703: CHANGING CHARACTER OF CONFLICTS: CHALLENGES TO PEACE OPERATIONS AND INTERNATIONAL HUMANITARIAN LAW

 

My article was published in the July 2025  edition of the “Life of Soldier” journal.

 

The nature of armed conflicts has undergone profound transformations over the past century, reshaping the challenges faced by peace operations and the application of International Humanitarian Law (IHL). From the trench warfare of World War I to the hybrid and non-state conflicts of the 21st century, the evolving character of warfare has introduced complexities that strain traditional frameworks for peacekeeping, conflict resolution, and humanitarian protection. There is a need to explore the shifting dynamics of modern conflicts, their implications for peace operations, and the pressures they exert on IHL while highlighting the need for adaptive strategies to ensure effective responses to contemporary crises.

 

The Evolution of Conflict

Historically, conflicts were predominantly interstate wars, characterised by clear battle lines, state armies, and defined objectives, such as territorial conquest or ideological dominance. The two World Wars exemplified this model, with nations mobilising resources and populations for large-scale, conventional warfare. However, since the mid-20th century, the character of conflicts has shifted dramatically. Intrastate conflicts, insurgencies, and asymmetric warfare have become more prevalent, driven by ethnic, religious, or political grievances, often exacerbated by economic inequality or resource scarcity.

The rise of non-state actors, terrorist organisations, militias, and criminal networks has further complicated the landscape. Groups like ISIS, Boko Haram, or the Wagner Group operate outside traditional state structures, employing tactics that blur the lines between combatants and civilians. These actors often exploit ungoverned spaces, leveraging technology like drones or encrypted communications to amplify their impact. Additionally, hybrid warfare, combining conventional military operations with cyber attacks, disinformation campaigns, and economic coercion, has emerged as a hallmark of modern conflicts.

Urbanisation has also transformed conflict zones. By 2050, an estimated 68% of the global population will live in cities, making urban areas the epicenters of violence. Urban warfare, as witnessed in Aleppo, Mosul, or Gaza, involves complex environments where combatants and civilians coexist, increasing the risk of collateral damage and complicating military operations. Climate change further exacerbates these dynamics, fuelling resource-based conflicts over water, arable land, or energy, particularly in vulnerable regions like the Sahel or South Asia.

 

Challenges to Peace Operations

Peace operations, encompassing peacekeeping, peace building, and conflict prevention, have struggled to adapt to these evolving conflict dynamics. Traditionally, United Nations (UN) peacekeeping missions were designed for interstate conflicts, with mandates to monitor ceasefires or separate belligerents. However, modern missions, such as those in Mali (MINUSMA) or the Democratic Republic of Congo (MONUSCO), operate in environments without apparent peace, facing protracted insurgencies, fragmented armed groups, and weak state institutions.

Mandate and Capability Gaps. Contemporary peace operations often receive ambitious mandates, such as protecting civilians, supporting state-building, or countering terrorism, that exceed available resources and capabilities. For instance, the UN mission in South Sudan (UNMISS) has been tasked with protecting civilians amid ongoing violence. Yet, it lacks the mobility, intelligence, or firepower to deter well-armed militias effectively. The mismatch between mandates and means undermines mission credibility and exposes peacekeepers to attacks, as seen in the rising number of fatalities in Mali and the Central African Republic.

Peace Keeping to Peace Enforcement. Moreover, the principle of impartiality, a cornerstone of traditional peacekeeping, is increasingly untenable in asymmetric conflicts. When peacekeepers confront non-state actors who reject negotiated settlements, maintaining neutrality can appear complicit, alienating local populations or governments. Robust mandates, such as those authorising “all necessary means” to protect civilians, have pushed peacekeeping toward peace enforcement, blurring the line between neutral intervention and active combat.

Protection of Civilians. Protecting civilians in modern conflicts is a central challenge. Non-state actors frequently target civilians to sow fear or destabilise communities, as seen in Boko Haram’s attacks on schools or ISIS’s mass executions. Urban warfare compounds this issue, with densely populated areas becoming battlegrounds where distinguishing combatants from non-combatants is nearly impossible. Often underequipped and outnumbered, peacekeepers struggle to fulfil protection mandates, leading to criticism and loss of trust among local populations.

