers access to India’s growing defence manufacturing ecosystem, while for India, it provides an entry point into the European defence market through a trusted partner.

This partnership also comes at a time when both India and Greece are seeking to strengthen their strategic ties. Greece has shown increasing interest in diversifying its defence partnerships, particularly in light of regional security challenges in the Eastern Mediterranean. India, meanwhile, has been expanding its defence diplomacy with European nations, positioning itself as a reliable partner in technology and industrial collaboration.

The collaboration is expected to explore opportunities in areas such as electro-optics, advanced soldier systems, and integrated defence electronics. By combining MKU’s manufacturing capabilities with Miltech Hellas’s technological expertise, the two companies aim to create solutions that meet the evolving requirements of modern armed forces.

For MKU, this agreement reinforces its strategy of building long-term partnerships rather than focusing solely on exports. It aligns with India’s broader vision of “Make In India” and “Make With Partners,” extending the philosophy of co-development and co-production to international markets.

For Miltech Hellas, the partnership provides access to cutting-edge protection technologies and the potential to integrate them with its own systems for enhanced operational effectiveness.

The success of this collaboration will depend on the ability of both companies to identify synergies, align with regulatory frameworks, and deliver solutions that meet the stringent demands of defence customers. Long-term cooperation will also require sustained investment in research, development, and industrial integration.

This MoU is therefore not just a commercial agreement but a strategic initiative that underscores the importance of Indo-European defence cooperation in an era of evolving global security challenges. It highlights the role of private sector companies in shaping the future of defence collaboration and industrial growth across continents.

Agencies

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Twin Roadside Explosions Kill Seven In Pakistan

Twin roadside explosions in Pakistan’s northwest have claimed at least seven lives and left three others injured in a brutal incident that underscores the worsening security situation in Khyber Pakhtunkhwa province. The attack took place in Bannu district, an area that has repeatedly witnessed militant violence in recent years.

According to police reports, the first blast was triggered by a remote‑controlled improvised explosive device that targeted a private pickup truck carrying passengers.

The explosion killed several people instantly and left others wounded. As survivors were being rushed to hospital for emergency treatment in another vehicle, a second device detonated, compounding the devastation and inflicting further casualties.

Police officer Yasir Afridi confirmed that three individuals sustained injuries in the twin blasts. The deliberate targeting of both the initial victims and those attempting to provide aid highlights the ruthless tactics employed by insurgents in the region. Such secondary attacks are designed to maximise casualties and spread fear among local communities.

The use of improvised explosive devices has long been a hallmark of militant operations in Khyber Pakhtunkhwa, where insurgent groups exploit the rugged terrain and porous border with Afghanistan to mount attacks. Bannu district, in particular, has been repeatedly struck by bombings and ambushes, making it one of the most volatile areas in the province.

The incident reflects a broader pattern of escalating violence in Pakistan’s northwest, where both civilians and security personnel have been frequent targets.

The destruction of vehicles and the disruption of emergency medical response in this case further illustrate the vulnerability of local infrastructure and the immense challenges faced by authorities in safeguarding communities.

The twin blasts are likely to prompt intensified security operations in Bannu and surrounding districts. However, the persistence of such attacks demonstrates the continuing ability of militant networks to strike at will, undermining stability and deepening the humanitarian toll on already traumatised populations.

Agencies

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