Ministry of Defence Floats Tender For 500 Scramjet Propulsion Systems To Accelerate Hypersonic Missile Capability

The Ministry of Defence has issued a tender for the procurement of 500 scramjet propulsion systems intended for India’s hypersonic missile program. The tender is listed under Tender Information IA: 011-23018861 and signals a significant step towards strengthening indigenous hypersonic strike capabilities.

The requirement reflects growing emphasis on advanced air-breathing propulsion technology capable of powering missiles at hypersonic speeds. Scramjet engines are regarded as a critical enabling technology for next-generation hypersonic cruise missiles, allowing sustained flight at speeds exceeding Mach 5.

The proposed acquisition is expected to support ongoing efforts to expand the country’s hypersonic weapons ecosystem and improve long-range precision-strike capabilities. The move also aligns with broader defence modernisation initiatives aimed at enhancing strategic deterrence and operational effectiveness.

Scramjet propulsion differs from conventional rocket systems by using atmospheric oxygen during high-speed flight, reducing the need to carry oxidisers and enabling more efficient sustained hypersonic operation. This technology is considered one of the most complex and strategically important areas of missile development.

The tender follows recent advances in indigenous hypersonic propulsion research, including successful long-duration scramjet combustor testing conducted by the Defence Research and Development Organisation. Such achievements have demonstrated progress in key technologies required for future hypersonic missile deployment.

Industry participation is expected to play an important role in meeting the requirement, supporting domestic manufacturing capabilities and strengthening the national defence-industrial base. The procurement could also contribute to the expansion of specialised aerospace supply chains and advanced propulsion expertise within the country.

With major global powers investing heavily in hypersonic weapons, the acquisition of 500 scramjet propulsion systems highlights India's intention to accelerate the development and eventual operational deployment of advanced hypersonic missile platforms.

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India And Pakistan Accelerate Missile Race As Hypersonic Era Looms

South Asia’s missile competition is entering a new phase, with India and Pakistan pursuing markedly different approaches to long-range precision strike capabilities.

On one side, India is steadily expanding the reach and sophistication of its missile arsenal. The BrahMos cruise missile, already regarded as one of the world's fastest operational supersonic cruise missiles, is being developed towards an extended range of around 800 kilometres.

At the same time, the Pralay tactical ballistic missile, designed for strikes between roughly 150 and 500 kilometres, has already entered service, giving Indian forces an additional conventional deep-strike option.

Beyond these systems, India is also pursuing an even more ambitious objective through BrahMos-2, a next-generation hypersonic missile expected to exceed Mach 6. If successfully fielded, the weapon would represent a major leap in speed, survivability and strike capability.

Pakistan, meanwhile, has concentrated its efforts on the Fatah missile family and has recently strengthened its conventional missile posture through the establishment of a dedicated Army Rocket Force. The force is centred around the Fatah series, including the Fatah-II, which is generally associated with a range of about 400 kilometres.

Islamabad has also tested an extended-range version of the Fatah-II this month, highlighting its intention to expand the reach of its precision-strike inventory. Pakistani officials have stated that the upgraded missile incorporates advanced navigation systems and improved manoeuvrability intended to enhance survivability and accuracy against defended targets.

The contrast between the two missile programs is not defined solely by range.

The far more significant distinction lies in the pursuit of hypersonic technology.

While conventional ballistic and cruise missiles already pose substantial challenges for military planners, hypersonic weapons operate at extreme speeds while potentially retaining the ability to manoeuvre during flight. This combination dramatically reduces warning times and complicates interception efforts.

For military strategists, speed is becoming as important as range.

A missile travelling at hypersonic velocity can cover hundreds of kilometres within minutes, compressing the decision-making window available to defending forces. Radar networks, command structures and air-defence systems may have only a limited opportunity to detect, track and engage such threats.

India's BrahMos-2 project is therefore viewed as more than a simple successor to existing missiles. It represents an attempt to enter a small and highly competitive group of nations pursuing operational hypersonic strike capabilities.

The development builds upon decades of experience gained through the BrahMos program, which has evolved from its original range limitations into a family of increasingly capable missiles deployed across land, sea and air platforms.

Pakistan's current emphasis remains focused on expanding the capabilities of the Fatah family and enhancing the operational effectiveness of its Army Rocket Force. The recent testing of extended-range variants demonstrates a continuing effort to improve precision conventional strike options and deepen engagement ranges.

Yet the strategic debate increasingly revolves around who can successfully operationalise advanced hypersonic weapons first.

Military analysts widely regard hypersonic systems as a potentially transformative capability because they combine speed, manoeuvrability and precision in ways that challenge existing air-defence architectures.

Although countries around the world are investing heavily in counter-hypersonic technologies, there is no universally proven defence system capable of guaranteeing reliable interception under all conditions.

As a result, the emerging competition between India and Pakistan is evolving beyond the traditional focus on larger payloads or longer distances.

Instead, it is becoming a contest centred on reaction time, survivability and technological sophistication.