Weapons Proliferation. The proliferation of small arms and improvised explosive devices (IEDs) further complicates civilian protection. In Mali, IED attacks on peacekeepers and civilians have surged, with over 200 UN personnel killed since 2013. These tactics, combined with the use of human shields, erode the ability of peace operations to secure safe zones or deliver humanitarian aid.

Coordination and Local Engagement. Effective peace operations require coordination among diverse actors, UN agencies, and regional organisations like the African Union (AU), non-governmental organisations (NGOs), and local stakeholders. Yet, fragmented mandates and competing priorities often hinder collaboration. For example, in Somalia, the AU’s AMISOM mission has operated alongside UN support operations and bilateral counterterrorism efforts, leading to overlapping roles and inefficiencies.

Winning Trust. Engaging local communities is equally critical but challenging. Cultural misunderstandings, perceptions of foreign interference, or reliance on unrepresentative local elites can undermine mission legitimacy. In Haiti, the UN’s MINUSTAH mission (2004–2017) faced backlash after a cholera outbreak linked to peacekeepers, highlighting how operational missteps can erode trust.

Pressures on International Humanitarian Law. IHL, rooted in the Geneva Conventions of 1949 and their Additional Protocols, seeks to regulate armed conflicts by protecting civilians, prisoners, and wounded combatants while limiting the means and methods of warfare. However, the changing character of conflicts has exposed gaps in IHL’s application and enforcement, raising questions about its relevance in modern warfare.

Distinction and Proportionality. The principle of distinction requiring parties to differentiate between combatants and civilians is increasingly difficult to uphold. Non-state actors often operate without uniforms, blending into civilian populations or using civilian infrastructure for military purposes. In Gaza, Hamas’s use of tunnels beneath hospitals or schools has sparked debates over whether such sites lose their protected status under IHL. Similarly, state actors employing precision-guided munitions, as seen in U.S. drone strikes, face scrutiny over proportionality when civilian casualties occur despite targeted intentions.

Emerging Technologies. New technologies, drones, autonomous weapons, and cyber attacks pose unprecedented challenges to IHL. Drones, used extensively in Yemen and Ukraine, enable precise strikes but also facilitate extrajudicial killings or errors when intelligence is faulty. Autonomous weapons, still in development, raise questions about accountability: who is responsible when a machine decides to kill? IHL’s existing frameworks, designed for human decision-making, struggle to address these scenarios.

Cyber warfare. Cyber warfare further complicates IHL’s application. Attacks on critical infrastructure, like the 2020 cyber strike on Iran’s nuclear facilities, can disrupt civilian life without physical destruction, challenging traditional notions of “attack” under IHL. The absence of explicit norms for cyber operations leaves a regulatory void, risking escalation and civilian harm.

Accountability and Enforcement. Enforcing IHL remains a persistent challenge. The International Criminal Court (ICC) and ad hoc tribunals have prosecuted war crimes, but their reach is limited. Powerful states often shield themselves or allies from scrutiny, while non-state actors are challenging to prosecute due to their amorphous structures. For example, despite allegations of war crimes in Syria, including chemical weapons use, accountability has been stymied by geopolitical vetoes in the UN Security Council. The politicisation of humanitarian access exacerbates impunity. In Yemen, both Houthi rebels and the Saudi-led coalition have obstructed aid deliveries, violating IHL obligations to facilitate humanitarian relief. Such actions highlight the gap between legal norms and battlefield realities, undermining IHL’s credibility.

 

Adapting to the Future

Addressing the challenges posed by modern conflicts requires innovative approaches to peace operations and IHL. For peace operations, this means aligning mandates with realistic capabilities, investing in training and technology, and prioritising local engagement. Regional organisations, like the AU or ASEAN, can play a more significant role, leveraging their contextual knowledge to complement UN efforts. Partnerships with private sector actors, such as tech firms, could enhance intelligence-gathering or counter disinformation, though ethical risks must be managed.

