Surface Radars Market Size By Region (North America, Europe, Asia-Pacific, Latin America, Middle East and Africa), By Statistics, Trends, Outlook and Forecast 2025 to 2032 (Financial Impact Analysis)

Surface Radars Market Size

The Surface Radars Market is projected to grow at a Compound Annual Growth Rate (CAGR) of 7.2% between 2025 and 2032. The market is estimated at USD 12.5 Billion in 2025 and is projected to reach USD 20.4 Billion by the end of the forecast period in 2032.

Surface Radars Market introduction

Surface radars represent an indispensable category of sensor technology, engineered to detect, track, identify, and characterize objects on or near the Earth's surface, as well as those within the atmospheric layers proximate to the ground or sea. These sophisticated systems operate by transmitting electromagnetic waves and meticulously analyzing the echoes reflected by targets, thereby deriving critical information such as their range, velocity, angular position, and even their physical characteristics. Their operational prowess, rooted in fundamental principles of electromagnetism and signal processing, renders them vital across a spectrum of applications, from ensuring national security through robust defense capabilities to enhancing public safety in maritime and air traffic management, alongside pioneering roles in environmental monitoring and the burgeoning field of autonomous navigation. The foundational strength of surface radars lies in their ability to perform reliably under challenging environmental conditions, offering unparalleled situational awareness regardless of visibility, precipitation, or other atmospheric interferences.

The inherent benefits of surface radars, including their all-weather operational capability, extensive long-range detection, exceptional precision accuracy, and real-time situational awareness, establish them as critical assets for numerous strategic and operational objectives. These systems empower militaries with advanced air and missile defense, provide maritime agencies with comprehensive domain awareness, and enable aviation authorities to manage air traffic with unmatched safety and efficiency. The market for surface radars is predominantly driven by an escalating array of global factors, including heightened geopolitical tensions necessitating increased defense spending and modernization efforts across nations. Furthermore, the pervasive demand for advanced surveillance capabilities, particularly for border security and critical infrastructure protection, coupled with the rapid proliferation of autonomous systems in diverse sectors like automotive and logistics, significantly propels market expansion. The continuous evolution of air traffic management systems to accommodate growing air travel volumes, alongside the imperative for accurate weather forecasting and environmental monitoring, collectively underscore the pivotal role surface radars play in contemporary defense, commercial, and civilian infrastructure, fostering relentless innovation and widespread adoption across an ever-broadening array of industries.

Surface Radars Market Executive Summary

The Surface Radars Market is experiencing a period of dynamic expansion, underpinned by a confluence of accelerating technological advancements and the evolving strategic defense and commercial requirements worldwide. Current business trends within the industry are heavily oriented towards miniaturization of radar systems, enabling their deployment on smaller platforms and in more constrained environments without compromising performance. A paramount trend is the pervasive integration of artificial intelligence (AI) and machine learning (ML) algorithms, which are revolutionizing signal processing, enhancing target classification capabilities, and enabling predictive maintenance for greater system reliability. Furthermore, the development of multi-functional, software-defined radars (SDRs) is transforming operational paradigms, allowing systems to adapt dynamically to diverse operational scenarios and emerging threats through simple software updates, thereby extending their operational lifespan and versatility. These pioneering innovations are not merely incrementally improving radar performance; they are fundamentally redefining capabilities, simultaneously driving down deployment and operational costs, and significantly broadening the spectrum of application versatility, making advanced radar technology more accessible and impactful across various sectors.

From a regional perspective, the market exhibits varied yet robust growth trajectories. The Asia-Pacific region stands out as a significant growth engine, driven by substantial and continuous investments in defense modernization and heightened maritime surveillance capabilities due to ongoing geopolitical complexities and territorial disputes. North America and Europe, while representing mature markets, continue to lead in innovation and high-value deployments, characterized by sustained research and development efforts in next-generation radar technologies and strategic defense procurement programs. The Middle East, influenced by persistent security concerns and regional instabilities, is also witnessing increasing adoption of advanced surface radar systems for homeland security and defense. Segment-wise, ground-based and naval radar systems retain a dominant market share, primarily propelled by unyielding demand for sophisticated air defense, missile defense, and comprehensive maritime domain awareness solutions. Simultaneously, the emergence of advanced airborne and space-based surface radars is addressing critical requirements for wide-area surveillance, intelligence gathering, and environmental monitoring, particularly in remote or inaccessible areas. Concurrently, the commercial applications segment is witnessing promising growth, notably in advanced air traffic management systems and in the rapidly evolving autonomous vehicles sector, where reliable perception technology is paramount. The synergistic interplay of these business, regional, and segment trends collectively indicates a vibrant and highly dynamic market, poised for substantial expansion, and defined by relentless innovation and strategic investments across the entire value chain to effectively meet the complex and multifaceted global demands for advanced surface radar solutions.

