India, France Likely To Fast-Track Talks On Building Three More Kalvari-Class (Scorpene) Submarines For Indian Navy

India and France are set to accelerate defence cooperation during Prime Minister Narendra Modi’s visit to France, with a strong emphasis on submarine procurement, fighter jet deals, and deeper co‑development under the ‘Make in India’ framework.

The talks will focus on expediting the ₹36,000 crore Scorpene submarine project and advancing the ₹3.25 lakh crore Rafale fighter jet acquisition, while also exploring sixth‑generation fighter collaboration.

New Delhi is seeking to bolster its military strength, particularly underwater combat capabilities, against the backdrop of intensifying contestation in key maritime zones such as the Gulf of Oman. 

France has emerged as a trusted supplier of military hardware, and both nations are determined to deepen their strategic partnership. Prime Minister Modi’s week‑long visit to France and Slovakia will include participation in the G7 Summit outreach sessions and bilateral meetings with French President Emmanuel Macron and Slovakian leaders.

The Indian Navy’s plan to procure three additional Scorpene submarines is expected to be a major focus. These submarines will be jointly constructed by state‑run Mazagon Dock Limited (MDL) and French defence major Naval Group.

Although the defence ministry cleared the nearly ₹36,000 crore deal over two years ago, negotiations have been delayed due to technical and commercial complexities. The urgency of expanding India’s underwater fleet has grown, given the looming retirement of legacy submarines and increasing maritime challenges in the Indian Ocean Region.

India has already built six Scorpene submarines under Project 75 in collaboration with Naval Group. The follow‑on order for three more is seen as critical to maintaining operational readiness.

Defence experts highlight that the developments in the Gulf of Oman and wider Indo‑Pacific contestation underscore the need for India to strengthen its undersea deterrence. The procurement delays have strained readiness, making the acceleration of this project a priority.

Beyond submarines, fighter jet deals are also central to the discussions. India is advancing a mega defence acquisition program worth ₹3.25 lakh crore to procure 114 Rafale fighter jets from France. The deal bypasses multi‑vendor competition and is structured around domestic aerospace manufacturing, with up to 94 aircraft expected to be built in India.

This aligns with the government’s push for indigenisation and technology transfer. The Indian Air Force currently operates 36 Rafales, and the new acquisition is intended to address squadron deficiencies.

France has signalled strong support for India’s ‘Make in India’ initiative, with future defence cooperation envisioned as equal partnerships rather than traditional client‑vendor arrangements. French diplomatic sources have confirmed that the Rafale deal will be structured to maximise co‑development, local integration of weapons systems, and industrial participation by Indian firms. This approach reflects a broader shift in India‑France defence ties towards long‑term collaboration.

In addition, both nations are exploring joint development of a sixth‑generation fighter aircraft following the collapse of the Franco‑German Future Combat Air System (FCAS) program.

Preliminary discussions between Defence Minister Rajnath Singh and his French counterpart earlier this year highlighted the potential for collaboration in next‑generation combat aviation.

This would complement India’s indigenous Advanced Medium Combat Aircraft (AMCA) program and provide access to advanced technologies such as stealth, artificial intelligence, and hypersonic propulsion.

The Ministry of External Affairs has emphasised that defence cooperation will be a key agenda item during Modi’s talks with Macron. Additional Secretary (Europe‑West) Piyush Srivastava noted that India and France share deep‑rooted defence ties, with recent efforts focusing on co‑production, technology transfer, and co‑development. He stressed that while no single project would be highlighted, all major proposals would be discussed in detail.

The visit comes at a time when India is rapidly scaling up its maritime footprint in the Indian Ocean Region. With legacy submarines nearing retirement and procurement delays affecting readiness, the expansion of undersea capabilities is critical.

At the same time, the Rafale deal and potential sixth‑generation fighter collaboration signal India’s ambition to strengthen its air combat capabilities through trusted partnerships.

The India‑France defence relationship has evolved into a strategic imperative, encompassing submarines, fighter jets, advanced propulsion, and emerging technologies. Modi’s visit is expected to reinforce this trajectory, ensuring that cooperation moves beyond procurement into co‑development and indigenisation, thereby enhancing India’s strategic autonomy.

ANI

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Why AD‑1 and AD‑2 Final Interceptor Tests Significant In India's Ballistic Missile Defence Capability

Yesterday’s successful final flight tests of DRDO’s AD‑1 and AD‑2 interceptors are significant because they validated India’s ability to intercept ballistic missiles across both Endo‑atmospheric and Exo‑atmospheric domains, including threats in the intercontinental class.

This achievement places India among a select group of nations with credible multi‑layered ballistic missile defence capability, strengthening strategic deterrence and national security.

The Defence Research and Development Organisation carried out three consecutive flight tests from the Integrated Test Range at Chandipur, Odisha, on 10 and 11 June 2026. These included the AD‑1 and AD‑2 interceptors as well as the maiden trial of the Naval Anti‑Ship Missile‑Medium Range.

Senior officials from DRDO and the armed forces witnessed the trials, which were conducted under full operational mode with radars, guidance systems and launch computers tracking multiple targets simultaneously. The interceptors successfully engaged their designated targets, which were simulated using Agni‑series missiles, thereby validating the robustness of the system.

In an official statement, the DRDO said it had demonstrated “multiple crucial technologies” aimed at strengthening India’s ability to counter evolving missile threats. “The interceptors successfully engaged their respective targets. The systems are designed and developed with the latest technologies to address emerging missile threats,” the statement said.

AD-1 Interceptor

The AD‑1 interceptor is a long‑range, two‑stage solid‑fuel missile designed to engage targets in both Endo‑atmospheric and low Exo‑atmospheric environments. It is equipped with indigenous navigation, guidance and control systems, enabling it to neutralise medium‑range ballistic missiles and certain aerial threats. Its successful interception during the trial confirmed its operational performance and integration within the broader ballistic missile defence network.

