Military Radar Market

[350 Pages Report] The Military Radar Market is projected to grow from USD 14.1 billion in 2024 to USD 18.4 billion by 2029, at a CAGR of 5.4%. The military radar market involves the development, production, and deployment of radar systems tailored for defense applications. These systems are essential for armed forces and defense agencies, providing enhanced situational awareness, target detection, tracking, surveillance, and reconnaissance. Key applications include airspace monitoring, air and missile defense, weapon guidance, ground surveillance, airborne mapping, navigation, maritime patrolling, and search and rescue operations. Platforms covered include land, airborne, naval, and space-based radars, with radar dimensions spanning 2D, 3D, and 4D, and frequency bands ranging from HF/UHF/VHF to multi-band.

Key drivers include increasing defense budgets, technological advancements, and the growing need for sophisticated threat detection systems. Opportunities lie in the modernization of existing radar infrastructure, integration of AI and machine learning for improved radar performance, and expanding applications in emerging domains like space surveillance. Companies like RTX Corporation (US) are at the forefront, capitalizing on these trends to enhance their market position and offer cutting-edge radar solutions.

Military Radar Market Forecast to 2029

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Military Radar Market Dynamics

Driver: Rise in Advanced Electronic Warfare and Network-Based Combat Operations

The emergence of modern warfare is a key driver for the increasing demand for radar systems. With the rapid advancement of computer and network technology, traditional combat systems are being replaced by new, more sophisticated systems. Countries around the world are shifting their investment strategies, moving away from conventional weapons towards newer methods of acquiring and integrating crucial battlefield information for enhanced decision-making and coordination. Modern warfare technologies now include network-centric warfare systems and electronic warfare systems, with radar being a vital component. Radar systems enhance these technologies by accurately tracking and identifying objects, thereby improving surveillance capabilities and situational awareness. This shift from traditional warfare systems to modern ones is expected to drive the growth of the military radars market.

Moreover, the advent of digital technologies over the last 20 years has revolutionized warfare, enhancing U.S. weapons, tactics, and strategy, and has shifted the focus towards digitally-enabled warfare. The use of digital data and networks for coordination, command, and combat has dramatically increased the capabilities of the military but has also introduced significant vulnerabilities. Digital capabilities have made militaries more effective yet more susceptible to cyber threats, as adversaries can potentially gain a foothold in the digital networks crucial for modern lethality. This presents a dilemma of either accepting the vulnerabilities for greater military effectiveness or reducing digital dependency to avoid potential conflicts.

Network-centric electronic warfare (EW) is adapting to counter sophisticated and agile systems that adversaries deploy. The development of next-generation EW systems focuses on technologies that offer distributed, coherent, and disposable systems for time-critical situational awareness and electronic attack responses. As part of this shift, UAV swarms are being developed and employed under the concept of network-centric EW to counter anti-access/area denial (A2/AD) environments. These UAVs are smaller, more affordable, and when networked, can provide greater capability than their individual capacities might suggest. The advancements in sensor miniaturization, data links, and fusion technologies allow a mix of smaller UAVs at lower altitudes.

Restraints: High investments in early phases

The manufacturing of military radars demands substantial R&D funding, with significant costs associated with integrating these systems into national defense networks. Military radars must be incorporated with various fire control systems, command and control systems, missiles, and anti-aircraft guns. The launch and maintenance of these systems are also costly. Consequently, the high costs and lengthy manufacturing and deployment processes pose restraints on market growth.

Industry players often prototype products and components based on demand to mitigate the risk of significant losses from potential failures of developed models. The complexity of electronic devices used in the defense industry has increased, necessitating components that offer parallel operations with lower power consumption and reduced size and weight, leading to more complex military radar products. Continuous upgrades in military electronics require corresponding upgrades in military radar systems to align with the design requirements of supportive electronic systems and equipment. Vendors face significant challenges in keeping pace with the evolving product upgrade processes and technological developments. Therefore, the high development and maintenance costs of certain military radar products may hinder market growth.

The development of advanced military radar systems demands substantial investment, exemplified by two prominent programs: the AN/SPY-6 Radar System for the US Navy and the Eurofighter CAPTOR-E Radar for the Eurofighter Typhoon aircraft. Raytheon's AN/SPY-6, with an estimated cost of approximately USD 5 billion, stands as a pinnacle of naval radar technology. Tailored for deployment on Arleigh Burke-class destroyers and other surface combatants, it promises enhanced detection and tracking capabilities, elevating situational awareness and bolstering missile defense across the fleet. Meanwhile, Leonardo's Eurofighter CAPTOR-E Radar, with a development cost of around ~USD1 billion, marks a significant leap in military radar innovation. Featuring an advanced AESA radar configuration, it outmatches conventional mechanically scanned radars, offering superior detection and tracking performance. Its integration into the Eurofighter Typhoon platform underscores a commitment to delivering unparalleled air combat capabilities.