For IHL, adaptation involves updating legal frameworks to address emerging technologies and hybrid threats. An international consensus on regulating autonomous weapons and cyber attacks is urgently needed, potentially through new protocols or treaties. Strengthening accountability mechanisms, such as hybrid tribunals or expanded ICC jurisdiction, could deter violations, while public advocacy and education can reinforce IHL’s normative power.

The need for prevention crosses both domains. Early warning systems, conflict-sensitive development, and climate adaptation can mitigate the root causes of violence, reducing the burden on peace operations and IHL. Though strained by great-power rivalries, multilateral cooperation remains essential to address global threats like terrorism or resource conflicts.

 

Conclusion

The changing character of conflicts, marked by non-state actors, urban warfare, hybrid tactics, and technological advancements, has profoundly challenged peace operations and International Humanitarian Law. Peacekeeping missions grapple with unrealistic mandates, civilian protection failures, and coordination gaps, while IHL struggles to regulate new forms of warfare and ensure accountability. Yet, these challenges also present opportunities for reform. By aligning resources with goals, embracing innovation, and fostering global cooperation, the international community can strengthen its ability to manage conflicts and uphold humanitarian principles. In an era of uncertainty, the resilience of peace operations and IHL will depend on their capacity to evolve alongside the conflicts they seek to address, ensuring that the pursuit of peace and justice remains a cornerstone of global order.

 

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Information and data included in the blog are for educational & non-commercial purposes only and have been carefully adapted, excerpted, or edited from reliable and accurate sources. All copyrighted material belongs to respective owners and is provided only for wider dissemination.

 

 

References:-

  1. International Committee of the Red Cross (ICRC). International Humanitarian Law and the Challenges of Contemporary Armed Conflicts. ICRC Report, 2019.
  1. United Nations. A New Agenda for Peace: Preventing Conflict, Building Peace, and Strengthening Multilateralism. UN Report, 2023.
  1. Geneva Academy. Rules of Engagement: Protecting Civilians in Peacekeeping Operations. Geneva Academy Report, 2022.
  1. Stockholm International Peace Research Institute (SIPRI). Peace Operations and Conflict Management Report 2023. SIPRI Report, 2023.
  1. Bellamy, Alex J., and Paul D. Williams. Understanding Peacekeeping. Polity Press, 3rd ed., 2021.
  1. Karlsrud, John. The UN at War: Peace Operations in a New Era of Conflict. Palgrave Macmillan, 2017.
  1. Hultman, Lisa, Jacob Kathman, and Megan Shannon. “United Nations Peacekeeping Dynamics and the Duration of Post-Civil War Peace.” International Studies Quarterly, vol. 60, no. 2, 2016, pp. 229-244.
  1. Autesserre, Séverine. Peaceland: Conflict Resolution and the Everyday Politics of International Intervention. Cambridge University Press, 2014.
  1. Schmitt, Michael N., ed. Tallinn Manual on the International Law Applicable to Cyber Warfare. Cambridge University Press, 2013.
  1. Kilcullen, David. Out of the Mountains: The Coming Age of the Urban Guerrilla. Oxford University Press, 2013.
  1. Kaldor, Mary. New and Old Wars: Organized Violence in a Global Era. Stanford University Press, 2012.
  1. Hoffman, Frank G. “Hybrid Warfare and Challenges to International Law.” Naval War College Review, vol. 64, no. 4, 2011, pp. 29-50.

701: A NEW CHALLENGE: CHINA’S NON-NUCLEAR HYDROGEN BOMB

 

 My Article was published on “The EurasianTimes” website on 12 Jul 25.

 

In April 2025, Chinese researchers made a significant breakthrough in military technology. They successfully tested a non-nuclear hydrogen-based explosive device, a creation of the 705 Research Institute of the China State Shipbuilding Corporation (CSSC). This innovative weapon, which uses magnesium hydride to produce a fireball several times longer than a comparable TNT explosion, is a departure from traditional hydrogen bombs that rely on nuclear fusion. Instead, it employs a chemical reaction to release hydrogen gas, igniting a sustained inferno without radioactive fallout. Initially designed for clean energy applications, this technology’s pivot to military use has sparked global intrigue and concern. Detailed in a paper in the Journal of Projectiles, Rockets, Missiles and Guidance and reported by the South China Morning Post, this development signals a potential shift in modern warfare, raising questions about its strategic, ethical, and geopolitical implications.