AD-2 Interceptor

The AD‑2 interceptor represents the outer layer of India’s missile defence shield. Designed for high Exo‑atmospheric interception, it is capable of engaging threats outside the Earth’s atmosphere at significant altitudes.

The test demonstrated its ability to intercept intercontinental ballistic missile‑class threats, including missiles comparable to China’s DF‑41. The AD‑2 is also designed to counter complex threats such as Multiple Independently Targetable Re‑entry Vehicle warheads, making it a critical component of India’s strategic defence architecture.

Together, the AD‑1 and AD‑2 interceptors form a multi‑tiered defence system capable of engaging hostile missiles at different phases of their flight path. This layered approach significantly improves interception probability and provides protection against ballistic threats ranging from 2,000 km to 5,000 km in range. The system integrates advanced radars, communication networks, and command‑and‑control infrastructure, ensuring comprehensive coverage against evolving missile threats.

The significance of these tests lies not only in the technical validation but also in the strategic context. India’s neighbourhood is witnessing rapid expansion of missile arsenals, deployment of hypersonic weapons, and intensifying military competition across the Indo‑Pacific.

By demonstrating credible interception capability against ICBM‑class threats, India has strengthened its deterrence posture and joined the elite group of nations with operational ballistic missile defence systems. This achievement also reduces reliance on foreign technologies, showcasing the maturity of indigenous research and development.

The trials further highlighted India’s ability to conduct simultaneous operations, with four missiles in the sky at once, tracked and intercepted as expected. This reflects the sophistication of India’s command‑and‑control systems and the reliability of its indigenous missile defence technologies.

The successful demonstration of the Naval Anti‑Ship Missile‑Medium Range alongside the interceptors also underscored India’s growing maritime strike capabilities, providing the Navy with a new indigenous option to counter hostile warships at medium ranges.

In conclusion, the AD‑1 and AD‑2 tests mark one of the most important milestones in India’s strategic weapons programme in recent years. They validate the country’s ability to defend against long‑range ballistic threats, enhance deterrence, and secure vital national assets against emerging missile technologies.

IDN (With Agency Inputs)

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India And France Forge Path To Sixth‑Generation Fighter Jet Collaboration

India and France are moving closer to a landmark collaboration on a sixth‑generation fighter jet, a project that could redefine India’s air combat capabilities.

The collapse of the Franco‑German FCAS program has opened the door for New Delhi to partner Paris directly, with discussions already held at the defence minister level and advanced engine technology transfers in the pipeline.

India and France are exploring a joint sixth‑generation fighter program after Europe’s Future Combat Air System (FCAS) project faltered due to disagreements between France, Germany and Spain.

This development comes at a time when the United States, China and Russia are racing ahead with their own next‑generation air power initiatives, leaving India determined not to fall behind. The talks between Defence Minister Rajnath Singh and his French counterpart Catherine Vautrin earlier this year underscored the seriousness of this proposal, which could mark India’s boldest step yet in the skies.

The FCAS initiative, launched in 2017, was meant to deliver a pan‑European sixth‑generation combat aircraft, but disputes over leadership, nuclear capability requirements and industrial workshare led to its collapse.

Germany has now signalled its intent to pursue an independent path, while France has sought new partners to sustain its ambitions. India’s entry into this framework would not only rescue France’s vision but also provide India with access to cutting‑edge technologies such as manned‑unmanned teaming, combat cloud networking, advanced propulsion systems and superior stealth features.

For India, this collaboration complements its indigenous Advanced Medium Combat Aircraft (AMCA) program, which is targeting a first flight around 2028–29 and induction by 2035.

While AMCA represents India’s fifth‑generation ambitions, the sixth‑generation partnership with France would ensure that the Indian Air Force remains competitive against China, which has already deployed J‑20 stealth fighters and is testing sixth‑generation prototypes.

The dual‑track approach of pursuing AMCA while joining a foreign sixth‑generation project reflects India’s pragmatic strategy to bridge capability gaps.

A crucial element of the India‑France collaboration is the transfer of advanced fighter jet engine technology. France has agreed to provide India with this capability under a separate deal, which will significantly boost India’s aerospace industry and reduce reliance on external suppliers.

Additionally, French Rafale fighters will be manufactured in India as part of a $35‑billion agreement, further deepening defence‑industrial cooperation between the two nations.

India’s defence exports have already reached a record ₹23,620 crore, with sales to over 100 countries including the United States, France and Armenia.

The government aims to achieve defence manufacturing worth ₹3 lakh crore and ₹50,000 crore in exports by 2029. The sixth‑generation fighter collaboration with France would not only strengthen India’s air combat capabilities but also enhance its standing as a global defence exporter and industrial power.

Strategically, India’s choice of France as a partner reflects a preference for working with a single reliable nation rather than a consortium prone to internal disputes. This partnership could provide India with greater influence over design requirements and technology transfer arrangements, ensuring that its specific operational needs are met. It also aligns with India’s broader Indo‑Pacific strategy, where France is an important player with territories and interests.

The outcome of these discussions remains to be finalised, but the potential is immense. If successful, the India‑France sixth‑generation fighter jet program would represent a transformative leap for India’s air force, industry and strategic posture.

It would signal India’s arrival as a serious contender in the race for next‑generation air power, alongside the United States, China and Russia.

Agencies

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DRDO And L&T Unveil Experimental Unmanned Aerial Vehicle With Modular Design And Strategic Capabilities

The DRDO and L&T have unveiled the Experimental Unmanned Aerial Vehicle (EUAV), a modular, heavy-class UAV prototype designed for strategic missions with a payload capacity of 1,100 kg and an all-up weight of 12 tons.

This marks a significant step in India’s indigenous unmanned combat aerial systems program, complementing ongoing efforts such as the Ghatak UCAV.