Opportunities: Increased Compact Radars for Anti-drones application

Drones, usually applied in military settings, are also valuable in civilian roles as aerial observation tools. Nations like China, Russia, and Israel are crafting drones for roles such as espionage, monitoring, and reconnaissance. These advanced drones undertake diverse combat operations, including precision strikes against enemy positions. Notably, combat drones like the US's Predator and Israel's Heron are outfitted with advanced synthetic aperture radars for detailed terrain imaging. The shift towards lightweight combat drones with integrated solid-state radars is generating new prospects for the market of solid-state radars. There has been a significant surge in drone demand recently due to their economical and low-hazard nature. This trend has encouraged radar producers to engineer diminutive, efficient versions suitable for drone use. In June 2020, MetaSensing of the Netherlands showcased the SDO-50V2 drone, which incorporates their MetaSAR-L-UAV system for reconnaissance operations. The primary uses for these systems span from stability checks in mining areas to the monitoring of infrastructure and construction sites. The burgeoning interest in crafting featherweight radars for drone applications is expected to spawn various market opportunities.

Challenges: Vulnerability of radars to new jamming techniques

In recent times, the use of modern defense technologies has led to significant advancements in radar jamming techniques. Radar jamming involves intentionally emitting radio frequency signals that disrupt the enemy’s radar operations by creating noise in the receiver. Two primary techniques utilized in radar jamming are the noise technique and the repeater technique. Military radars are more vulnerable to these jamming techniques due to their limited range, small size, and mobile nature. New electronic radar jamming techniques utilize interfering signals that block the receiver with highly concentrated energy signals, effectively obstructing the signal from reaching the military radar and impeding its effectiveness. In 2019, the US Army awarded BAE Systems (UK) a contract to develop and supply advanced radar jamming technology to enhance air survivability and mission effectiveness for the Army’s rotary-wing aircraft and unmanned aerial systems. Under this contract, the company would undertake research and development to integrate adaptive radio frequency jamming and sensing capabilities. Such innovative radar frequency jamming technologies will prompt military radar providers to improve their products to maintain operational efficiency.

Military Radar Market Ecosystem

Based on the platform, the land segment is estimated to account for the largest market share during the forecast period.

Based on the platform, land segment is projected to hold the largest market share in the global military radar market. This dominance is attributed to the critical role land-based radar systems play in national defense strategies. These systems are essential for ground surveillance, border security, and battlefield management, providing real-time data and situational awareness. Increasing investments in upgrading and modernizing land-based radar infrastructure, coupled with technological advancements that enhance detection accuracy and range, are key factors driving this growth. Additionally, the need for effective counter-terrorism measures and improved ground defense capabilities further supports the expansion of the land segment in the Military Radar Industry.

Based on the product type, the Surveillance and Early Airborne Warning Radar segment is anticipated to dominate the market.

Based product type, the Surveillance and Early Airborne Warning Radar segment holds the largest market share. his segment's prominence is due to its vital role in providing early threat detection and situational awareness for air defense. These radars are essential for monitoring airspace, tracking aircraft, and identifying potential threats. The growing need for comprehensive air surveillance and the modernization of existing radar systems are significant drivers of this segment's growth. Additionally, advancements in radar technology, including enhanced detection capabilities and improved range, contribute to the increasing demand for surveillance and airborne warning radars.

Based on the waveform, the Frequency Modulated Continous Wave (FMCW) segment is anticipated to dominate the market.

Based waveform, the Frequency Modulated Continous Wave (FMCW) segment holds the largest market share. This is primarily due to FMCW radar's superior capabilities in providing high-resolution imaging and precise distance measurement. FMCW radars are increasingly favored for their ability to operate effectively in various environmental conditions and their resistance to signal interference. Their applications span across numerous military operations, including target tracking, navigation, and surveillance. The ongoing advancements in radar technology and the growing need for accurate and reliable detection systems are key factors driving the dominance of the FMCW radar segment in the market.

The North America market is projected to account largest share for the military radar market.

In the global military radar market, the North America region is poised to claim the highest market share in 2024. This dominance is largely driven by substantial defense budgets and ongoing investments in advanced radar technologies, particularly by the United States. The region's focus on enhancing national security through modernizing its defense infrastructure supports this trend. Additionally, North America's active participation in global defense alliances and its commitment to maintaining technological superiority in radar systems further bolsters its market position. Continuous innovation and the development of next-generation radar solutions also contribute to North America's leading share in the market.

Military Radar Market by Region

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Key Market Players

The Military Radar Companies is dominated by a few globally established players such as RTX Corporation (US), Thales (France), Lockheed Martin Corporation (US), Leonardo S.P.A (Italy), and Israel Aerospace Industries (Israel) are some of the leading players operating in the military radar market; they are the key manufacturers and solution providers that secured military radar contracts in the last few years. Major focus was given to the contracts and new product development due to the changing requirements in military and defense.

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Scope of the Report

The study categorizes the Military Radar Market based on application, component, platform, end-user, waveform, technology, product type, frequency band, range, dimension, services and Region.

Recent Developments

• In March 2024, Raytheon, part of RTX, secured a USD 1.2 billion contract to supply Germany with Patriot air and missile defense systems, including Radar, enhancing their defense capabilities.
• In March 2024, Lockheed Martin and Navantia have extended their collaboration to equip the Spanish Navy with the Aegis Combat System, demonstrating successful integration on F-100 frigates and planning future milestones, including live tracking with the AN/SPY-7(v)2 radar.
• In July 2023:- Thales has signed an agreement with the Swedish Defence Materiel Administration (FMV) for the delivery and installation of SMART-L Multi Mission Fixed (MM/F) long-range radars, reinforcing Sweden's air surveillance capabilities.

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