Induction. In the late 1970s, the Indian Air Force acquired the SEPECAT Jaguar (Shamsher) to enhance its strike capabilities. The aircraft was selected for its deep penetration and all-weather ground attack capabilities. Initially, the aircraft were imported from the UK, followed by licensed production by Hindustan Aeronautics Limited (HAL). The Jaguar program began India’s long-standing defence collaboration with Western countries, particularly in licensed production and technology transfer.
Operational Deployments. Over four decades, Jaguars have been reliable, versatile workhorses for the IAF, excelling in deep-penetration missions and complex strike operations.
Operation Meghdoot (1984). Jaguars used their altitude-adapted navigation and strike systems to play a critical role in securing India’s position in the Siachen Glacier conflict.
Operation Poomalai (1987). Deployed in the Indian Peace Keeping Force (IPKF) mission over Sri Lanka, showcasing their capability in maritime strikes.
Kargil War (1999). Jaguar aircraft played a significant role in reconnaissance and high-altitude precision targeting support.
Modernisation
Avionics. The DARIN (Display Attack Ranging Inertial Navigation) system was progressively upgraded to DARIN II and later to DARIN III, transforming the aircraft into a modern combat platform with digital cockpit systems, advanced navigation, and precision-guided weapon integration.
Weapons. The aircraft has been equipped with smart weapons, Precision-Guided Munitions (PGMs), anti-ship missiles, and cluster bombs to adapt to diverse combat scenarios.
Future Prospects. The IAF has extended the operational life of the Jaguars with mid-life upgrades, including modern EW suites, radar warning receivers (RWRs), smart weapons, and avionics and survivability systems. Despite ageing, modernisation has ensured that Jaguars remain a cost-effective strike option, complementing newer fighter jets in India’s inventory.
The Jaguar’s journey in the IAF showcases a story of adaptation, resilience, and strategic significance, making it one of the most enduring aircraft in Indian service.
Relevance of Bomber Aircraft In Contemporary Air Warfare
Despite the evolution of air combat with advanced fighter jets, unmanned aerial vehicles (UAVs), and precision-guided munitions (PGMs), bomber aircraft remain highly relevant in modern air warfare due to their unique capabilities and strategic significance.
Strategic Deterrence. Bombers provide unmatched range and payload, enabling deep strikes into enemy territory without refuelling.
Nuclear Capability. Bombers are a critical component of a country’s nuclear triad, capable of delivering nuclear weapons with high flexibility.
Conventional Warfare Versatility. Bombers can carry large quantities of ordnance, including precision-guided weapons stand-off, cluster munitions, and hypersonic weapons, making them effective in large-scale operations. Bombers can perform various tasks like strategic bombing, long-range strikes, anti-ship roles, and maritime patrol, which adds to their operational versatility.
Power Projection. Bombers are instrumental in power projection, allowing countries to demonstrate military strength without ground troop deployment. Regular flyovers and patrol missions in contested areas deter adversaries and reassure allies.
Psychological Impact. Bombers’ presence in conflict zones is a psychological weapon, demoralising enemy forces due to their destructive potential.
Hypersonic Weapons Carriers. Future bombers are designed to carry hypersonic missiles, offering a rapid, hard-to-intercept strike option against time-sensitive targets.
Limitations and Challenges
High Operational Costs. Maintenance and operational costs are significant.
Vulnerability in High-Threat Environments. Despite advancements in stealth and electronic warfare, bombers remain vulnerable to advanced air defence systems if not supported by escort fighters and suppression of enemy air defences (SEAD) missions.
While the battlefield is evolving with drones and fighters, bomber aircraft retain their strategic importance due to their ability to deliver overwhelming firepower, conduct long-range precision strikes, and serve as critical deterrents. Integrating stealth, hypersonic weapons, and network-centric operations ensures their continued relevance in modern warfare for decades.
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My Article published on the Indus International Research Foundation
on 06 Dec 24.
As nations increasingly recognise the strategic importance of space, the implications of space-based technologies and strategies for future warfare have come into sharp focus. The militarisation of space has evolved from a speculative concern to a pressing reality, with countries investing heavily in capabilities that leverage space for national security and military advantage. This article explores the implications of space-based technologies and strategies for future warfare, examining their potential impact on military operations, geopolitical dynamics, and international security to illuminate the challenges and opportunities presented by the rise of space in the defence landscape.