The EUAV developed jointly by DRDO and L&T Precision Engineering and Systems represents a major milestone in India’s pursuit of advanced unmanned aerial platforms.

The airframe has been designed with modularity at its core, comprising distinct structural modules such as the Wing-e-Wing, Centre Wing, Nose Cone, Tail, and OB SB Wing. This modular approach enhances maintainability, scalability, and ease of upgrades, ensuring the platform remains adaptable to future mission requirements.

The specifications of the EUAV highlight its robust design. The airframe weighs approximately 2.5 tons, constructed with a composite ratio of 55% Carbon Fibre Reinforced Polymer (CFRP) and 45% metal, balancing strength with lightweight efficiency.

The vehicle measures 11.8 metres in length, with a wingspan of 13.7 metres and a maximum height of 4 metres.

With an all-up weight of 12 tons, it carries 3,700 kg of fuel and supports a payload capacity of 1,100 kg, enabling it to undertake long-endurance missions with significant strike or surveillance capability.

The EUAV is positioned as a precursor to India’s stealthy unmanned combat aerial vehicle programs, notably the Ghatak UCAV.

The Ghatak, also under development by DRDO’s Aeronautical Development Establishment (ADE) in partnership with L&T, is designed for deep-strike missions with stealth features, a maximum take-off weight of 13 tons, and a payload capacity of 2.5 tons.

Powered by a modified Kaveri engine, the Ghatak is expected to enter service around 2035, with the Indian Air Force planning to induct multiple squadrons for precision strike and reconnaissance roles. The EUAV’s modular design and specifications align closely with the developmental trajectory of the Ghatak, serving as a test bed for technologies such as composite structures, fuel efficiency, and payload integration.

The collaboration between DRDO and L&T underscores the importance of leveraging private sector expertise in defence production. L&T’s proven track record in aerospace, electronics, land and marine systems, and platforms makes it a strategic partner in accelerating indigenous UAV development.

The EUAV project also complements India’s broader unmanned aerial ecosystem, which includes platforms like Tapas-BH-201 and Archer-NG, aimed at intelligence, surveillance, target acquisition, and reconnaissance missions.

Beyond its technical specifications, the EUAV reflects India’s growing emphasis on autonomy, artificial intelligence integration, and stealth design. These features are critical for modern warfare, enabling UAVs to penetrate contested airspace, conduct independent operations, and coordinate seamlessly with manned aircraft such as the TEJAS MK-2 and the future Advanced Medium Combat Aircraft (AMCA). 

The EUAV’s development also strengthens India’s position in the global UAV landscape, where nations are racing to field advanced unmanned systems for both defensive and offensive roles.

The unveiling of the EUAV signals India’s determination to achieve self-reliance in unmanned aerial systems, reduce dependence on foreign suppliers, and establish a strong industrial base for future combat platforms.

With its modular design, significant payload capacity, and strategic collaboration between DRDO and L&T, the EUAV is poised to play a pivotal role in shaping India’s next-generation aerial warfare capabilities.

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Stravex Technologies Successfully Completes Army Trails of AgniStrike, India’s First Indigenous Drone Interceptor

Stravex Technologies has unveiled AgniStrike, India’s first indigenous drone interceptor system, marking a significant milestone in the country’s counter-drone defence capabilities.

The system was recently successfully demonstrated to the Indian Army’s 97 Artillery Regiment, showcasing its design, operational features, and potential role in neutralising hostile UAVs.

Developed by Navi Mumbai-based Stravex Technologies, AgniStrike represents a breakthrough in India’s indigenous defence innovation under the Atmanirbhar Bharat initiative.

The system has been designed to detect, track, and intercept enemy drones in real time, providing a cost-effective and scalable solution to the growing threat of unmanned aerial systems on the battlefield. The interceptor drone is engineered for rapid response and precision engagement, ensuring that adversary drones can be neutralised before they reach critical assets.

During the live demonstration at Chhatrapati Sambhajinagar, Stravex engineers explained the interceptor’s design, size, and operational capabilities to Indian Army personnel. The 97 Artillery Regiment expressed strong interest in the system, recognising its potential to strengthen India’s layered air defence against drone incursions.

The interaction highlighted the growing importance of indigenous solutions in counter-drone warfare, particularly as adversaries increasingly deploy swarms of low-cost UAVs for surveillance and attack missions.

AgniStrike is built on advanced tactical technologies that combine detection, tracking, and interception in a single integrated platform. The system is designed to operate effectively in contested environments, including GPS-denied and electronic warfare zones, ensuring resilience against jamming and spoofing. 

Its autonomous targeting capability allows it to engage hostile drones without requiring constant operator input, reducing reaction time and increasing mission reliability.

The interceptor drone is optimised for versatility, capable of neutralising a wide range of aerial threats including FPV drones, loitering munitions, and larger UAVs. Stravex Technologies has emphasised that AgniStrike is not just a prototype but a deployable system, with testing footage and operational trials already conducted.

While confidentiality restricts public release of detailed specifications, the company has indicated that the system incorporates sovereign command-and-control protocols and encrypted communication links to safeguard against cyber threats.

Stravex Technologies has positioned AgniStrike as a flagship product in India’s emerging counter-drone ecosystem. The company is incubated under leading institutions such as IIT-Bombay’s Society for Innovation and Entrepreneurship (SINE) and IIT-Ropar’s Technology Business Incubator Foundation, reflecting its strong research and development pedigree.

The unveiling of AgniStrike also signals India’s intent to reduce reliance on foreign counter-drone systems and build a robust domestic industrial base for aerial defence technologies.

Globally, drone interceptors have gained prominence as nations grapple with the increasing use of UAVs in asymmetric warfare. Systems similar to AgniStrike have been deployed for high-value asset protection, including reports of FPV interceptors used for the security of President Vladimir Putin. 