AI Impact Analysis on Surface Radars Market

Common user questions regarding the influence of AI on the Surface Radars Market frequently center on how artificial intelligence can overcome historical limitations of traditional radar systems, deliver substantial improvements in performance within increasingly complex and cluttered operational environments, and enable unprecedented levels of autonomous capabilities. Users are keen to understand the pivotal role AI plays in the efficient processing of vast quantities of raw radar data, its transformative capacity in significantly enhancing target identification and classification accuracy, and its potential in facilitating predictive maintenance to maximize system uptime and reliability. There is also considerable interest and curiosity surrounding the prospect of AI-driven radars operating with minimal human intervention, thereby reducing operator workload and improving response times, as well as their seamless integration with other disparate sensor systems to form a comprehensive, multi-layered situational awareness picture. Fundamentally, the overarching theme of these inquiries underscores a collective recognition of AI as a profoundly transformative force, one that is poised to make surface radars demonstrably smarter, exponentially more efficient, and significantly more adaptable to a rapidly evolving landscape of threats and demanding operational requirements across both military and commercial domains.

• Enhanced target detection and classification accuracy in highly complex and cluttered environments, differentiating between actual threats and environmental noise.
• Improved clutter rejection and sophisticated interference mitigation techniques through advanced AI-driven signal processing algorithms, leading to clearer target signals.
• Enabling autonomous operation and advanced decision-making capabilities, significantly reducing the cognitive load on human operators and speeding up response times.
• Facilitating predictive maintenance and early fault detection mechanisms, leveraging AI to analyze sensor data for anomaly detection, thereby increasing system reliability and operational availability.
• Real-time data fusion and correlation with inputs from other disparate sensors (e.g., EO/IR, LiDAR) for comprehensive and robust situational awareness, creating a holistic operational picture.
• Development of cognitive radar capabilities, allowing systems to dynamically adapt their waveforms, operating parameters, and scanning strategies based on real-time environmental conditions and target behaviors.
• Significant reduction in false alarm rates and marked improvement in target tracking accuracy, contributing to more reliable threat assessment and resource allocation.
• Faster and more efficient processing of incredibly large datasets generated by high-resolution and multi-spectral radar systems, enabling rapid insights and actionable intelligence.

DRO & Impact Forces Of Surface Radars Market

The Surface Radars Market is profoundly influenced by a complex and dynamic interplay of drivers, formidable restraints, promising opportunities, and broader overarching impact forces that collectively shape its trajectory and competitive landscape. Key drivers propelling the significant expansion of this market include the escalating global defense spending, directly fueled by persistent geopolitical instabilities, widespread territorial disputes, and the pressing need for enhanced national security postures across numerous nations. The rapid proliferation of advanced unmanned aerial vehicles (UAVs), sophisticated cruise missiles, and hypersonic threats necessitates the continuous development and deployment of highly sophisticated radar systems capable of precise detection, tracking, and interception. Furthermore, the increasing adoption of autonomous vehicles in the automotive sector, the burgeoning development of smart city infrastructure requiring advanced sensing capabilities, and the critical modernization of air traffic management systems worldwide contribute substantially to the burgeoning commercial demand for surface radars. These multifaceted factors collectively underscore a sustained and increasing global demand for advanced surface radar solutions across an ever-broadening spectrum of both military and critical civilian applications.