The next stage of the regional arms race is therefore unlikely to be measured simply by how far missiles can travel. Increasingly, it will be defined by how quickly they can reach their targets and whether existing defensive systems can respond in time.

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India Launches World's First Government-Backed Hyperloop Cargo Trial In Mumbai

India is preparing to take a significant step in next-generation freight transportation with the launch of what is being described as the world's first government-backed hyperloop cargo trial involving the movement of a fully loaded shipping container on an operational test track.

The initiative will be carried out in Mumbai by the state-owned Central Warehousing Corporation (CWC) using indigenous technology developed by IIT-Madras-incubated TuTr Hyperloop.

The pilot project will be conducted at the Container Freight Station Logistics Park at Jawaharlal Nehru Port (JNPT), India's largest container port. A 650-metre hyperloop track is being established to evaluate the feasibility of high-speed freight movement between ports and nearby logistics facilities.

CWC confirmed the initiative in September 2026 after placing an order with TuTr Hyperloop earlier in the year. The project is expected to be implemented within approximately one year from the date of award.

The trial is notable because it will involve transporting a fully loaded shipping container, making it one of the first real-world attempts globally to use hyperloop technology for commercial freight applications rather than passenger transport. Most international hyperloop programs, including those pursued in the United States and Europe, have largely focused on passenger mobility and have yet to demonstrate full-scale container movement in an operational logistics environment.

The project is being funded directly by CWC and is expected to cost approximately ₹20-23 crore. Initial operations will focus on moving a single container. If successful, the concept could later be expanded to handle multiple containers and support higher cargo throughput between ports, inland terminals and logistics hubs.

According to CWC Managing Director Santosh Sinha, the initiative should be viewed primarily as a research and development exercise designed to validate the technology and identify practical use cases for freight movement. The corporation is examining whether the system can ultimately provide a faster alternative for short-haul container transfers between maritime gateways and nearby container freight stations.

The indigenous system uses Linear Induction Motor propulsion technology, with future development plans including the integration of magnetic levitation capabilities to further enhance efficiency and speed. India is also pursuing related hyperloop technology demonstrations through collaborations involving ports and research institutions.

The initiative has received support from the government, with Union Minister Sarbananda Sonowal highlighting the technology's potential to create high-speed links between ports, logistics parks, warehouses, industrial clusters and inland freight terminals. Such connectivity could substantially reduce cargo transfer times and improve supply-chain efficiency across the country's freight network.

The Mumbai pilot complements broader hyperloop ambitions in India. While proposals such as the Delhi-Mumbai cargo corridor and the Bangalore-Chennai passenger corridor remain at the conceptual stage, IIT-Madras has already demonstrated indigenous hyperloop technology through operational testing infrastructure in Chennai.

Despite the enthusiasm surrounding the project, several challenges remain. Hyperloop infrastructure requires substantial investment, while issues relating to safety, emergency response procedures, regulatory certification and large-scale cargo operations still need to be addressed before commercial deployment can become viable. The transition from moving a single container to managing multiple units at industrial scale will also require significant engineering and operational validation.

If the Mumbai trial achieves its objectives, it could mark the beginning of a new phase in freight transportation, demonstrating how indigenous Indian hyperloop technology may be used to connect ports with inland logistics infrastructure and potentially reshape cargo movement in the years ahead.

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UPDATE: India Accelerates LR-AShM/LRHM Hypersonic Missile Induction With 1,500 Km Strike Reach

India is moving ahead rapidly with plans to induct the LR-AShM/LARHM hypersonic missile, a next-generation long-range strike system designed to strengthen the country's maritime and strategic deterrence capabilities.

The missile is reported to offer a strike range of approximately 1,500 km, enabling engagement of targets at extended distances while significantly reducing an adversary's reaction time.

Current plans indicate that induction of the hypersonic weapon system is expected between 2027 and 2029, marking a major milestone in India's ongoing efforts to field advanced indigenous missile technologies.

Initial production is anticipated to begin at a rate of around 10 to 15 units per year. Manufacturing capacity is expected to expand progressively as the programme matures.

At a later stage, annual production could increase to between 25 and 40 units, allowing larger-scale deployment across operational formations.

The LR-AShM/LARHM is being developed as a hypersonic weapon capable of travelling at speeds exceeding Mach 5, with its design focused on high survivability, manoeuvrability and the ability to penetrate advanced air and missile defence networks.

The missile is expected to enhance India's long-range precision-strike capability, particularly in maritime environments, while also strengthening deterrence across the wider Indo-Pacific region.

Its development reflects India's growing emphasis on indigenous high-end missile programmes and advanced strategic technologies, placing the country among a select group of nations pursuing operational hypersonic weapon systems.

As induction approaches, the planned increase in production rates is expected to support the gradual build-up of operational inventories and improve long-range strike readiness for future requirements.

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Ministry of Defence Floats Tender For 500 Scramjet Propulsion Systems To Accelerate Hypersonic Missile Capability

The Ministry of Defence has issued a tender for the procurement of 500 scramjet propulsion systems intended for India’s hypersonic missile program. The tender is listed under Tender Information IA: 011-23018861 and signals a significant step towards strengthening indigenous hypersonic strike capabilities.