Evolution of Space-based Military Capabilities. Military interest in space can be traced back to the Cold War when the United States and the Soviet Union recognised the strategic advantages that space capabilities could confer. The launch of Sputnik in 1957 marked the beginning of the space race, leading to significant advancements in satellite technology, reconnaissance, and missile defence systems. In the decades since, space has become integral to military operations. Satellite systems provide crucial communication, navigation, reconnaissance, and surveillance support. For example, the Global Positioning System (GPS) has revolutionised military navigation and targeting capabilities, enabling precision strikes and enhancing situational awareness on the battlefield.
Recent Developments. In recent years, the pace of technological advancements in space has accelerated dramatically. Emerging technologies such as miniaturised satellites, space-based sensors, and the potential for its weaponisation are reshaping the strategic landscape. Notably, the rise of commercial space ventures has democratised access to space, allowing non-state actors to contribute to military capabilities. The future of warfare will be defined by the ability to operate seamlessly across domains, including space. This underscores the growing importance of space in contemporary military strategy.
Strategic Implications of Space-based Technologies
Pic Courtesy Net
“The ability to see through clouds and darkness allows for persistent surveillance that can transform battlefield dynamics”.
– Dr Peter Hays, a space policy expert
Enhanced Intelligence, Surveillance, and Reconnaissance (ISR). Space-based technologies significantly enhance a military’s ability to gather intelligence, conduct surveillance, and perform reconnaissance. Satellites with advanced sensors can provide real-time data on enemy movements, infrastructure, and operational capabilities. For instance, the U.S. military’s use of the National Reconnaissance Office (NRO) satellites during the Iraq War exemplified the impact of space-based ISR capabilities. These satellites provided critical intelligence that informed tactical decisions, contributing to the success of operations. Moreover, emerging technologies such as synthetic aperture radar (SAR) enable all-weather surveillance, further enhancing the effectiveness of ISR missions.
Space-based Navigation and Timing. Navigation and timing capabilities provided by space assets are essential for modern military operations. Initially developed for military applications, GPS technology is now a cornerstone of military operations worldwide. Accurate positioning allows for effective force coordination, precision targeting, and enhanced logistical operations. In conflicts such as the Gulf War and the War in Afghanistan, GPS-guided munitions have played a pivotal role in achieving tactical objectives with minimal collateral damage. However, reliance on space-based navigation systems also introduces vulnerabilities. Adversaries can employ jamming or spoofing techniques to disrupt GPS signals, potentially crippling military operations. The need for redundancy in navigation systems and the development of alternative technologies is becoming increasingly vital.
Space-based Communication. Satellite-enabled communication systems facilitate real-time information exchange among military units, command centers, and allied forces. Secure, reliable communication is essential for effective coordination and decision-making in modern warfare. Satellite communication (SATCOM) systems have become ubiquitous in military operations, enabling troops in remote areas to maintain contact with command and control centers. However, increasing reliance on satellite communication raises concerns about cyber threats and electronic warfare vulnerabilities.
Potential for Space-based Weapons. The prospect of weaponising space has generated significant debate among military strategists and policymakers. While the Outer Space Treaty of 1967 prohibits the placement of nuclear weapons in space, the development of conventional weapons systems designed to operate in or from space raises ethical and strategic concerns. Various concepts for space-based weapons are being explored, including missile defence systems and directed energy weapons. The Strategic Defence Initiative (SDI) proposed during the Reagan administration exemplifies the historical interest in space-based defence systems. Moreover, China and Russia are actively pursuing anti-satellite (ASAT) weapons capable of targeting and neutralising enemy satellites. The potential for space-based weapons creates a new dimension of conflict, where controlling space assets becomes a critical strategic objective.
Geopolitical Dynamics and Space-based Warfare
Pic Courtesy Net
Space as a Theatre of Conflict. The increasing militarisation of space has transformed it into a potential theatre of conflict. Nations recognise that control of space assets can significantly influence the outcome of terrestrial conflicts. The competition for dominance in space is not limited to traditional military powers; emerging space-faring nations are also seeking to establish their presence. India’s successful test of an ASAT weapon in 2019 demonstrated its growing capabilities in space warfare. The test raised concerns among regional adversaries.