Despite these potent drivers, the market faces considerable restraints that temper its growth, primarily stemming from the exceedingly high research, development, and procurement costs intrinsically associated with cutting-edge radar technologies, which often involve bespoke engineering and specialized materials. Stringent government regulations, particularly export controls on dual-use technologies, alongside complex international trade policies, significantly complicate market access and technology transfer, especially for advanced military-grade systems. The inherent complexity of integrating new, sophisticated radar systems with existing legacy infrastructure presents another formidable challenge, often resulting in protracted deployment cycles, substantial upgrade costs, and interoperability issues. However, numerous strategic opportunities exist that offer significant growth avenues, such as the continued advancement and adoption of software-defined and cognitive radars which offer unprecedented flexibility and adaptability. The expansion into emerging economies with rapidly growing defense budgets and infrastructure development projects presents fertile ground for new deployments. Additionally, the increasing demand for multi-mission capabilities that offer versatility, cost-efficiency, and reduced logistical footprints represents a compelling opportunity for product differentiation and market leadership. Broader impact forces, including rapid and disruptive technological advancements in sensor technology, artificial intelligence, and material science, alongside shifting geopolitical landscapes, global economic conditions, and evolving climate patterns, continually exert a profound influence on market dynamics. Regulatory changes concerning spectrum allocation, international standards for system interoperability, and environmental impact assessments also exert a significant influence on product development cycles and market penetration strategies, necessitating highly adaptive and agile responses from market participants to sustain their competitiveness and capitalize on emerging trends.

Segmentation Analysis

The Surface Radars Market is characterized by a sophisticated and granular segmentation across numerous parameters, meticulously designed to reflect the expansive breadth of its applications, the diverse array of technological approaches employed, and the varied operational environments in which these systems are deployed. This comprehensive segmentation serves as a critical analytical tool, enabling market participants and stakeholders to precisely understand specific market niches, identify nascent growth opportunities, and strategically tailor product development and market entry strategies to meet distinct and evolving end-user requirements. The inherent multi-dimensional nature of these market divisions underscores the significant complexity, high degree of specialization, and continuous innovation that are intrinsic characteristics of the global surface radar industry, facilitating a more nuanced understanding of its intricate dynamics and competitive landscape.

• By Type: This segment categorizes surface radars based on their fundamental operational principles and design methodologies.
  • Pulse Radar: Utilizes short bursts of radio frequency energy and measures the time delay of echoes to determine range.
  • Continuous Wave (CW) Radar: Transmits continuous radio waves and detects changes in frequency (Doppler effect) for velocity measurement, often used in speed guns.
  • Doppler Radar: Specifically designed to measure the velocity of targets by detecting the Doppler shift in the reflected signal, crucial for weather and military applications.
  • Phased Array Radar: Employs an array of antennas to electronically steer the radar beam without physical movement, categorized into Passive Electronically Scanned Array (PESA) and Active Electronically Scanned Array (AESA), offering high agility and multi-target tracking.
  • Synthetic Aperture Radar (SAR): A specialized form of radar used to create high-resolution images of landscapes, regardless of weather conditions, from airborne or space-borne platforms.
  • Ground Penetrating Radar (GPR): Emits electromagnetic pulses into the ground to detect subsurface objects and features, commonly used in archaeology, utility detection, and civil engineering.
• By Platform: This segmentation delineates where surface radars are physically mounted and operated.
  • Ground-Based Radar: Systems deployed on fixed installations or mobile vehicles on land, primarily for air defense, border surveillance, and air traffic control.
  • Naval Radar: Radars integrated onto naval vessels, including frigates, destroyers, aircraft carriers, and submarines, for maritime surveillance, navigation, and weapon systems.
  • Airborne Radar (for surface surveillance): Radars carried by aircraft (e.g., AWACS, maritime patrol aircraft) specifically designed to observe targets on the ground or sea surface.
  • Space-Based Radar (for Earth observation): Satellites equipped with radar systems for wide-area Earth observation, environmental monitoring, mapping, and intelligence gathering.
• By Application: This segment focuses on the primary functional uses and specific operational objectives of surface radars.
  • Air Defense & Missile Defense: Detects, tracks, and guides interception against airborne threats like aircraft, drones, and ballistic missiles.
  • Surveillance & Reconnaissance: Provides wide-area monitoring for border security, coastal patrol, battlefield awareness, and intelligence collection.
  • Air Traffic Control (ATC): Manages air traffic around airports and within airspace, ensuring safe and efficient aircraft movement, including primary and secondary surveillance radars.
  • Navigation: Aids in guiding maritime vessels, aircraft, and increasingly, autonomous vehicles, by providing positioning and collision avoidance data.
  • Weather Monitoring: Detects precipitation, measures wind speed and direction, and tracks severe weather phenomena to provide accurate forecasts and warnings.
  • Security & Threat Detection: Used for homeland security, critical infrastructure protection (e.g., airports, power plants), and perimeter intrusion detection.
  • Mapping & Cartography: Creates precise topographic and environmental maps, often utilizing SAR technology, for land use planning and geological surveys.
• By Frequency Band: This segmentation classifies radars based on the electromagnetic frequency ranges they operate within, influencing range, resolution, and atmospheric penetration.
  • L-Band (1-2 GHz): Long-range surveillance, air traffic control.
  • S-Band (2-4 GHz): Medium-range surveillance, weather, maritime.
  • C-Band (4-8 GHz): Weather, short-range surveillance.
  • X-Band (8-12 GHz): High-resolution imaging, navigation, weapon guidance, small target detection.
  • Ku-Band (12-18 GHz): Satellite communication, automotive, short-range high-resolution applications.
  • Ka-Band (26.5-40 GHz): Very high-resolution imaging, short-range military applications.
  • W-Band (75-110 GHz): Extremely high-resolution, short-range, anti-collision systems.
• By End-User: This segment identifies the primary purchasing entities and ultimate consumers of surface radar systems.
  • Military & Defense: Armies, navies, air forces, and special operations commands for national security, defense, and intelligence operations.
  • Commercial & Civil: Aviation authorities, maritime companies, automotive manufacturers, meteorology departments, and infrastructure operators.
  • Government & Law Enforcement: Border patrol, coast guards, homeland security agencies, and police forces for public safety and regulatory enforcement.