The requirement reflects growing emphasis on advanced air-breathing propulsion technology capable of powering missiles at hypersonic speeds. Scramjet engines are regarded as a critical enabling technology for next-generation hypersonic cruise missiles, allowing sustained flight at speeds exceeding Mach 5.

The proposed acquisition is expected to support ongoing efforts to expand the country’s hypersonic weapons ecosystem and improve long-range precision-strike capabilities. The move also aligns with broader defence modernisation initiatives aimed at enhancing strategic deterrence and operational effectiveness.

Scramjet propulsion differs from conventional rocket systems by using atmospheric oxygen during high-speed flight, reducing the need to carry oxidisers and enabling more efficient sustained hypersonic operation. This technology is considered one of the most complex and strategically important areas of missile development.

The tender follows recent advances in indigenous hypersonic propulsion research, including successful long-duration scramjet combustor testing conducted by the Defence Research and Development Organisation. Such achievements have demonstrated progress in key technologies required for future hypersonic missile deployment.

Industry participation is expected to play an important role in meeting the requirement, supporting domestic manufacturing capabilities and strengthening the national defence-industrial base. The procurement could also contribute to the expansion of specialised aerospace supply chains and advanced propulsion expertise within the country.

With major global powers investing heavily in hypersonic weapons, the acquisition of 500 scramjet propulsion systems highlights India's intention to accelerate the development and eventual operational deployment of advanced hypersonic missile platforms.

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South Korea Test-Flies First Home-Grown Hypersonic Weapon In Major Military Milestone

South Korea has successfully flight-tested its first domestically developed hypersonic weapon, marking a significant advance in the country's efforts to strengthen its conventional military capabilities.

The weapon is designed to travel at least five times the speed of sound while evading existing missile defence systems, potentially providing Seoul with a powerful new strategic asset.

President Lee Jae Myung attended the test and described it as a major step forward for South Korea's national security. The government stated that the trial met its primary objectives, although it did not disclose the location of the launch.

According to officials, the weapon separated from its booster rocket at the planned altitude before descending towards its target. During flight, it successfully carried out both vertical and horizontal manoeuvres and ultimately struck the designated test target.

Authorities said that, once fully operational, the hypersonic weapon would be capable of conducting surprise strikes against critical targets within the Korean Peninsula theatre of operations.

Lee emphasised that South Korea must secure its safety through its own capabilities. He also inspected the Hyunmoo-5 ballistic missile, the country's most powerful ballistic missile system currently in service.

The test comes amid heightened tensions on the Korean Peninsula. Last month, three South Korean soldiers were injured in landmine explosions near the heavily fortified inter-Korean border.

South Korea's military and the United Nations Command concluded that the explosions were caused by mines planted by North Korea. Pyongyang has denied responsibility and mocked Seoul's demands for an apology.

Relations have further deteriorated as North Korean leader Kim Jong Un continues to expand his nuclear weapons and missile development efforts while adopting an increasingly confrontational stance towards South Korea.

Pyongyang has also intensified weapons testing activities. On 3 October, North Korea launched what it described as a hypersonic intermediate-range missile. North Korean authorities claimed the missile travelled more than 1,000 kilometres before landing in waters near Japan.

Japan reported that the missile landed outside its Exclusive Economic Zone. South Korea assessed the flight distance at more than 700 kilometres, while Japan's Defence Ministry estimated approximately 680 kilometres.

Kim Yo Jong, the influential sister of Kim Jong Un, argued that the differing flight assessments by South Korea and Japan demonstrated the limitations of their tracking capabilities and suggested they would struggle to intercept such missiles.

The latest developments also present a political challenge for Lee, who has traditionally supported engagement and dialogue with North Korea. His conciliatory approach has come under pressure amid growing public anger following the border mine incidents.

At the same time, Lee has advocated bolstering South Korea's independent conventional military strength while reducing reliance on the United States. His position gained attention after Washington scaled back a major joint military exercise with South Korea in August, with US President Donald Trump citing his positive relationship with Kim Jong Un.

The successful hypersonic weapons test places South Korea among a limited group of nations pursuing advanced manoeuvrable missile technologies, reflecting an increasingly competitive regional arms environment shaped by North Korea's expanding missile capabilities and broader security concerns across East Asia.

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Hypersonic Weapons, Quantum Systems And Indigenous Engines Key To India’s Future Warfighting Edge

At the India Today Conclave – South 2026, G. Satheesh Reddy, a member of the National Security Advisory Board and former DRDO chairman, outlined the technologies he believes will determine India's military strength over the coming decade, India Today reported.

He argued that maintaining a decisive edge in future conflicts will require sustained investment in a small number of critical strategic sectors.

According to Reddy, hypersonic weapons stand out as one of the most important capabilities India must pursue. These systems operate within the atmosphere at speeds of roughly six times the speed of sound, dramatically compressing an adversary's reaction time and making interception significantly more challenging.