 

The Technology Enabling the Device

At the heart of the device is magnesium hydride (MgH₂). This compound has been extensively studied for its potential in hydrogen storage due to its ability to release hydrogen gas upon heating. The explosive exploits this property by using a controlled chemical reaction to generate and ignite hydrogen gas, creating a fireball that exceeds 1,000°C in temperature and lasts over two seconds. This is 15 times longer than the thermal output of a traditional TNT-based explosive of comparable size. What distinguishes this explosive is its non-nuclear composition. Unlike thermonuclear hydrogen bombs that use nuclear fusion to generate devastating power and radiation, this device relies purely on chemical reactions. This enables intense thermal effects without the political and environmental consequences associated with nuclear weapons.

The sustained heat, lasting over two seconds compared to TNT’s fleeting 0.12-second flash, allows for extensive thermal damage across vast areas. According to CSSC scientist Wang Xuefeng, who led the research, “Hydrogen gas explosions ignite with minimal ignition energy, have a broad explosion range, and unleash flames that race outward rapidly while spreading widely.” This combination enables precise control over blast intensity, making the device suitable for both large-area thermal strikes and targeted attacks on high-value assets, such as communication hubs or fuel depots.

A significant barrier to the practical use of magnesium hydride has been its production. The material’s high reactivity poses risks of spontaneous combustion when exposed to air, historically limiting output to mere grams per day in controlled laboratory settings. However, a breakthrough in 2025 has changed this landscape. A new facility in Shaanxi province, operated by the Dalian Institute of Chemical Physics, now produces 150 tonnes of magnesium hydride annually using a “one-pot synthesis” method. This safer, cost-effective process has overcome previous manufacturing challenges, enabling large-scale production and paving the way for both military and civilian applications. The ability to produce magnesium hydride at such volumes underscores China’s commitment to integrating this technology into its defence strategy.

 

Strategic Implications of the Device

The CSSC’s 705 Research Institute, renowned for its expertise in underwater weapons such as torpedoes and unmanned underwater vehicles (UUVs), has positioned this device as a versatile tool for modern warfare. Its compact size and lightweight nature make it ideal for integration into various platforms, including drones, precision-guided munitions, and naval systems. Potential applications include the following:-

 

    • Precision Thermal Strikes. The device’s prolonged fireball can incinerate logistics hubs, radar installations, or infantry formations, offering tactical flexibility in asymmetric conflicts. Its heat, capable of melting metals, could disable critical infrastructure without the widespread destruction of nuclear weapons.
    • Area Denial. The sustained thermal effects could create temporary “no-go zones,” denying the enemy access to key routes, disrupting supply lines and communication. It may also serve as a deterrent due to its psychological impact.
    • Naval Warfare. Integrated into torpedoes or UUVs, the device could deliver devastating heat-based damage to enemy vessels, potentially melting hulls or igniting fuel stores without nuclear fallout. This makes it a strategic asset for maritime dominance.

The device’s non-nuclear nature is a key advantage, as it avoids violating international nuclear treaties while delivering effects comparable to thermobaric weapons, which disperse fuel-air mixtures to create prolonged explosions. Compared to Russia’s TOS-1A “Buratino” rocket launcher, which relies on bulky delivery systems, the Chinese device’s compact design allows deployment via smaller platforms, enhancing its versatility.

 

Analytical Perspective.

Geopolitical Context. The timing of this test, amid escalating tensions with Taiwan, has amplified global concerns. China’s military modernisation and increased military spending reflect its focus on advanced technologies to assert regional dominance. The South China Morning Post suggests the device could be used in a Taiwan conflict to target underground defences or urban strongholds, drawing parallels to the U.S. Massive Ordnance Air Blast (MOAB) weapon’s psychological and tactical impact. By delivering sustained heat to fortified positions, the device could disrupt command centers or incapacitate personnel, potentially shifting the balance in urban warfare scenarios.