Value Chain Analysis For Surface Radars Market

The value chain for the Surface Radars Market represents an intricate and highly specialized network, systematically encompassing the entire lifecycle from fundamental raw material sourcing to the ultimate distribution of highly advanced radar systems to a diverse array of end-users. This sophisticated structure is a direct reflection of the profoundly high technological sophistication, precision engineering, and extensive research and development investments that are inherently required for the design, manufacturing, and deployment of cutting-edge radar systems. Upstream activities within this value chain involve a highly specialized ecosystem of component suppliers who provide crucial, high-performance elements such as state-of-the-art transmitters, highly sensitive receivers, precision-engineered antennas, powerful signal processors, and advanced software algorithms that form the intellectual core of modern radar systems. These suppliers often operate in niche technological markets, dedicating significant resources to developing groundbreaking technologies like Gallium Nitride (GaN) power amplifiers and sophisticated digital beamforming chips, which are absolutely paramount to the overall performance, efficiency, and advanced capabilities of the final radar product. The uncompromising quality, continuous innovation, and stringent reliability at this upstream stage are critically important for ensuring the superior functionality and operational integrity of the entire radar system, thus driving substantial and sustained research and development expenditures across the industry.

Moving further downstream in the value chain, major defense contractors, specialized radar manufacturers, and large system integrators undertake the complex task of integrating these advanced components into complete, fully functional surface radar systems. This demanding stage involves intricate engineering design, meticulous system architecture planning, rigorous software development, and exhaustive testing and validation processes to guarantee unparalleled performance, unwavering reliability, and seamless interoperability with existing and future platforms. Distribution channels for surface radars are typically highly direct, particularly for large-scale military and government contracts, where manufacturers engage directly with procurement agencies to ensure bespoke solutions, adherence to stringent specifications, and comprehensive through-life support. This direct sales model is crucial for delivering highly customized solutions, providing extensive post-sales support, and strictly complying with stringent security protocols and regulatory requirements that characterize the defense and government sectors. However, for certain commercial applications or smaller, more standardized systems, indirect channels involving specialized system integrators, value-added resellers, or expert distributors might be strategically utilized to broaden market reach. The entirety of the surface radar value chain is profoundly characterized by an unwavering emphasis on continuous research and development, exceptionally stringent quality control measures at every stage, and the cultivation of long-term, collaborative relationships between all participants, which are unequivocally critical for consistently delivering high-performance, mission-critical surface radar solutions that meet the evolving demands of a complex global landscape.