India has already demonstrated growing competence in advanced missile technologies through programs such as BrahMos and long-range strategic missile development. Reddy indicated that the next major leap will come from mastering hypersonic systems capable of combining speed, manoeuvrability and precision.

He also highlighted quantum technology as a transformational field with implications across multiple military and civilian domains. Quantum communications, computing, sensors, radar systems and electronic warfare capabilities were identified as areas likely to reshape future battlefields.

Reddy noted that advances in quantum science could fundamentally alter how information is processed, transmitted and protected. Future armed forces are expected to rely increasingly on secure communications, enhanced sensing and sophisticated electronic warfare tools, areas where quantum technologies could provide substantial advantages.

Another priority identified by Reddy was advanced manufacturing. He stressed that India must strengthen its position as a global manufacturing power, supported by cutting-edge production methods and the development of advanced materials.

The emphasis reflects a broader national push towards technological self-reliance, particularly in strategically important sectors. Greater domestic manufacturing capability would help reduce external dependencies while supporting defence production, exports and industrial growth.

Propulsion technology was highlighted as another critical area requiring sustained attention. Reddy argued that India must develop advanced indigenous aircraft engines, a field widely regarded as one of the most complex challenges in aerospace engineering.

While India has achieved notable successes in missiles, radars and other strategic systems, advanced jet engine technology remains an area where foreign collaboration and imports continue to play an important role. Developing a fully indigenous high-performance aero-engine would mark a major milestone for the country's aerospace sector.

Expressing confidence in India's progress, Reddy said that the experience gained from developing numerous engine systems would ultimately enable the country to field its own advanced aircraft engine. He stated that he was “100% sure” India would achieve this goal within the next decade.

Taken together, Reddy's vision places hypersonic weapons, quantum technologies, advanced manufacturing and indigenous propulsion at the centre of India's long-term strategy for military modernisation. He argued that success in these fields will be essential for ensuring technological superiority and strategic autonomy in future conflicts.

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US Navy Reveals Blackbeard Hypersonic Strike Missiles On Super Hornets In Flight Tests

The US Navy has released its first official footage of Blackbeard hypersonic strike missiles being carried by F/A-18E/F Super Hornets during flight-testing activity, FlightGlobal reported.

The imagery, released by Naval Air Systems Command, shows two Blackbeard rounds mounted beneath the wing of an F/A-18F Super Hornet. It confirms that the air-launched weapon has progressed into aircraft integration and captive-carry flight trials.

The footage does not confirm a powered launch from the fighter. However, it provides the clearest public indication so far that Blackbeard is moving through the flight-test and airworthiness process required for carrier operations.

Blackbeard is being developed by California-based Castelion as a long-range, air-launched hypersonic strike weapon for US Navy carrier air wings.

The missile is intended to give F/A-18E/F crews a fast, survivable standoff attack option, particularly against hostile warships protected by layered air-defence networks.

Its high-speed profile is expected to complicate an adversary’s detection, tracking and interception efforts, while allowing carrier-based fighters to launch attacks from beyond the reach of many enemy air-defence systems.

The US Navy aims to field Blackbeard in at least limited operational service by August 2028, although Castelion has previously indicated that an earlier initial operational capability could be possible.

The weapon is being developed under the Navy’s Multi-mission Affordable Capacity Effector program, which seeks to procure long-range precision weapons in substantially larger numbers than traditional high-cost hypersonic systems.

The emphasis on affordability is central to Blackbeard’s concept. Castelion has said it is targeting a per-missile cost of about ₹4.79 crore, far below the cost commonly associated with advanced hypersonic weapons.

The Pentagon has already awarded Castelion a production delivery order with a potential value of up to ₹1,917 crore for Blackbeard production.

An initial ₹418 crore order covers the manufacture, assembly, testing and delivery of 444 fully functional All-Up Rounds, including their specialised transport and storage containers.

In April, the Navy also awarded Castelion a contract worth about ₹1,006 crore to complete F/A-18 hardware and software integration, flight testing, system-safety work and airworthiness certification for carrier use.

Castelion is building production capacity at its Project Ranger manufacturing campus in Rio Rancho, New Mexico, and at its Torrance, California, facility.

The company says the manufacturing approach combines vertically integrated propulsion and guidance work with commercial production practices, allowing missiles to be built faster and in far greater numbers.

If the program meets its timeline, Blackbeard could become a significant new anti-ship and land-attack weapon for US carrier strike groups, adding a lower-cost hypersonic option to the Super Hornet’s existing strike arsenal.

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Russia’s Avangard Hypersonic Missile: Is Putin’s Mach 27 Weapon Facing Delays Again?

Russia’s Avangard hypersonic missile, capable of reaching speeds up to Mach 27, was scheduled for a fresh test in early September 2026 but the launch was unexpectedly cancelled. Preparations at the Dombarovskiy airbase were confirmed, yet no official reason has been given for the delay.

Russia has been preparing to launch the Avangard hypersonic cruise missile from its Dombarovskiy airbase in the Orenburg region.