Stravex’s innovation demonstrates India’s ability to match global standards while tailoring solutions to its own operational requirements.

The future trajectory of AgniStrike includes wider demonstrations for other Army formations, potential integration into India’s air defence doctrine, and eventual deployment across sensitive installations. Its development underscores India’s growing emphasis on indigenous, AI-enabled, and autonomous defence technologies to counter evolving aerial threats.

Agencies

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Air Marshal Dixit Reviews TEJAS MK-1A And Indigenous Aviation Projects At HAL Bangalore

Air Marshal Ashutosh Dixit, Chief of Integrated Defence Staff to the Chairman Chiefs of Staff Committee, visited Hindustan Aeronautics Limited’s Aircraft Division in Bangalore to review the progress of the Light Combat Aircraft TEJAS MK-1A program and other indigenous aviation projects.

His visit underscored the importance of the TEJAS MK-1A as a central pillar of the Indian Air Force’s modernisation drive and one of India’s flagship indigenous defence initiatives.

The review also included updates on the Hindustan Turbo Trainer HTT-40, India’s indigenous basic trainer aircraft designed to meet pilot training requirements.

The TEJAS MK-1A program has faced delays despite being critical to the Air Force’s combat fleet. The Indian Air Force has ordered 180 aircraft in two tranches, but deliveries have been postponed.

HAL conducted the first flight of the TEJAS MK-1A prototype at its Nashik facility on 17 October 2025, yet the Air Force has insisted on receiving the aircraft in a fully operational configuration before induction.

Secretary of Defence Production Sanjeev Kumar recently expressed confidence that deliveries would take place in the current financial year, noting that the aircraft is about 90 per cent ready, with the remaining integration of certain weapons still pending.

Kumar acknowledged that delays were partly due to supply chain disruptions affecting the GE Aerospace F404 engines, which power the TEJAS MK-1A.

He explained that the COVID-19 pandemic and reduced global orders had disrupted the supply chain, while civil aviation demand placed additional stress on jet engine production.

HAL has also faced delays in receiving software for the program, compounded by geopolitical tensions in West Asia. Despite these challenges, Kumar emphasised that HAL, DRDO, and the Air Force are working closely to accelerate delivery schedules and resolve bottlenecks.

He further elaborated that defence manufacturing requires a balance between support and accountability. While “hand-holding” is necessary for new entrants in the defence ecosystem, companies must also meet their commitments without undue leniency.

Kumar stressed that understanding the causes of delays and addressing them systematically is essential to prevent future bottlenecks. He highlighted that the TEJAS MK-1A, and later the TEJAS MK-2, remain under development, with DRDO responsible for integrating advanced radar and weapon systems to meet Air Force requirements.

India has also received credible inquiries from foreign nations interested in acquiring the Tejas fighter, reflecting international confidence in its capabilities.

However, Kumar reiterated that India’s strategic priority is to first meet the needs of its own Air Force before considering exports. He noted that similar interest exists for other indigenous systems such as the BrahMos missile and Pinaka artillery system, but domestic requirements remain paramount.

Air Marshal Dixit’s review at HAL Bangalore therefore comes at a crucial juncture, as the TEJAS MK-1A program is poised to transition from development to delivery.

His engagement reflects the Armed Forces’ commitment to indigenous aviation projects, including the HTT-40 trainer, which will strengthen pilot training infrastructure.

The visit also signals the importance of aligning HAL’s production schedules with the Air Force’s operational requirements, ensuring that India’s defence modernisation goals are met despite challenges in supply chains and development timelines.

ANI

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Defence Minister Inaugurates Advanced Weapon System Complex At DRDO Hyderabad, Reinforces Mission Sudarshan Chakra

Defence Minister Rajnath Singh has inaugurated the Advanced Weapon System Complex at DRDO’s Defence Research & Development Laboratory (DRDL) in Hyderabad, marking a major milestone in India’s missile development and strategic defence capabilities.

The event also reinforced the government’s commitment to Mission Sudarshan Chakra, India’s upcoming multi‑level missile defence system.

The inauguration took place at the Dr APJ Abdul Kalam Missile Complex in Hyderabad, where Rajnath Singh praised DRDO’s Missile Systems & Strategic Systems Cluster for its pivotal role in strengthening India’s technological excellence, strategic autonomy, and national security.

He highlighted that indigenous missile systems such as Akash and BrahMos have proven India’s ability to compete globally in defence technology, underscoring that strength is essential for peace and self‑reliance is the most reliable foundation for that strength.

The Defence Minister referred to the exceptional performance of indigenous missile systems during Operation Sindoor, which demonstrated India’s growing defence capabilities. Air defence played a decisive role in thwarting aerial threats, ensuring national security, and validating the robustness of India’s missile ecosystem.

Singh noted that similar lessons can be drawn from conflict zones in West Asia, where air defence systems have been critical in countering hostile aerial threats.

A key highlight of the event was the reaffirmation of Mission Sudarshan Chakra, announced by Prime Minister Narendra Modi during his Independence Day address in 2025. This ambitious program aims to establish a three‑layered missile defence system to protect military installations, civil infrastructure, and critical assets.

Rajnath Singh emphasised that the system will deliver a decisive punch whenever required, ensuring minimal inconvenience to citizens while providing a robust shield for national security.

The Defence Minister also stressed the importance of resilience and deterrence in modern warfare. Resilience refers to the ability to absorb shocks and recover swiftly, while deterrence instils fear in aggressors by signalling that any hostile act will be met with a strong response.

He explained that modern warfare is being redefined by precision‑strike capabilities, hypersonic weapons, autonomous platforms, artificial intelligence, electronic warfare, and advanced sensors. In this evolving global order, India must remain alert, capable, and self‑reliant.

Rajnath Singh urged DRDO to integrate production with development, reduce timelines, simplify manufacturing processes, and increase indigenous content in defence systems. He called for closer collaboration between DRDO, the armed forces, and industry to ensure that technologies move swiftly from research and development to mass production and timely induction into service.