Surface Radars Market Potential Customers

Potential customers for the Surface Radars Market are remarkably diverse, encompassing a wide spectrum of governmental, military, and commercial sectors across the globe, all united by a critical need for advanced capabilities in detection, surveillance, and safety. The primary and most significant end-users are invariably national defense forces, including armies, navies, and air forces of various countries, which consistently procure surface radars for a myriad of essential operations such as air defense, strategic missile defense, comprehensive border surveillance, expansive maritime domain awareness, and tactical battlefield reconnaissance. These military entities are perpetually engaged in upgrading and modernizing their capabilities to effectively counter an ever-evolving array of complex threats and to maintain a strategic advantage, thereby driving an unyielding and sustained demand for high-performance, technologically advanced radar systems. Beyond military applications, a vast array of various government agencies represents another substantial customer base. This extensive group includes homeland security departments, dedicated border patrol agencies, maritime coast guards, and specialized law enforcement organizations that strategically deploy radars for critical infrastructure protection, the interdiction of illegal trafficking activities, and for bolstering overall national security frameworks, underscoring the broad applicability of radar technology in maintaining public order and safety.

In the expansive commercial sector, major buyers constitute a significant portion of the market, including pivotal entities such as aviation authorities and air navigation service providers (ANSPs), which critically rely on surface radars for precision air traffic control, accurate airfield ground movement detection, and comprehensive real-time weather monitoring to ensure the safest and most efficient air travel possible. The global maritime industry, encompassing bustling port authorities, large shipping companies, and offshore energy operators, also consistently procures radars for efficient vessel traffic management, advanced collision avoidance systems, and enhanced navigation safety in congested waterways. Furthermore, rapidly emerging commercial applications in the automotive sector, specifically for advanced driver-assistance systems (ADAS) and fully autonomous vehicles, and in the critical infrastructure monitoring domain (e.g., smart cities, wind farms, pipelines), are significantly expanding the customer base and opening up new avenues for radar deployment. These incredibly diverse and ever-growing applications vividly highlight the pervasive and fundamental need for robust surface radar technology across an exceptionally broad spectrum of users, all of whom prioritize highly reliable, precise, and sophisticated detection and monitoring capabilities for their respective operational environments and strategic objectives.

Surface Radars Market Key Technology Landscape

The technological landscape of the Surface Radars Market is undergoing rapid and continuous evolution, primarily driven by relentless innovation aimed at significantly enhancing performance metrics, increasing operational versatility, and simultaneously achieving substantial reductions in size, weight, and power (SWaP) consumption for greater deployment flexibility. Central to these groundbreaking advancements is the pervasive and accelerating adoption of Active Electronically Scanned Array (AESA) technology. AESA radars offer unparalleled beam agility, enabling rapid multi-target tracking, simultaneous mission execution (e.g., surveillance and engagement), and significantly reduced detectability compared to conventional mechanically scanned radars, thereby revolutionizing modern radar operations. Complementing the AESA revolution, Gallium Nitride (GaN) semiconductor technology is profoundly transforming radar power amplifiers, facilitating higher power outputs, vastly superior efficiency, and much smaller form factors, which collectively extend detection ranges, improve signal fidelity, and enable more compact system designs crucial for diverse platforms. The widespread integration of Artificial Intelligence (AI) and Machine Learning (ML) algorithms is paramount, transforming raw radar data into actionable intelligence by dramatically enhancing target classification accuracy, improving clutter rejection capabilities, enabling advanced autonomous operation, and contributing to predictive maintenance, thereby minimizing operator workload and dramatically speeding up decision-making processes.

Furthermore, the emergence and proliferation of Software-Defined Radar (SDR) concepts are enabling unprecedented levels of flexibility and adaptability in radar systems. SDR allows systems to be extensively reconfigured and upgraded through simple software updates, making them inherently adaptable to new threats, evolving mission profiles, and changing electromagnetic environments without the need for costly and time-consuming hardware modifications. Cognitive radar systems, representing another cutting-edge frontier, are designed to dynamically adjust their waveform characteristics, processing parameters, and operational strategies based on real-time environmental conditions and target behaviors, offering significantly improved performance in highly complex, dynamic, and contested electromagnetic environments. Research and development efforts into multi-static and passive radar systems are gaining substantial traction, promising covert detection capabilities and enhanced resilience against sophisticated electronic jamming attempts, thereby bolstering survivability and operational effectiveness. Additionally, advancements in ultra-wideband (UWB) and nascent quantum radar technologies are on the horizon, holding the potential to deliver next-generation capabilities for stealth object detection, unprecedented resolution, and enhanced electronic warfare resistance. These comprehensive and interconnected technological innovations collectively drive the Surface Radars Market forward, continuously pushing the boundaries of what surface radar systems can achieve across an ever-expanding spectrum of diverse operational domains and strategic imperatives.