Kremlin-backed state media highlighted that preparations were underway, with the test initially scheduled for the first week of September. However, the launch was moved ahead and eventually cancelled without explanation.

The Avangard remains the fastest missile in the world, capable of reaching speeds up to Mach 27. Russia first tested this missile in 2018, with President Vladimir Putin personally witnessing the launch. Earlier this year, Putin confirmed that the Avangard system had been fully deployed, though it continues to undergo upgrades to enhance its operational effectiveness.

The planned test was expected to involve a MIRV capable UR-100N UTTKh intercontinental ballistic missile carrying the Avangard hypersonic glide vehicle, launched from Dombarovskiy towards the Kura missile test range in Kamchatka.

Aviation warnings and Notices to Air Missions (NOTAMs) were issued, temporarily closing sections of airspace and alerting residents in Tyumen and Khanty-Mansi regions about possible rocket-stage impact zones.

Expert analysis indicates that the restricted zones matched those used in earlier Avangard tests in 2013, 2015, 2016, and 2018, confirming that the system rather than the RS-28 Sarmat missile was being prepared. The cancellation has sparked speculation, though there were no signs of a launch accident.

The Avangard is a strategic missile system equipped with a hypersonic glide vehicle capable of carrying a nuclear warhead. Unlike conventional ballistic warheads, the glide vehicle travels through the atmosphere at hypersonic speed and can manoeuvre laterally and vertically, making its trajectory unpredictable and extremely difficult for missile defence systems to intercept.

Putin has consistently presented the Avangard as a response to U.S. missile defence developments, claiming it can penetrate next-generation shields. The system entered service in 2019, and its deployment has been seen as a major leap in Russia’s strategic deterrence capability.

Russia also intends to integrate the Avangard with the RS-28 Sarmat intercontinental ballistic missile, which would provide the glide vehicle with greater range, speed, and lethality. This combination is expected to significantly expand Russia’s strike options, reinforcing its nuclear deterrence posture.

The cancellation of the September test raises questions about technical readiness, strategic timing, or political considerations. Analysts suggest that despite the delay, Russia will likely reschedule the test soon, given the symbolic and strategic importance of the Avangard program.

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Sukhoi Su-30MKI Upgrade: India Plans Hypersonic RVV-BD Missile Integration

India is considering a significant upgrade to its Su-30MKI fighter fleet by integrating the Russian-origin RVV BD air-to-air missile.

This missile is capable of neutralising high-value aerial targets at ranges of up to 300 kilometres while travelling at hypersonic speeds. The proposal is under evaluation by the Defence Ministry and is expected to be discussed at the Defence Acquisition Council meeting scheduled for today.

The timing of this initiative is notable, as it comes just ahead of Russian President Vladimir Putin’s arrival for the BRICS summit. Several major bilateral defence agreements are anticipated during the summit, and the RVV BD integration could form part of the broader Indo-Russian defence cooperation agenda.

Russian manufacturers have developed multiple variants of the RVV BD missile. These are designed to strike critical airborne assets such as Airborne Early Warning and Control aircraft and reconnaissance platforms. With speeds approaching Mach 6, the missile provides a formidable capability against adversary support aircraft that underpin modern air combat operations.

The Defence Ministry, under Defence Minister Rajnath Singh, has been pursuing a dual-track approach to strengthen the Indian Air Force’s missile arsenal. This involves both indigenous development and foreign procurement.

The Defence Research and Development Organisation has accelerated work on the Astra missile series, aiming to achieve strike ranges beyond 300 kilometres. At the same time, India has secured contracts for European Meteor missiles from France, adding diversity to its arsenal.

The Su-30 MKI fleet, comprising more than 260 aircraft, remains the backbone of the Indian Air Force. These aircraft are currently undergoing modifications to accommodate the RVV BD missile system. Parallel modernisation programs are also underway to enhance radar detection ranges and improve long-distance strike accuracy. These upgrades are intended to ensure the fleet’s relevance in future network-centric warfare environments.

The Su-30 MKI demonstrated its operational importance during Operation Sindoor, where it destroyed several Pakistani air bases using long-range air-to-ground munitions. These included air-launched BrahMos supersonic cruise missiles and Rampage precision weapons. The integration of the RVV BD missile would further expand the aircraft’s role in long-range aerial engagements.

In addition to missile integration, the Defence Acquisition Council is reviewing a project for the overhaul of Su-30 MKI airframes and their AL-31 engines.

This work is expected to be undertaken by Hindustan Aeronautics Limited (HAL), ensuring sustained serviceability of the fleet. HAL is also likely to receive a major contract for the supply of Advanced Light Helicopter Mark 3 aircraft, further strengthening India’s rotary-wing capabilities.

The combination of indigenous missile development, foreign acquisitions, and fleet modernisation reflects India’s broader strategy to maintain air superiority in a rapidly evolving regional security environment.

The RVV BD integration, if approved, would mark a substantial leap in the Indian Air Force’s ability to counter high-value aerial threats at extended ranges.