Dual Use Approach. The development of the device also aligns with China’s broader strategy of integrating clean energy technologies into its military framework. Magnesium hydride’s potential as a fuel source for submarines or long-endurance drones suggests a dual-use approach, blending civilian innovation with defence applications.

Legal Aspects. The emergence of this technology also presents new challenges for international arms control and humanitarian law. Because the explosive is not nuclear, it may fall outside existing treaties, such as the Treaty on the Non-Proliferation of Nuclear Weapons (NPT) or the Comprehensive Nuclear-Test-Ban Treaty (CTBT). This legal grey area could allow countries to develop and deploy such weapons without violating current international norms.

Ethical and Humanitarian Concerns. While the device avoids nuclear fallout, its similarity to thermobaric weapons raises ethical and legal questions. Thermobaric weapons, known for their devastating effects in urban environments, have faced criticism for causing indiscriminate harm, including severe internal injuries and oxygen depletion. The magnesium hydride device’s ability to produce prolonged, high-temperature fireballs could exacerbate these concerns, particularly if deployed in densely populated areas. Analysts warn that its use in conflicts could spark debates over battlefield ethics, especially given its potential to “fry electronics, melt armour, or torch an area for denial purposes.”

Global Reactions. The international community has reacted with apprehension. The U.S., already bolstering Taiwan’s defences, may view this as a challenge to its regional influence, potentially accelerating the arms race in the Indo-Pacific. Meanwhile, China’s ability to scale up magnesium hydride production suggests that this technology could soon transition from experimental to operational, potentially reshaping military strategies worldwide.

 

Conclusion

China’s April 2025 test of a magnesium hydride-based explosive marks a critical juncture in military technology. Offering intense, sustained thermal effects without the liabilities of nuclear fallout, this new class of weaponry could redefine how nations conduct precision strikes and deter adversaries. While developed from clean energy research, its adaptation for warfare reveals the dual-use nature of modern scientific advancement. As this technology matures and potentially spreads, it may usher in a new era of warfare, one where energy science meets battlefield strategy, and where the line between conventional and unconventional weapons becomes increasingly blurred.

 

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Not Nuclear Or TNT, China’s H-Bomb May Spark Global Firestorm; Here’s Why It’s Much More Destructive

 

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Disclaimer:

Information and data included in the blog are for educational & non-commercial purposes only and have been carefully adapted, excerpted, or edited from reliable and accurate sources. All copyrighted material belongs to respective owners and is provided only for wider dissemination.

References:-

Wang, Xuefeng, et al. “Development and Testing of a Non-Nuclear Hydrogen-Based Explosive Device Using Magnesium Hydride.” Journal of Projectiles, Rockets, Missiles and Guidance, vol. 45, no. 2, April 2025, pp. 123-130.

  1. “China Tests New Hydrogen-Based Explosive with Prolonged Thermal Effects.” South China Morning Post, 15 April 2025,
  1. China State Shipbuilding Corporation. “Annual Report on Research and Development: 705 Research Institute.” CSSC, 2025.
  1. Dalian Institute of Chemical Physics. “Breakthrough in Magnesium Hydride Production for Energy and Defence Applications.” Chinese Academy of Sciences, 10 March 2025,
  1. “China’s Defence Budget Rises to USD 249 Billion in 2025.” Global Times, 5 March 2025, www.globaltimes.cn/page/202503/1304567.shtml.
  1. Journal of Projectiles, Rockets, Missiles and Guidance. (2025). Performance analysis of a hydrogen-based thermal explosive using magnesium hydride.
  2. Li, H., & Zhao, Q. (2024). Dual-use technologies and military innovation in China. Journal of Strategic Studies, 38(2), 98–117.
  1. International Committee of the Red Cross (ICRC). (2021). Incendiary weapons and international humanitarian law.
  1. United Nations Office for Disarmament Affairs (UNODA). (2020). Treaty on the Non-Proliferation of Nuclear Weapons (NPT) and implications for non-nuclear weapon innovations.