Regional Highlights

• North America: This region consistently stands as a dominant force in the global Surface Radars Market, primarily attributable to its exceptionally substantial defense budgets, extensive and pioneering research and development (R&D) activities, and the entrenched presence of numerous leading global radar manufacturers and technology innovators. The United States Department of Defense's unwavering and consistent investment in advanced missile defense systems, comprehensive air surveillance capabilities, and robust border security infrastructures drives a significant and sustained demand for cutting-edge surface radar technology. Innovation in AI integration for enhanced data analysis, advanced AESA technology for superior performance, and the development of flexible software-defined radars is particularly robust in this region, positioning North America at the forefront of technological advancements and ensuring a consistently strong and innovative market for both military and a growing number of commercial radar applications.
• Europe: Characterized by ongoing and ambitious military modernization programs, collaborative defense initiatives among member states, and a strong emphasis on technological sovereignty, Europe represents a mature yet highly dynamic market for surface radars. Key countries such as the United Kingdom, France, Germany, and Italy are making significant investments in next-generation air defense radars, sophisticated maritime surveillance systems, and critical air traffic control infrastructure upgrades to enhance safety and efficiency. The strategic emphasis within this region is firmly placed on developing multi-functional, interoperable radar systems that seamlessly integrate within NATO frameworks and broader European defense architectures. This focus actively fosters technological partnerships and contributes to substantial advancements in critical areas such as digital beamforming, GaN-based components for improved efficiency, and advanced signal processing, driving continuous innovation.
• Asia Pacific (APAC): The APAC region is unequivocally projected to be the fastest-growing market segment for surface radars, propelled by rapidly escalating defense spending from major economic powers such as China, India, Japan, and South Korea. This surge in expenditure is primarily driven by heightened geopolitical tensions, persistent maritime territorial disputes, and an overarching ambition to modernize military capabilities across the region. Furthermore, robust economic growth fuels extensive infrastructure development, leading to an increased demand for advanced air traffic control systems, sophisticated port management radars, and precise weather monitoring solutions. This dynamic region is witnessing substantial investment in both indigenous radar development capabilities and the strategic procurement of advanced systems from leading international suppliers, firmly establishing it as a critical engine for global market growth and innovation.
• Latin America: The Surface Radars Market in Latin America is primarily driven by the imperative for enhanced border security, the critical need for effective drug interdiction strategies, and ongoing efforts to modernize air traffic management infrastructure across the continent. While generally representing a smaller market in terms of overall size compared to other global regions, there is a steady and growing demand for reliable surveillance and reconnaissance radars to address internal security challenges and combat illicit activities. Many countries in Latin America frequently rely on imports and strategic technology transfer agreements to acquire their radar capabilities, often prioritizing cost-effective, robust, and dependable solutions that can withstand challenging environmental conditions for homeland security and defense against organized crime.
• Middle East & Africa (MEA): The MEA region is characterized by persistent geopolitical instability, ongoing regional conflicts, and a strong, overarching focus on enhancing homeland security and counter-terrorism initiatives, which collectively serve as key drivers for the surface radars market. Countries such as Saudi Arabia, the UAE, and Turkey are making significant and sustained investments in advanced air defense systems, comprehensive border surveillance networks, and critical infrastructure protection solutions to safeguard national assets and ensure regional stability. The demand in this region is frequently for high-performance, fully integrated radar solutions that are capable of operating reliably and effectively in challenging environmental conditions, ensuring a highly competitive landscape for international radar manufacturers vying for strategic contracts and market share in this security-sensitive domain.

Top Key Players

• Lockheed Martin
• Raytheon Technologies
• Northrop Grumman
• Thales Group
• BAE Systems
• Leonardo S.p.A.
• Saab AB
• Indra Sistemas S.A.
• Israel Aerospace Industries (IAI)
• Hensoldt AG
• L3Harris Technologies
• Rohde & Schwarz
• General Dynamics
• Mitsubishi Electric
• CETC (China Electronics Technology Group Corporation)
• ELTA Systems
• Terma A/S
• Easat Radar Systems Ltd.
• Kelvin Hughes
• Metasensing

Frequently Asked Questions