Space Diplomacy and Treaties. Space becomes an arena for potential conflict, so the importance of diplomacy and international agreements cannot be overstated. Establishing norms and regulations governing space activities is critical to preventing escalation and ensuring responsible behaviour among nations. The Outer Space Treaty and the 1972 Anti-Ballistic Missile Treaty are examples of agreements promoting peace in space. However, as technological advancements evolve, there is a pressing need for updated frameworks that address contemporary challenges. Discussions around establishing a “Code of Conduct for Outer Space Activities” have gained traction recently. This initiative aims to promote responsible behaviour in space and prevent conflicts arising from misunderstandings or miscalculations.
Space Alliances and Partnerships. In evolving geopolitical dynamics, nations increasingly form alliances and partnerships to enhance their space capabilities. Collaborative efforts can improve technological development, share intelligence, and foster interoperability among allied forces. NASA’s establishment of the Artemis Accords in 2020 exemplifies this trend. The accords promote international cooperation in space exploration and outline principles for sustainable exploration of the Moon, Mars, and beyond. NASA Administrator Jim Bridenstine states, “We must work together to ensure that space is a peaceful domain for all humanity” (Bridenstine, 2020). Moreover, NATO has recognised the significance of space in collective defence strategies. The 2019 NATO Space Policy emphasises the need for member states to enhance their space capabilities and improve coordination in space operations (NATO, 2019). This commitment to collaboration underscores the understanding that space security is a shared responsibility.
Challenges and Risks Associated with Space-based Warfare
Space Debris and Collision Risks. As the number of satellites in orbit grows, the risk of space debris and collisions poses significant challenges. Collisions between satellites or debris can create catastrophic consequences, rendering space assets inoperable and potentially jeopardising military operations. The European Space Agency (ESA) estimates that over 34,000 pieces of debris larger than 10 centimeters are in orbit, with millions of smaller fragments posing threats to operational satellites. The risk of collisions not only threatens national security assets but also raises concerns about the sustainability of space activities.
Cyber Security Threats. As military reliance on space-based technologies increases, the vulnerability of these systems to cyber threats becomes a pressing concern. Cyber attacks can target ground control stations, communication links, and satellites themselves, undermining the integrity of space operations. In 2020, the Russian military conducted a cyber exercise simulating attacks on U.S. satellite systems, highlighting the potential for adversaries to disrupt critical space capabilities. Ensuring robust cyber security measures for space assets is essential to maintain operational readiness and protect sensitive information.
“We must avoid actions that could lead to an escalation in a domain where the stakes are incredibly high.”
– General John Raymond
Escalation and Miscalculation. The militarisation of space raises the risk of escalation and miscalculation in conflicts. As nations develop capabilities to target each other’s space assets, the potential for conflict increases. A misstep or misunderstanding could lead to unintended consequences and broader military confrontations. Diplomatic efforts to establish norms of behaviour and prevent escalation are critical in mitigating these risks.
Case Studies of Space-based Warfare Implications
The Gulf War and the Role of Satellites. The Gulf War (1990-1991) serves as a crucial case study in understanding the implications of space-based technologies in modern warfare. The U.S.-led coalition leveraged satellite intelligence, surveillance, and reconnaissance capabilities, significantly enhancing operational effectiveness. Satellite imagery allowed coalition forces to assess Iraqi troop movements, monitor logistics, and plan airstrikes with precision. The use of GPS-guided munitions further demonstrated the transformative impact of space technology on military operations. The ability to use satellites for real-time intelligence fundamentally changed the war’s course.
Ukraine Conflict and Space-based Surveillance. The ongoing conflict in Ukraine highlights the significance of space-based surveillance in contemporary warfare. Both Russia and Ukraine have utilised satellite technologies for reconnaissance and intelligence-gathering purposes. The use of commercial satellites for monitoring troop movements and assessing battlefield conditions has become increasingly prevalent. Moreover, the conflict underscores the vulnerabilities associated with space-based technologies. Russia’s reported jamming of GPS signals in contested areas raises concerns about the reliability of navigation systems for military operations.
China’s Space Ambitions and Military Modernisation. China’s rapid advancements in space capabilities have significant regional and global security implications. The country’s focus on developing anti-satellite weapons, satellite constellations, and manned space missions reflects its ambition to establish itself as a significant space power. China’s successful test of an ASAT weapon in 2021 demonstrated its growing capabilities to target and neutralise enemy satellites. China’s military modernisation efforts emphasise integrating space capabilities into its defence strategy.