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Russia And Iran Join Forces On Secret Supersonic Missile Program: Report

Russia has reportedly been covertly assisting Iran in developing supersonic cruise missiles under a classified program codenamed C430L since 2023. This collaboration, involving Russian missile specialists and ramjet propulsion technology, could provide Tehran with a new strategic weapon capable of threatening US Navy vessels and altering the balance of power in the Gulf.

Russia is said to have initiated the C430L program in 2023, deploying some of its most experienced missile engineers to work alongside Iranian counterparts. The program focuses on developing ramjet propulsion systems, which enable cruise missiles to travel at several times the speed of sound.

Such technology represents a highly sensitive transfer of military capability from Moscow to Tehran, one that experts argue would require political clearance from the highest levels of the Russian leadership.

The Financial Times investigation, based on leaked Russian correspondence, travel records, and military patent analysis, revealed that the program continued even during the recent US-Israeli conflict with Iran. This persistence underscores the depth of Moscow’s commitment to strengthening Tehran’s military capabilities despite ongoing regional confrontations.

Fabian Hinz, a senior analyst with Conflict Armament Research, described the transfer as a strategically significant move, noting that Iran has sought access to ramjet technology for decades.

He emphasised that such cooperation reflects not only technical collaboration but also a deepening political and military alignment between Russia and Iran.

Supersonic cruise missiles equipped with ramjet propulsion combine extreme speed with low-altitude flight paths, drastically reducing the reaction time available to air and missile defence systems. This makes them particularly effective against advanced defensive networks operated by the United States and its allies in the Gulf region.

Analysts highlight that such weapons could be used in both anti-ship and land-attack roles, giving Iran a qualitatively new capability to challenge Western military assets.

Reports indicate that Iran has already built and flight-tested the ramjet propulsion system. However, there is no evidence yet that a fully developed supersonic cruise missile, produced with Russian assistance, has been deployed. Even so, experts such as Jim Lamson, a former CIA military analyst now at the James Martin Center for Nonproliferation Studies, warn that the eventual deployment of such systems would pose a serious threat to US naval forces.

The leaked documents also suggest that discussions surrounding the program continued into the summer of 2026, highlighting the sustained nature of the cooperation.

This development comes against the backdrop of Iran’s existing military support to Russia, including the supply of Shahed drones for use in Ukraine, further cementing the strategic partnership between the two nations.

The involvement of Russian defence entities such as NPO Mashinostroyenia, a rocket design bureau sanctioned by Washington in 2014, adds another layer of complexity. The bureau has long been associated with advanced cruise missile systems and intercontinental ballistic missile projects, making its role in the C430L program particularly significant.

This collaboration represents one of the most consequential transfers of military technology from Russia to Iran in recent years. It signals a shift in global military alignments, with Moscow and Tehran increasingly coordinating to counterbalance US influence in the Middle East.

The potential deployment of supersonic cruise missiles would mark a turning point in Iran’s military posture, giving it a weapon system capable of challenging Western dominance in the region.

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India’s Q-Alpha Aerospace Unveils RHH-150 Hypersonic Stealth Swarm UCAV Capable of Mach 10

RHH-150 Air-breathing Variable range Multi-role Agile Hypersonic SWARM UCAV 

Bangalore-based Q-Alpha Aerospace is advancing India’s first indigenous stealth hypersonic swarm UCAV, the RHH-150, designed to reach Mach 10 with a 3,600 km range. Powered by the HTJ-160 air-breathing propulsion system, it combines stealth, swarm tactics, and multi-role versatility to counter advanced regional threats.

The RHH-150 is conceived as a next-generation unmanned combat aerial vehicle capable of operating in contested environments. Its strategic purpose is to penetrate anti-access/area-denial networks such as those deployed by China, bypassing traditional interception grids.

The aircraft is designed to function both individually and as part of coordinated swarms, enabling saturation of adversary defences and execution of multi-angle strikes. Measuring 27.6 metres in length with a wingspan of 14.2 metres, it balances aerodynamic efficiency with internal payload bays for stealthy weapon carriage.

The propulsion system is central to its performance. The HTJ-160 hypersonic engine is an air-breathing design that uses atmospheric oxygen, eliminating the need for onboard oxidisers. This allows sustained hypersonic flight with real-time trajectory adjustments.

The RHH-150 targets a top speed of Mach 10 and an operational range exceeding 3,600 kilometres, making it suitable for both rapid short-range strikes and extended deep-penetration missions. Thermal management is addressed through external thermal flow control and multi-fuel adaptability, ensuring resilience against aerodynamic heating at extreme velocities.

Operationally, the RHH-150 is intended as a multi-role platform. It is equipped for air-to-ground strikes, air-to-air combat, intelligence, surveillance and reconnaissance, and electronic warfare missions. Its stealth-oriented airframe reduces radar cross-section, enhancing survivability in contested airspace.

The UCAV’s architecture supports precision strikes, persistent surveillance, and deep reconnaissance, with the ability to loiter when required. Swarm integration allows multiple RHH-150 units to operate in synchronised formations, overwhelming enemy defences through coordinated manoeuvres and target saturation.