700: INDIA EYES AIR-LAUNCHED LORA MISSILE: TO ENHANCE LONG-RANGE PRECISION CAPABILITY

 

My article published on “The EurasianTimes” website on 10 Jul 25

 

Recent news reports suggest that the Indian Air Force (IAF) is considering the acquisition of the Israeli Air-Launched Long-Range Artillery (LORA) missile. The interest in AIR LORA, reported in early July 2025, follows the IAF’s successful deployment of the Rampage missile during Operation Sindoor in May 2025, which underscored the need for advanced stand-off weapons capable of penetrating sophisticated enemy air defences.

Designed by Israel Aerospace Industries (IAI), Air LORA, which can strike targets up to 400–430 kilometers away, would enable Indian combat aircraft to launch high-impact strikes from well beyond the range of most enemy air defence systems. This capability is crucial for maintaining safety while degrading enemy targets within hostile territory.

 

The AIR LORA Missile: Capabilities and Specifications

Air LORA is not just a rehashed missile placed under a jet’s wing. It represents a marriage of ballistic missile technology and air-launched precision warfare. It is a quasi-ballistic missile that follows a depressed trajectory compared to traditional ballistic missiles. This makes it harder to intercept and allows for greater flexibility in targeting. One of its most attractive features is its fire-and-forget capability, which enables a pilot to disengage immediately after launch. Additionally, the missile can receive mid-course updates, allowing operators to redirect it mid-flight, a significant advantage in dynamic combat situations.

The AIR LORA, a derivative of the ground-launched Long-Range Artillery (LORA) missile, is a supersonic air-launched ballistic missile designed to deliver precision strikes against high-value targets at extended ranges. Its Key features include:-

      • Range: 400–430 kilometers.
      • Speed: Supersonic, travelling at approximately Mach 5.
      • Accuracy: Circular Error Probable (CEP) of less than 10 meters.
      • Warheads: Both blast-fragmentation and deep-penetration types, with a total weight of up to 570 kilograms.
      • Weight and Dimensions: 1,600 kg total missile weight; 5.2 meters in length.

The missile’s navigation system relies on a combination of GPS and Inertial Navigation System (INS), augmented by anti-jamming technology to ensure accuracy even in contested environments. Unlike some precision-guided munitions that require active seekers, AIR LORA’s seeker-less design reduces complexity and cost while maintaining a high degree of accuracy. It can be equipped with either blast fragmentation or deep-penetration warheads, making it versatile for targeting a range of assets, from airbases and command centers to naval vessels and hardened bunkers.

 

Analytical Perspective

Deep-Strike Capability. With the LORA missile integrated into its air combat platforms, India could reach deep into enemy territory without entering contested airspace. Targets that would traditionally require multi-aircraft sorties or high-risk approaches could be neutralised with a single long-range missile fired from safe standoff distances. This capability is particularly significant given India’s border challenges. Being able to strike enemy military infrastructure from Indian airspace would drastically reduce operational risks and improve the tempo of offensive operations.

Flexibility. The missile is compatible with several IAF platforms. This cross-platform flexibility means the IAF could potentially integrate the system into multiple platforms, ensuring distributed lethality and redundancy across its fleet. A single Su-30 MKI can carry up to four AIR LORA missiles, enabling a single sortie to deliver devastating strikes against multiple targets.

Complementing India’s Missile Arsenal. India already possesses an array of precision-guided long-range strike systems, such as BrahMos (Supersonic cruise missile with 300–500 km range), SCALP-EG (Used with Rafale, range of ~500 km), Pralay (Short-range ballistic missile (~500 km), and Rampage (Air-to-ground missile used successfully in recent operations). Air LORA would not replace these systems but augment them, filling a critical capability gap, specifically in air-launched ballistic precision strikes.