The implications of space-based technologies and strategies for future warfare are profound and multifaceted. As nations invest in space capabilities, the strategic landscape is evolving, presenting opportunities and challenges. Enhanced intelligence, surveillance, and communication capabilities are transforming military operations, while the potential for space-based weapons raises ethical and strategic concerns. Geopolitical dynamics are shifting as nations vie for dominance in space, prompting discussions around treaties, alliances, and responsible behaviour. However, challenges such as space debris, cyber security threats, and the risks of escalation underscore the need for caution and international cooperation. As we look to the future, it is clear that space will play an increasingly pivotal role in shaping the nature of warfare. Acknowledging the complexities and responsibilities associated with space activities is essential for ensuring that space remains a domain for peaceful cooperation rather than conflict.
Bridenstine, J. (2020). NASA Administrator Jim Bridenstine on the Artemis Accords. NASA.
Department of Defense. (2021). Annual Report to Congress: Military and Security Developments Involving the People’s Republic of China 2021. Retrieved from defense.gov.
Department of Defense. (2022). National Defense Strategy. Retrieved from defense.gov.
European Union. (2020). The EU Space Strategy for Security and Defence. Retrieved from europa.eu.
Fedorov, M. (2022). Vice Prime Minister of Ukraine on Satellite Imagery. Ukrinform.
Friedman, G. (2020). The Future of Warfare: China, Russia, and the New Space Race. Geopolitical Futures.
Ghosh, A. (2019). India’s ASAT Test: Implications for National Security. The Diplomat.
Hays, P. (2021). The Future of Space Operations: Technology and Strategy. Air & Space Power Journal.
Moseley, T. M. (1992). The Air Campaign in the Gulf War. Air Force Historical Studies Office.
NATO. (2019). NATO Space Policy. Retrieved from nato.int.
Raymond, J. W. (2020). Chief of Space Operations on the Future of Space Warfare. U.S. Space Force.
U.S. National Reconnaissance Office. (2021). NRO Support to Military Operations. Retrieved from nro.gov.
U.S. Space Command. (2020). Threats to U.S. Space Assets. Retrieved from spacecom.mil.
Waugh, W. (2021). Space Debris: A Growing Concern for National Security. Space Policy Journal.
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.
My article published in the News Analytics Journal (Dec 24)
Maritime aviation refers to using military aircraft by naval forces to extend their reach and effectiveness in maritime operations. It encompasses various roles and responsibilities, including reconnaissance, air defence, anti-submarine warfare, strike missions, and search & rescue. Naval aviation is crucial in maintaining a nation’s maritime security and projecting power over the seas. Aircraft Carriers are large warships equipped with a flight deck for on-board aircraft. They are mobile airbases, allowing navies to project air power far from their home bases. The carrier-based aircraft are specially designed to operate from the deck of an aircraft carrier. They include fighters, bombers, early warning aircraft, and helicopters.
Employment of Carrier-Based Airpower. Carrier-based airpower has been pivotal for nations to project strength, maintain regional stability, and respond to crises worldwide. With their unique mobility, flexibility, and force projection capabilities, aircraft carriers allow them to exert influence across vast oceans and landmasses, often far from their borders. Carrier-based airpower enables nations to demonstrate strength and exert control in distant regions without relying on foreign bases. Carrier-based airpower serves as a powerful deterrent. The mere presence of an aircraft carrier near a crisis area signals a readiness to escalate, which can compel adversaries to negotiate or de-escalate tensions. By deploying carriers to allied nations or engaging in joint naval exercises, Maritime powers reassure allies of their commitment to regional stability.
Distinctive Features of Carrier-Based Fighter Aircraft. Carrier-based fighter aircraft have unique design features and operational capabilities that enable them to operate from aircraft carriers’ limited space and moving platforms. These fighter aircraft are typically equipped with catapult hooks for rapid acceleration on take-off, allowing them to reach flying speed in a short runway distance. Some also have vertical or short take-off capabilities, like the F-35B’s STOVL (Short Take-Off and Vertical Landing) technology, enabling them to launch from carriers without catapult systems. Landing on a moving carrier requires extreme precision. Carrier fighters are equipped with a tail hook that catches on arrestor cables on the deck, allowing them to decelerate from high speeds to a complete stop in a very short distance. Carrier landings are much harder than land-based landings. Carrier-based fighters have rugged, reinforced landing gear and overall structural durability to withstand these impacts. Carrier space is at a premium, so many carrier-based fighters, like the F/A-18 Hornet, have foldable wings. This design allows more aircraft to be stored and manoeuvred on the carrier deck and hangar spaces, optimising space usage. Operating at sea, especially in saltwater environments, can lead to high corrosion levels. Carrier fighters are designed with corrosion-resistant materials and coatings to withstand harsh, moist, and salty conditions.