Agility at hypersonic speeds is a defining feature. The aircraft is engineered to execute real-time course corrections and evasive manoeuvres, making interception exceedingly difficult. This capability ensures adaptability in dynamic combat environments, allowing re-tasking mid-flight and enhancing mission success.

Advanced AI-driven systems further augment its effectiveness, enabling autonomous decision-making and seamless integration with network-centric combat architectures.

The RHH-150 represents a significant leap in India’s indigenous aerospace capabilities. It reflects a broader push towards hypersonic technologies, AI integration, and stealth systems.

Its development positions India alongside global leaders in hypersonic unmanned systems, offering a platform that can redefine aerial warfare in the region.

The combination of speed, stealth, swarm tactics, and multi-role versatility makes the RHH-150 a formidable asset for future combat scenarios.

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India To Lead In Hypersonic Defence As PM Modi Declares ‘Defence’ Fifth Pillar of Saptadhara Vision

Prime Minister Narendra Modi, in his 80th Independence Day address from the Red Fort, declared defence power as the fifth ‘Shakti’ of his ‘Shakti Ki Saptadhara’ vision, urging India to lead in hypersonic and next-generation defence technologies while expanding its role as a global supplier of advanced military systems.

His remarks coincided with record-breaking defence production and exports, underscoring India’s transformation into a self-reliant defence hub.

India’s 80th Independence Day celebrations were marked by PM Modi’s historic 103-minute speech, the longest ever delivered by an Indian Prime Minister.

He invoked the ‘Shakti Ki Saptadhara’ vision, ("Seven Streams of Strength") a framework of seven strengths to propel India’s rise. Defence power was identified as the fifth pillar, alongside manufacturing, agriculture, technology, infrastructure, green and blue economy, and soft power.

The Prime Minister stressed that India could not remain merely a market for foreign suppliers. He insisted that India must become a global supplier of advanced defence technologies, particularly hypersonic systems.

He highlighted the Defence Research and Development Organisation’s progress in hypersonic glide and cruise missile technologies, as well as indigenous propulsion systems and long-range strike capabilities.

Modi noted that defence production had increased fourfold in the past 12 years. Defence Minister Rajnath Singh, speaking on the eve of Independence Day, confirmed that annual defence production had reached a record ₹1.78 lakh crore in FY 2025–26, compared with ₹46,000 crore in 2014. Defence exports also surged to ₹38,424 crore, with India now supplying equipment to more than 80 countries. The government has set a target of ₹50,000 crore in exports by 2029.

Singh attributed this growth to the Aatmanirbhar Bharat and Make in India initiatives, which have strengthened India’s defence manufacturing base. He emphasised that the private sector contributed 24 per cent of total defence production in FY 2025–26, while Defence Public Sector Undertakings accounted for the remaining 76 per cent. This balance reflects the growing role of private industry in India’s defence ecosystem.

The Defence Minister also pointed to successful trials of advanced systems, including the Long-Range Land Attack Cruise Missile, RudraM-II Air-to-Surface Missile, Naval Anti-Ship Missile-SR, and the Pinaka Long-Range Guided Rocket. On hypersonic technology, Singh highlighted the successful test of an active-cooled full-scale scramjet combustor for more than 1,200 seconds, placing India among a select group of nations capable of developing hypersonic missile systems.

Beyond defence, PM Modi outlined the other six strengths of his Saptadhara vision. Manufacturing power was identified as the first, with a call to build complete value chains from design to production. Agriculture and food production formed the second, while technology and innovation were the third, with emphasis on artificial intelligence, quantum technology, robotics, and Made-in-India 6G.

The fourth strength was Gati Shakti, focusing on high-speed rail, port-led development, and connectivity. The sixth was the Green and Blue Economy, encompassing renewable energy, hydrogen, fisheries, and ocean technology. The seventh was India’s soft power, including yoga and cultural influence.

The Prime Minister’s speech also commemorated 150 years of Vande Mataram and celebrated youth power under the theme of Yuva Shakti and Viksit Bharat @ 2047. He paid tribute to freedom fighters and underscored India’s responsibility to lead globally in innovation, defence, and sustainability.

India’s defence transformation, as outlined by Modi and Singh, reflects a decisive shift towards self-reliance, technological leadership, and global competitiveness. The emphasis on hypersonic systems and next-generation technologies signals India’s ambition to join the ranks of advanced military powers while contributing to global stability.

ANI

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BrahMos‑2 Hypersonic Missile To Deliver Tri‑Service Mach 8 Strike

India is advancing the BrahMos‑2 hypersonic cruise missile as part of its next‑generation strike capability.

The missile is being designed for deployment from land, sea and air platforms, making it a tri‑service weapon that can be adapted for the Army, Navy and Air Force. It is being developed under the India‑Russia defence partnership, combining Russian hypersonic propulsion expertise with Indian navigation and guidance systems.

The missile is reported to have a top speed of around Mach 8, which is nearly three times faster than the current BrahMos. At such velocity, it would cover hundreds of kilometres in minutes, leaving defenders with very little time to detect, track or intercept.