Industrial Impact. One of the defining features of this potential procurement is the Make in India element. IAI and Bharat Electronics Limited (BEL) signed a Memorandum of Understanding (MoU) in 2023 for joint production and technology transfer related to LORA and other defence systems. This partnership not only facilitates technology transfer but also positions India as a potential exporter of advanced missile systems in the future. If the Air LORA deal moves forward, it could be manufactured in India under license, aligning with the country’s goals of defence indigenisation and strategic autonomy. Local production of AIR LORA could reduce costs, enhance supply chain resilience, and create jobs, further boosting India’s defence manufacturing ecosystem.

Cost Effectiveness. The estimated unit cost of Air LORA ranges from $1 1million to $5 million, depending on the configuration and payload. While not inexpensive, it is competitively priced compared to similar long-range missile systems, particularly when factoring in its precision and survivability.

Challenges and Concerns. Air LORA marks a significant advancement in capability, but it faces certain operational and logistical hurdles. Integrating and testing it on Indian platforms will demand extensive flight trials. Its resistance to electronic warfare and survivability in contested environments still need thorough evaluation. Additionally, its cost-effectiveness compared to other indigenous systems, such as BrahMos or the developing Long-Range Land-Attack Cruise Missile (LRLACM), warrants careful consideration. Despite these challenges, Air LORA’s operational advantages appear to outweigh the potential risks.

 

Conclusion

With its range, speed, and accuracy, Air LORA is not just another missile; it is a tool for deterrence, rapid escalation dominance, and strategic messaging. India is exploring the LORA (Long-Range Artillery) missile to complement its BrahMos missile, thereby enhancing its strategic and tactical capabilities. Unlike BrahMos, a supersonic cruise missile with a low-altitude, high-speed trajectory, LORA is a quasi-ballistic missile with a lofted trajectory, offering greater flexibility in targeting and evading defences. LORA’s lower cost makes it an economical option for mass deployment. It has potential for export under India’s “Make in India” initiative, thereby fostering domestic production and enhancing global market competitiveness. Additionally, LORA’s larger payload capacity enables it to deliver heavier warheads, increasing its destructive power. Integrating LORA into Indian Air Force jets diversifies the missile arsenal, providing a versatile, high-impact option for various combat scenarios. This strategic addition would strengthen India’s defence capabilities, ensuring a balanced mix of speed, cost-efficiency, and firepower alongside BrahMos. The potential induction of the air-launched LORA missile into India’s arsenal could significantly enhance its strategic depth and offensive precision.

 

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Despite BrahMos, India Explores LORA Missile For Its Fighters Like Su-30 MKI; Why LORA When IAF Has BrahMos?

 

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To all the online sites and channels.

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Disclaimer:

Information and data included in the blog are for educational & non-commercial purposes only and have been carefully adapted, excerpted, or edited from reliable and accurate sources. All copyrighted material belongs to respective owners and is provided only for wider dissemination.

 

References:-

  1. “Indian Air Force Eyes Israeli Air LORA Ballistic Missile for Enhanced Strike Capabilities: Report.” Moneycontrol, 4 July 2025.
  1. “India Eyes Israeli Air LORA Missile After Rampage Strikes: Deep-Strike Capability Gets Boost.” Defence Security Asia, 4 July 2025.
  1. “IAF Plans Supersonic Firepower Upgrade: Eyes Israeli Air LORA Missile after Rampage Success.” The Times of India, 3 July 2025.
  1. “IAF Eyes Supersonic LORA Missiles from Israel to Hit High-Value Targets Deep Inside Enemy Territory.” The Economic Times, 5 July 2025.
  1. “What Are Game-Changer Air LORA Missiles? Report Claims Indian Air Force Planning to Procure These from Israel.” The Week, 3 July 2025.
  1. Indian Defence Review. (2025). Regional Security Dynamics and India’s Missile Capabilities.
  1. Israel Aerospace Industries. (2025). LORA missile system: Technical specifications.
  1. Swarajya Magazine. (2025, July). IAF wants Israel’s AIR LORA missile after the Rampage missile’s success in Operation Sindoor against Pakistan.
  1. The Print (2025, July). Indo-Israeli defence ties bolstered by talks on the AIR LORA missile deal.
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