Carrier-Based Airpower Capability of the Indian Navy
The Indian Navy’s carrier-based airpower is critical to its maritime strength and regional influence. Focusing on enhancing blue-water capabilities and ensuring security in the Indian Ocean Region (IOR), the Indian Navy’s aircraft carriers and aircraft enable India to project power, conduct rapid-response missions, and engage in multilateral operations.
INS Vikramaditya and INS Vikrant. INS Vikramaditya is India’s flagship carrier. It is a modified Kiev-class carrier acquired from Russia and commissioned in 2013. It is a STOVL (Short Take-Off but Arrested Recovery) platform, primarily operating MiG-29K fighters. INS Vikrant (IAC-1), India’s first indigenously designed and built aircraft carrier, was commissioned in 2022. It’s also a STOVL carrier and can operate a similar air wing as Vikramaditya, enhancing operational flexibility and redundancy. The aircraft carriers are equipped to operate in the Indian Ocean and project power into nearby strategic areas, especially along vital maritime chokepoints like the Strait of Malacca.
MiG-29K Fighter Jets. The MiG-29K is the Indian Navy’s primary carrier-based fighter. It is capable of both air-to-air and air-to-ground roles. It is a multirole fighter with advanced avionics, sensors, and a range of air-to-air and air-to-surface missiles. The MiG-29Ks offer versatility for various missions, including interception, strike, reconnaissance, and anti-ship warfare. They are well-suited for the maritime environment and equipped with radar and infrared tracking for air combat. The Indian Navy is considering the Rafale M, the carrier-based version of the Rafale, to supplement or replace the MiG-29K soon. The Rafale M is a multirole fighter with air superiority, deep strike, and maritime strike capabilities. It would add significant combat capability to the fleet if procured.
Rotary-Wing Capabilities. Indian Navy carriers and other ships also host a variety of helicopters that support a range of missions, from anti-submarine warfare (ASW) and search and rescue (SAR) to logistics and airborne early warning (AEW). Kamov Ka-31 helicopters are equipped for airborne early warning, providing surveillance and monitoring against aerial threats and helping to enhance the carrier group’s situational awareness. MH-60R Seahawk helicopters, recently acquired from the U.S., bring advanced ASW capabilities. These are equipped with sophisticated sensors, sonobuoys, and torpedoes to counter submarine threats, a critical role given the growing presence of submarines in the Indian Ocean.
Roles and Tasks. Carrier-based airpower allows the Indian Navy to control access to the Indian Ocean and deter hostile forces. Carrier-based aircraft and ship-borne helicopters can cover vast maritime areas, targeting enemy ships and submarines. The MiG-29Ks, equipped with anti-ship missiles and precision-guided munitions, enhance India’s offensive capabilities, allowing the Indian Navy to engage adversaries over the horizon. Carrier-based airpower allows for sustained surveillance over the Indian Ocean, a vast area monitored to counter piracy, terrorism, and unauthorised military activities. Carrier-based fighters are vital in defending the Indian fleet from aerial threats. The MiG-29K fighters, equipped with BVR (Beyond Visual Range) missiles, enhance fleet air defence capabilities and provide aerial cover for Indian naval assets, ensuring protection against hostile aircraft and missiles. These assets also support broader naval operations, including protecting shipping lanes, conducting interdictions, and supporting amphibious operations. Indian carriers have proven useful in disaster response and humanitarian missions. Their helicopters can quickly reach affected areas, delivering supplies, medical assistance, and evacuation support. This capability strengthens India’s ability to provide aid in the IOR, reinforcing regional influence and goodwill, which aligns with India’s role as a “net security provider” in the region. The Indian Navy participates in exercises like Malabar with the U.S., Japan, and Australia, using its carriers to enhance interoperability with friendly navies. This strengthens India’s operational experience and integration with regional powers, reinforcing maritime security in the Indo-Pacific. These exercises also demonstrate India’s carrier capabilities and readiness, sending a strategic message to potential adversaries in the region.