The inauguration of the Advanced Weapon System Complex is a significant step in India’s journey towards Aatmanirbhar Bharat in defence. It strengthens indigenous missile development capabilities, accelerates the transition from research to production, and enhances India’s preparedness against emerging threats.

The complex is expected to play a crucial role in supporting future missile programs and in ensuring that India maintains a decisive edge in strategic defence technologies.

Agencies

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Lekha Wireless Secures Indian Navy Contract For Long-Range Helicopter Communication

Bengaluru-based Lekha Wireless has secured a significant contract from the Indian Navy to provide long-range communication systems designed for tracking and exchanging short messages between naval helicopters.

This marks a major step in strengthening indigenous airborne communication capabilities for India’s maritime forces.

Lekha Wireless, a homegrown technology company, has been steadily building its reputation in advanced wireless communication systems, particularly in the aerospace and defence domain.

The contract with the Indian Navy focuses on enabling secure, reliable, and long-range communication between helicopters engaged in maritime operations. These systems are intended to ensure seamless connectivity during missions, allowing helicopters to exchange short but critical messages in real time, even across extended ranges over sea.

The company’s expertise lies in the development of tactical software-defined radios (SDRs) and secure communication solutions. The systems being supplied are expected to integrate SDR technology, which allows flexibility in operating across multiple frequency bands, supports frequency hopping, and ensures compatibility with both legacy and advanced digital waveforms.

This adaptability is crucial for naval helicopters that often operate in contested environments where communication security and resilience are paramount.

The Indian Navy’s decision to award this contract reflects its broader push towards indigenous solutions under the Aatmanirbhar Bharat initiative. By relying on domestic firms like Lekha Wireless, the Navy aims to reduce dependence on foreign suppliers and strengthen its self-reliance in critical technologies. 

The systems will be particularly useful for helicopters engaged in anti-submarine warfare, search and rescue, and fleet support missions, where uninterrupted communication can be decisive.

Lekha Wireless has previously received support from the Technology Development Board (TDB) for its Tactical Advanced SDR project under the brand name “Antares.” This project included handheld SDRs, manpack SDRs, and Satcom SDRs, all designed for defence and aviation applications.

The Navy’s contract builds upon this foundation, ensuring that the company’s innovations are deployed in operational environments. The Antares SDR family is known for its ability to operate in L, S, and C bands, offering extended communication ranges and robust performance in maritime conditions.

The systems being delivered will also incorporate features such as secure data links, mesh networking, and MIL-standard compliance, ensuring they meet the rigorous demands of naval aviation.

These capabilities will allow helicopters to maintain situational awareness, coordinate manoeuvres, and relay mission-critical updates without interruption. Importantly, the communication solutions are designed to withstand electronic warfare threats, ensuring resilience against jamming and interception.

This contract also highlights the synergy between Lekha Wireless and CoreEL Technologies, which acquired Lekha’s aerospace and defence division in late 2025. The integration of CoreEL’s system design and engineering strengths with Lekha’s wireless expertise has created a powerful platform for delivering advanced communication solutions to India’s defence sector.

Together, they are positioned to accelerate research and development into next-generation communication systems, including UAV communication, missile telemetry, and secure airborne data links.

For the Indian Navy, the adoption of these indigenous systems represents a leap forward in operational readiness. Helicopters equipped with Lekha’s communication solutions will be able to coordinate more effectively during missions, enhancing fleet efficiency and safety. In the long term, this partnership strengthens India’s defence industrial base and ensures that critical communication technologies remain under national control.

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Rajnath Singh Declares Project Kusha A Game-Changer For India’s Defence Preparedness

Defence Minister Rajnath Singh has declared Project Kusha a “Game-Changer” for India’s security, emphasising its proven role during Operation Sindoor and likening its protective capability to the legendary Govardhan Hill.

The system, slated for deployment between 2028 and 2030, is designed to rival Russia’s S-400 and provide a multi-layered shield against stealth aircraft, drones, cruise missiles, and hypersonic weapons.

At the inauguration of the Advanced Weapon System Complex at DRDO’s Defence Research and Development Laboratory (DRDL) in Hyderabad, Singh underscored the strategic importance of Project Kusha.

He stated that the indigenous long-range Surface-to-Air Missile system had already demonstrated its effectiveness during the 2025 tri-services campaign, Operation Sindoor, which followed a terror attack in Pahalgam. He compared its protective role to Govardhan Hill in the Dvapara Yuga, symbolising its ability to provide a defensive umbrella over the nation.

Project Kusha is being developed by DRDO with three interceptor variants of ranges 150 km, 250 km, and 400 km. These interceptors are designed to neutralise diverse aerial threats, including stealth aircraft, drones, cruise missiles, and ballistic missiles.

The system is expected to be operationally deployed between 2028 and 2030, filling a critical gap in India’s layered air defence architecture and complementing existing systems such as the S-400 and Barak-8.

Singh highlighted that the defence ecosystem in India is undergoing a massive transformation. He noted that DRDO laboratories, defence public sector undertakings, private industries, startups, MSMEs, and academia are now working together with unprecedented integration.

This collaborative model, he said, would accelerate India’s journey from innovation to production and from production to operational capability. He stressed that the government has placed immense trust in DRDO to deliver indigenous defence technology that strengthens national security and strategic autonomy.

The Defence Minister also addressed the broader global context, pointing out that the international order is passing through a phase of tension and change. He observed that conflicts, instability, and even outright wars are emerging in different regions, with old assumptions breaking down and new alliances taking shape.

In such an environment, Singh argued, nations must possess resilience—the ability to absorb shocks and recover—and deterrence—the capacity to instil fear in potential aggressors by demonstrating the heavy costs of hostile actions.