Its potential range is expected to fall between 600 kilometres and 1,500 kilometres, depending on the final configuration and testing outcomes.

One of the defining features of BrahMos‑2 is its tri‑service adaptability. The Army could deploy it from mobile ground launchers near border areas, giving frontline units a rapid strike option. The Air Force could launch it from fighter aircraft such as the Sukhoi Su‑30MKI, extending aerial strike capability deep into adversary territory. The Navy could integrate it into warships equipped with vertical launch systems, enhancing fleet defence and long‑range maritime strike capacity.

The propulsion system is central to the missile’s design. BrahMos‑2 is expected to use a scramjet engine, which is an air‑breathing supersonic combustion ramjet. This technology allows the missile to sustain hypersonic speeds by using atmospheric oxygen rather than carrying oxidisers onboard. Maintaining Mach 8 flight over long distances is a major engineering challenge, and the scramjet is critical to achieving this performance.

Reports suggest the missile may use the indigenous G3OM navigation system and multi‑satellite guidance, enabling accuracy within a few metres. Such precision at hypersonic speed would make the missile extremely difficult to counter.

The range of BrahMos‑2 is a significant leap from earlier BrahMos variants. The original missile had a range of about 300 kilometres, later extended in newer versions. India’s entry into the Missile Technology Control Regime in 2016 allowed greater scope for developing longer‑range systems.

With BrahMos‑2 potentially reaching 1,500 kilometres, Indian forces could strike deep inside adversary territory without crossing borders with aircraft or ground troops.

This extended range would provide the Army with more deployment options, the Air Force with enhanced strike depth, and the Navy with greater reach across the Indo‑Pacific. The missile is therefore being built around three core capabilities: extreme speed, extended range and tri‑service adaptability.

Its final specifications will depend on ongoing development and testing, but the project represents a major step in India’s pursuit of advanced long‑range hypersonic strike systems.

Agencies

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Parliamentary Panel Urges Fast-Track Funding For Hypersonic Missiles And Sixth-Generation Fighters

India’s Parliamentary Standing Committee on Defence has urged the government to fast-track funding for next-generation military technologies, including hypersonic glide missiles and sixth-generation fighter aircraft, stressing the need for dedicated resources, testing infrastructure, and clear timelines to avoid delays.

The Ministry of Defence has confirmed that work on hypersonic systems and the Advanced Medium Combat Aircraft (AMCA) is progressing, while India is also exploring participation in international sixth-generation fighter programs spearheaded by France and other European partners.

The Parliamentary Committee has emphasised that India must accelerate investment in emerging defence technologies to match rapid global advances. It has recommended a dedicated budget head for “critical and latest technologies” to ensure that projects such as hypersonic missiles, glide weapons, and advanced combat aircraft are prioritised without funding bottlenecks.

The Committee noted that the Defence Research and Development Organisation (DRDO) is already working on next-generation systems.

The AMCA is being designed as a fifth-generation stealth combat aircraft with advanced battlefield capabilities, while plans are underway for sixth-generation fighters that will be network-centric and integrated with other platforms and ground-based systems.

A major focus area is the development of supersonic and hypersonic glide missile systems. These weapons combine extreme speed with manoeuvrability, making them exceptionally difficult to detect and intercept.

The Committee has recommended adequate funding, time-bound milestones, and testing facilities to support indigenous glide missile development, which it considers vital for future warfare dominated by networked systems.

The Ministry of Defence has informed the panel that hypersonic weapons travel at speeds of Mach 5 or more, at low altitudes, and are highly manoeuvrable. Such systems can reduce adversary decision-making time, strike from unexpected directions, and use high kinetic energy to penetrate hardened targets. India’s hypersonic program is progressing, with DRDO conducting scramjet propulsion tests and preparing glide missile trials.

The Committee also highlighted the importance of aligning India’s efforts with global sixth-generation fighter development. Two major consortia are currently working on sixth-generation aircraft: one involving the UK, Italy, and Japan, and another led by France and Germany.

India has initiated efforts to join the French-led Future Combat Air System (FCAS) program, with the Air Force expected to collaborate with one of these consortia to avoid lagging behind in advanced aircraft acquisition.

The Committee has asked the Ministry to furnish a detailed roadmap for sixth-generation fighter development and acquisition, alongside updates on AMCA progress. It stressed that technical upgrades of aircraft are a top priority to enhance combat capability in today’s highly air-centric warfare environment.

By pushing for a dedicated allocation for critical technologies, the Committee aims to ensure timely implementation of strategic defence projects. It believes that indigenous development in hypersonic and advanced aircraft systems will strengthen India’s preparedness and support future platforms, including unmanned systems.

India’s pursuit of hypersonic glide missiles, sixth-generation fighters, and advanced stealth aircraft reflects its determination to achieve technological self-reliance and maintain parity with global military powers.

The Committee’s recommendations underscore the urgency of fast-tracking these projects to secure India’s long-term strategic advantage.

Agencies

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