Harnessing Ship-borne Airpower as A Game-Changing Force Multiplier in Future
Future Developments in Indian Carrier-Based Airpower. India is planning another indigenous aircraft carrier (IAC-2) with advanced technologies, which would enable the use of heavier aircraft, potentially including UAVs and AWACS systems, and support greater operational flexibility. India is also developing the Twin-Engine Deck-Based Fighter (TEDBF) to replace the MiG-29K eventually. HAL and the Aeronautical Development Agency (ADA) are developing this indigenous fighter to meet future carrier-based combat requirements. The Indian Navy is also exploring the integration of UAVs for ISR and strike missions from carriers, enhancing reconnaissance capabilities and operational reach. The Indian Navy can transform its carrier-based airpower into a game-changing force multiplier by focusing on strategic and operational enhancements, technological modernisation, and optimised doctrines.
Enhanced Blue-Water Capability and Persistent Maritime Presence. By deploying carriers in critical chokepoints and key maritime zones, the Indian Navy can strengthen its presence in the Indian Ocean Region (IOR) and South Asia, deterring hostile actions and reassuring allies. Consistent patrols and joint exercises with regional navies would signal India’s ability to respond to regional crises and project sustained influence, ensuring greater security across the IOR.
Force Multiplication through Joint and Network-Centric Operations. Integrating carrier-based assets with air and ground forces would enable seamless joint operations. This integration would allow carrier-based fighters to coordinate with land-based assets in maritime interdiction and rapid strike missions. A network-centric approach, with shared real-time intelligence and a secure data link, would enable Indian Navy carriers to act as floating command centers, coordinating strikes, reconnaissance, and ASW operations across a dispersed battle space.
Bolstering Anti-Submarine Warfare (ASW) Capabilities. With rising submarine activities in the Indian Ocean, robust ASW capabilities are crucial. Enhanced ASW capabilities can be achieved by expanding the fleet of ASW Helicopters equipped with modern sonar, torpedoes, and sonobuoys. Deploying unmanned underwater vehicles (UUVs) and UAVs, integrated with the carrier’s air wing for ASW surveillance, would create a layered ASW network around the carrier group, extending detection and engagement capabilities against adversarial submarines.
Integrating Long-Range Strike Capabilities. Equipping carrier-based aircraft with advanced long-range anti-ship and land-attack missiles, such as the BrahMos-NG and future Indigenous missiles, would enable carriers to strike targets over 500 kilometres away, beyond the line of sight. Long-range strike capabilities also make the carriers a credible threat to adversarial naval and ground installations, enhancing India’s maritime deterrence and extending its strategic reach in the Indo-Pacific region.
Utilising Unmanned Aerial Vehicles (UAVs) for Persistent ISR and EW. UAVs like the Predator MQ-9B (currently operated by the Navy) and future indigenous models could be launched from carriers for ISR (Intelligence, Surveillance, and Reconnaissance) missions. This would extend the carrier’s situational awareness by providing real-time surveillance across a larger area. UAVs equipped for electronic warfare (EW) would enable the Indian Navy to detect, jam, and disrupt enemy communication and radar systems, reducing adversary effectiveness in a contested environment.
Strategic Partnerships and Bilateral Naval Exercises. Regular joint exercises with allies, such as the Malabar exercises with the U.S., Japan, and Australia, would enable Indian carrier strike groups to practice complex multinational operations. This fosters interoperability and sends a powerful message about India’s commitment to collective security in the Indo-Pacific. Strategic partnerships also bring technology-sharing opportunities, enabling the Indian Navy to adopt best practices in carrier operations and leverage allies’ EW, ISR, and ASW technologies.
Expanding Multi-Carrier Capabilities. With the addition of the INS Vikrant and potential future carriers, the Indian Navy could deploy multiple carrier groups to different strategic areas or concentrate them in one for a more powerful deterrent. Multi-carrier capabilities enable excellent force projection and strategic flexibility, allowing the Navy to respond to simultaneous challenges across the IOR and enhance its role as a regional security provider.
Strengthening Doctrine and Tactical Flexibility. Developing an adaptive maritime doctrine for carrier-based operations focused on the Indian Ocean’s unique geostrategic demands will allow the Navy to respond to evolving threats rapidly. Adopting a mix of offensive and defensive tactics would help balance the roles of power projection and area denial.
Carrier-based fighter operations are among modern naval warfare’s most demanding and technically sophisticated aspects. They provide unmatched power projection, enabling navies to carry out a wide range of missions, from combat to humanitarian relief, often in the most remote parts of the world. The Indian Navy’s carrier-based airpower enables India to secure its maritime interests, provide regional security, and project power across the Indian Ocean. With ongoing modernisation, India aims further to enhance its carrier fleet and air wing capabilities to ensure dominance in the strategically vital Indian Ocean Region.
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.