He further emphasised that modern warfare is being reshaped by emerging technologies such as artificial intelligence, electronic warfare, precision-strike systems, hypersonic weapons, autonomous platforms, and advanced sensors. In this context, programmes like Project Kusha and institutions like DRDL instil confidence in the people of India, assuring them of preparedness and resilience against external instability.

Singh praised DRDO’s Missile Systems and Strategic Systems cluster for strengthening India’s technological excellence and strategic autonomy. He cited indigenous systems such as Akash and BrahMos as proof of India’s capability to compete in the global defence technology ecosystem.

He also linked Project Kusha to the government’s broader Mission Sudarshan Chakra, announced by Prime Minister Narendra Modi in 2025, which aims to establish a multi-layered missile defence shield protecting military assets, critical infrastructure, and civilian establishments across the country.

The Defence Minister’s visit also included interactions with eminent personalities in Hyderabad, such as badminton player Srikanth Kidambi, professional shooter Esha Singh, and actors Teja Sajja and Adivi Sesh, reflecting the broader engagement of national leadership with diverse sectors of society.

ANI

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Tunga Aerospace Secures L1 Bid To Supply 78 High-Altitude Drones For ITBP

Chennai-based Tunga Aerospace, an IIT-Madras-incubated start-up, has emerged as the lowest bidder (L1) for supplying 78 high-altitude small drones to the Indo-Tibetan Border Police (ITBP), quoting ₹21.82 crore—less than half of rival bids.

This procurement is aimed at strengthening ITBP’s surveillance capabilities along the India-China border, particularly in extreme high-altitude conditions.

Tunga Aerospace’s success in securing the L1 position marks a significant achievement for India’s indigenous drone ecosystem. The ITBP tender attracted interest from 27 companies, including major defence players such as Adani Defence Systems, Reliance-owned Asteria Aerospace, Garuda Aerospace, NewSpace Research & Technologies, and IG Drones.

However, many of these were disqualified during the technical evaluation stage, leaving Tunga Aerospace to outbid competitors like Heaven Techno System Pvt Ltd and Sujata Computers Pvt Ltd, who quoted ₹44.07 crore and ₹44.66 crore respectively.

The ITBP requires drones capable of operating at launch altitudes above 5,000 metres and enduring temperatures as low as minus 20 degrees Celsius. These UAVs must be lightweight, portable, and deployable in rugged Himalayan terrain.

Specifications reviewed in the tender documents indicate that the UAV system should weigh less than 40 kilograms and be transportable in three waterproof backpacks, each weighing no more than 15 kilograms. This design ensures rapid deployment by ITBP patrols in remote and hostile border regions.

The Indo-Tibetan Border Police, operating under the Ministry of Home Affairs, is tasked with guarding India’s 3,488 km-long border with China. Surveillance in such high-altitude areas is critical, given the ongoing tensions and the need for real-time situational awareness.

The deployment of these UAVs will provide ITBP units with enhanced reconnaissance, monitoring of troop movements, and detection of potential incursions across difficult terrain where traditional surveillance methods are limited.

Tunga Aerospace’s bid of ₹21.82 crore demonstrates the cost competitiveness of indigenous start-ups compared to established players. The company’s emergence as L1 reflects the growing maturity of India’s drone industry, where smaller firms are increasingly able to deliver advanced solutions tailored to specific operational needs.

While the bid price has been disclosed, it is important to note that the contract award has not yet been formally confirmed by ITBP, and the final acceptance of the bid remains pending.

The procurement highlights India’s broader push towards indigenisation in defence technology. By favouring domestic start-ups like Tunga Aerospace, the government is encouraging innovation and reducing reliance on foreign suppliers.

This aligns with the national vision of Atmanirbhar Bharat, particularly in sensitive sectors such as border security and surveillance.

If awarded, the contract will not only strengthen ITBP’s operational capabilities but also provide Tunga Aerospace with a major platform to showcase its technology. Success in this tender could open doors for further collaborations with other paramilitary forces and the armed services, reinforcing India’s indigenous defence manufacturing base.

Agencies

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IAF AN-32 Crashes At Jorhat Airbase, Five Personnel Killed, Co-Pilot Survives

An Indian Air Force AN-32 transport aircraft crashed while attempting to land at Jorhat Air Force Station in Assam on Saturday morning, killing five personnel, while the co-pilot survived and is under treatment.

The aircraft caught fire upon impact, prompting firefighting and rescue operations, and a court of inquiry has been ordered to determine the cause.

The incident occurred at the Rowriah airbase in Jorhat, a strategically important installation in Upper Assam. According to initial reports, the AN-32 transport aircraft met with an accident during landing, triggering a fire within the premises.

Emergency response teams were immediately deployed to contain the blaze and secure the site. Visuals from the crash showed extensive damage, with debris scattered across the airfield and thick smoke rising from the wreckage.

The Indian Air Force confirmed that five personnel lost their lives in the crash, while the co-pilot survived and is currently receiving medical treatment. Senior IAF officials rushed to the site to oversee rescue and recovery operations. The Air Force expressed deep regret over the loss of lives and extended condolences to the bereaved families, emphasising that the service stands firmly with them during this time of grief.

Local residents reported hearing a loud noise followed by a massive explosion, with the impact shaking the surrounding area. Witnesses described seeing the tail section of the aircraft and heavy smoke billowing into the sky.

The accident has once again drawn attention to the operational history of the AN-32, a Soviet-origin twin-engine tactical transport aircraft that has been a workhorse of the IAF for decades, particularly in challenging terrains and high-altitude regions.

The AN-32 has been involved in multiple accidents in India since its induction in 1986, with around 22 crashes recorded to date. Despite this history, the aircraft remains one of the most heavily used transport platforms of the IAF, playing a crucial role in logistics, troop movement, and supply operations across the country.

The most recent AN-32 crash before this incident occurred in 2025. Notably, in June 2019, an AN-32 carrying 13 personnel went missing after taking off from Jorhat for Mechuka in Arunachal Pradesh; all on board were later confirmed dead after the wreckage was found in mountainous terrain.

The Indian Air Force has ordered a court of inquiry to ascertain the cause of the crash. Investigators will examine whether technical faults, human error, or external factors contributed to the accident. The crash underscores the risks associated with operating ageing aircraft in demanding conditions, even as the IAF continues to rely on the AN-32 for vital missions.

The Rowriah Air Force Station, where the crash occurred, is a key installation in the Northeast, supporting military operations and logistics in the region. The accident has disrupted routine activities at the base, with emergency teams still engaged in site management and recovery efforts. Further details are awaited as the inquiry progresses.

ANI

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Lieutenant General Dhiraj Seth Appointed As Next Chief of The Army Staff

Lieutenant General Dhiraj Seth has been named the next Chief of the Army Staff and will assume office on 30 June, coinciding with the retirement of General Upendra Dwivedi.

His appointment marks the continuation of a distinguished military career that began when he was commissioned into the Armoured Corps in December 1986.

An alumnus of the National Defence Academy, Khadakwasla, he has accumulated nearly four decades of service across operational, strategic, capability development and institutional domains, making significant contributions to the Indian Army’s combat effectiveness and transformation.

Throughout his career, Lieutenant General Seth has been widely recognised for his role in force modernisation, ensuring that operational requirements are aligned with emerging technologies and the imperatives of future battlefields.

His command experience spans an armoured regiment, an armoured brigade and a counter-insurgency force in Jammu and Kashmir. As a Lieutenant General, he commanded the Sudarshan Chakra Corps, one of the Army’s premier strike formations, demonstrating his operational acumen in high-intensity theatres.

He later served as General Officer Commanding, Delhi area, where he oversaw national and international military engagements and ceremonial responsibilities. On elevation to Army Commander, he commanded both the South Western Command and Southern Command, earning the rare distinction of leading two operational Army Commands.

His tenure provided strategic oversight across critical theatres for more than two years, underscoring his ability to manage complex operational environments.

Lieutenant General Seth’s professional military education has been equally distinguished. He is a graduate of the Higher Command Course and the National Defence College, and has attended the prestigious Command and Staff Course in Paris.

His consistent academic excellence reflects a broad strategic outlook and a deep understanding of contemporary military affairs, qualities that will be vital as he takes charge of the Army at a time of rapid technological change and evolving security challenges.

General Upendra Dwivedi, whom he succeeds, had taken over as the 30th Chief of the Army Staff in June 2024 from General Manoj Pande. With over 40 years of service, General Dwivedi is an alumnus of Sainik School, Rewa, and was commissioned into the Jammu and Kashmir Rifles in 1984.

His career has been marked by balanced command and staff exposure across Northern, Eastern and Western theatres, in diverse operational environments. He assumed leadership of the Army during a period of dynamic global geostrategic shifts, where technological advancements and the changing character of modern warfare posed significant challenges to national security.

The transition from General Dwivedi to Lieutenant General Seth represents continuity in leadership while also signalling a renewed emphasis on modernisation and strategic preparedness.

Lieutenant General Seth’s extensive operational experience, combined with his expertise in capability development and institutional leadership, positions him to steer the Army through the next phase of transformation, ensuring readiness to meet the demands of future conflicts and safeguarding India’s strategic interests.

Agencies

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India Occupies Prominent And Impactful Place, India A Powerful Partner Shaping Ties Says Philippine Envoy

The Philippine Ambassador to India, Josel F Ignacio, underscored the growing depth of India-Philippines relations during a diplomatic reception in New Delhi marking the 128th Anniversary of Philippine Independence.

He stated that India occupies a “prominent and impactful place” in Manila’s foreign policy, a position reinforced by expanding trade, defence cooperation, and the elevation of bilateral ties to a strategic partnership. His remarks highlighted the Philippines’ role as a fast-growing economy and a responsible stakeholder in the international community, resilient to global headwinds and committed to multilateralism.

Ambassador Ignacio emphasised that the Philippines, currently chairing the Association of Southeast Asian Nations (ASEAN), has adopted the theme “Navigating Our Future Together.” He explained that this theme reflects the reality that in a rapidly changing global environment, no country or business can move forward alone. Instead, nations must collectively navigate uncertainty, transformation, and opportunity.

He outlined three guiding pillars of the Philippines’ ASEAN chairmanship: peace and security, prosperity, and people empowerment. Peace and security were described as anchored in dialogue, adherence to international law, and strengthened cooperation against both traditional and non-traditional threats. Prosperity corridors were defined as systemic connections towards shared prosperity through economic integration, digital transformation, and inclusive sustainable development. People empowerment was highlighted as a vital pillar to ensure that growth benefits all.

Turning to bilateral relations, the ambassador noted that India-Philippines ties have witnessed sustained growth across multiple sectors. He stressed that the partnership with India occupies a prominent and impactful place in the Philippines’ network of relationships, marked by consistent high points. Bilateral trade has breached record levels year after year, now standing at almost USD 4 billion.

He also drew attention to the expanding defence relationship, underscored by the presence of India’s Minister of State for Defence, Sanjay Seth, at the event. Defence cooperation now spans equipment, military education and training, and increasingly maritime cooperative activities, reflecting the upward trajectory of security collaboration.

Ambassador Ignacio further highlighted that political ties between the two countries are at an all-time high following the decision by Philippine President Ferdinand Marcos Jr. and Indian Prime Minister Narendra Modi to elevate bilateral relations to a strategic partnership during President Marcos’ visit to India in August last year.

He emphasised that India is only the Philippines’ fifth strategic partner, a fact that attests to India’s valued place in Manila’s foreign policy. This elevation carries particular significance for the Philippines, given the rarity and importance of such partnerships in the current global environment.

The envoy’s remarks reflect the broader trajectory of India-Philippines relations, which are increasingly characterised by economic dynamism, defence cooperation, and strategic alignment within the Indo-Pacific framework. The Philippines’ ASEAN chairmanship provides an additional platform to reinforce these ties, with India seen as a crucial partner in advancing peace, prosperity, and people-centred development across the region.

Alternative Headline: India And Philippines Deepen Strategic Partnership Amid Expanding Trade And Defence Cooperation

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Russia Unveils BrahMos-Armed Amur-1650 Submarine With Vertical Launch Strike Capability

Russia has officially unveiled the Amur-1650 diesel-electric submarine equipped with BrahMos supersonic missiles, marking a significant leap in conventional undersea strike capability.

The platform combines stealth, endurance, and vertical launch systems, positioning it as one of the most heavily armed non-nuclear submarines globally.

Russia has confirmed the integration of BrahMos missiles into its Amur-1650 submarine, dispelling earlier speculation. The submarine features vertical launch systems capable of firing both BrahMos and Club-S cruise missiles. This configuration allows the vessel to conduct salvo launches without relying on conventional torpedo tubes, thereby enhancing its offensive flexibility.

The Amur-1650 is reported to have one of the largest weapons load capacities among non-nuclear submarines worldwide. It can carry up to 28 weapons, including heavyweight torpedoes, cruise missiles, and precision-guided munitions. This makes it a formidable underwater strike platform, capable of sustained combat endurance rather than limited engagements.

The vertical launchers ensure the submarine can initiate multi-directional missile attacks against both sea and land targets. Defence analysts note that the BrahMos missile’s extremely high terminal speed significantly shortens enemy reaction times, making interception by naval air defence systems designed for subsonic threats highly difficult.

This transforms the Amur-1650 into a distributed strike capability platform, a role previously associated with nuclear-powered submarines.

The BrahMos missile's solid-propellant booster engine accelerates it to supersonic speed before separation, after which the liquid-fuelled ramjet sustains cruise speeds of Mach 3, approximately 3,700 km/h at sea level.

The missile has been tested successfully in multiple configurations, including ship-to-ship, ship-to-shore, shore-to-ship, ground-to-ground, air-to-ground, and air-to-sea roles, underscoring its versatility.

The unveiling of the Amur-1650 submarine at the International Maritime Defence Show Fleet 2026 in Kronstadt highlights Russia’s intent to reassert its competitiveness in the global submarine export market.

The submarine is equipped with an air-independent propulsion system, allowing it to remain submerged for extended periods of 20–25 days without surfacing. It also boasts reduced acoustic signatures, modern sonar systems, and the ability to operate autonomously for up to 60 days, with a displacement of around 3,000 tonnes and a crew complement of 42.

The integration of BrahMos missiles into a compact conventional submarine represents a strategic shift. It extends the operational role of diesel-electric submarines from coastal denial missions to precision-strike operations across contested maritime theatres.

This development is particularly significant in the Indo-Pacific, where naval modernisation and competition are intensifying. Russia’s move also signals its determination to maintain influence in the global naval export sector despite competition from Western, South Korean, Turkish, and Chinese manufacturers.

The Amur-1650’s modular strike ecosystem, capable of deploying both BrahMos and Club-S missiles, provides Russia with a versatile and survivable undersea strike capability.

By combining stealth endurance with high-speed precision strike weapons, the submarine is expected to be a nightmare for adversaries, compressing their decision-making windows and complicating defensive planning.

Agencies

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Iran Junks Pakistan’s Claim, Says US Deal Will Be Not Be Signed Tomorrow

Iran has dismissed Pakistan’s claim that a final agreement with the United States would be signed immediately, clarifying instead that the process will take place in the coming days.

Foreign Minister Abbas Araghchi emphasised that negotiations have reached an unprecedented level of progress, noting that an agreement to end the conflict has “never been closer.” He revealed that the proposed memorandum of understanding includes provisions relating to Lebanon, signalling that the scope of the deal extends beyond bilateral issues and touches upon wider regional dynamics.

President Donald Trump added to the atmosphere of optimism by re-sharing Araghchi’s social media post, underscoring his administration’s confidence in the negotiations.

However, he also criticised Iran for allegedly leaking details of the talks to state media, suggesting that such disclosures could complicate the process. Despite this, Trump reiterated his belief that the deal was nearing completion and that its conclusion would mark a significant turning point in the conflict.

Meanwhile, the US military reported that it had intercepted multiple Iranian attack drones allegedly targeting commercial vessels transiting the Strait of Hormuz. American officials stressed that the strategic waterway remains open and secure, despite repeated attempts by Iranian forces to disrupt maritime traffic. This development highlights the continuing volatility in the Gulf even as diplomatic efforts advance.

In a separate development, the United Nations Security Council condemned the killing of a Serbian UNIFIL peacekeeper in southern Lebanon. The incident has drawn international concern, with calls for accountability and renewed emphasis on the importance of safeguarding peacekeepers operating in conflict zones.

The inclusion of Lebanon-related provisions in the draft agreement between Iran and the United States appears to be directly linked to such regional tensions.

Iranian media also reported that a potential agreement could lead to the unfreezing of $24 billion in Iranian assets. This would represent a major economic breakthrough for Tehran, providing much-needed relief amid years of sanctions and financial isolation.

The prospect of accessing these funds has been widely interpreted as a key incentive for Iran to move forward with the negotiations, though officials continue to stress that the final signing will depend on the fulfilment of agreed terms.

The overall picture emerging from these developments is one of cautious optimism. While both sides acknowledge that the deal is closer than ever, the timeline for its conclusion remains fluid, with Iran insisting that the signing will not take place immediately but rather in the coming days.

The interplay of military incidents, regional tensions, and economic considerations underscores the complexity of the negotiations and the high stakes involved for all parties.

Agencies

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