Short Range Air Surveillance Radar Market Size, Share, Industry, Forecast and outlook (2026-2035)

Short Range Air Surveillance Radar Market Size

The global short-range air surveillance radar market was valued at USD 6.42 billion in 2025 and is projected to reach USD 9.56 billion by 2035, growing at a CAGR of 6.5% during the forecast period from 2026 to 2035.

 The market is witnessing strong growth driven by increasing defense modernization programs, rising cross-border security concerns, and growing demand for advanced airspace monitoring systems. Increasing deployment of radar systems for military bases, border surveillance, critical infrastructure protection, and unmanned aerial vehicle detection is further contributing to market expansion globally.

Market growth is strongly supported by advancements in phased-array radar technology, AI-enabled threat detection systems, and integrated air defense networks. Regulatory support and rising defense investments by governments across North America, Europe, and Asia-Pacific are accelerating the procurement of next-generation short range surveillance radars. Increasing adoption of compact mobile radar systems, 3D surveillance capabilities, and real-time data integration technologies is improving operational efficiency and threat response accuracy. The future outlook remains highly promising with growing investments in autonomous defense systems, electronic warfare technologies, and multi-domain battlefield awareness solutions, which are expected to create significant growth opportunities in the coming years.

Key Takeaways

• North America accounted for approximately 35.8% of the global Short-Range Air Surveillance Radar Market in 2025, supported by sustained defense modernization programs, advanced radar technology development, strong homeland security investments, and increasing counter-UAS deployments.
• Military and defense applications represented approximately 61.4% of total market demand, driven by growing investments in integrated air defense systems, battlefield surveillance, border security, and protection against low-altitude aerial threats.
• AESA (Active Electronically Scanned Array) radar technology is witnessing the fastest adoption, owing to its superior target tracking performance, rapid beam steering, multi-target engagement capability, electronic protection features, and reduced maintenance requirements compared with conventional radar systems.
• Counter-drone and counter-UAS applications continue to emerge as one of the fastest-growing market segments, fueled by the increasing deployment of commercial drones, loitering munitions, and autonomous aerial systems across both military and civilian environments.
• Leading defense companies are expanding investments in AI-enabled surveillance, software-defined radar platforms, multi-sensor fusion technologies, and GaN-based radar electronics to improve detection accuracy, operational flexibility

Short Range Air Surveillance Radar Market Scope

Short Range Air Surveillance Radar Market Dynamics

The short-range air surveillance radar market is experiencing strong growth due to rising geopolitical tensions, increasing border security concerns, and growing investments in defense modernization programs worldwide. Governments are increasingly deploying advanced radar systems to strengthen low-altitude airspace monitoring, counter unauthorized drone activity, and improve real-time threat detection capabilities. The rising adoption of unmanned aerial vehicles (UAVs), increasing military modernization initiatives, and expansion of homeland security applications are further accelerating market demand. Technological advancements such as Active Electronically Scanned Array (AESA) radars, AI-enabled target tracking, phased-array systems, and radar miniaturization are enhancing detection accuracy, mobility, and operational efficiency. Additionally, increasing applications in civil aviation, airport surveillance, smart city security, and critical infrastructure protection are creating new growth opportunities for the market.

However, the market faces several challenges, including high installation and maintenance costs, complex integration requirements, and regulatory restrictions associated with defense-grade radar technologies. Supply chain disruptions, particularly shortages of semiconductors and specialized electronic components, continue to impact production timelines and procurement activities. Environmental factors such as heavy rain, fog, snow, and signal interference in dense urban environments can reduce radar performance and increase false alarms, limiting operational reliability. In addition, cybersecurity risks and data privacy concerns related to advanced surveillance systems remain significant barriers for governments and commercial operators. Despite these challenges, rising investments in counter-drone systems, AI-powered radar analytics, modular radar platforms, and next-generation surveillance technologies are expected to create substantial long-term growth opportunities for the market.

Short Range Air Surveillance Radar Market Technology Innovation, Space Integration, and Mission Requirements

Modern Short Range Air Surveillance Radar growth drivers include the adoption of Active Electronically Scanned Array technologies, radar miniaturization, advanced signal processing, and artificial intelligence-enabled threat analysis. These improvements allow operators to identify multiple aerial targets simultaneously while reducing false alarm rates and improving operational response.

The future defense architecture increasingly involves coordination between ground-based radar networks, satellite communication systems, and space-enabled intelligence platforms. While short-range radar remains a terrestrial surveillance technology, integration with broader space-based situational awareness systems enhances real-time data sharing and battlefield visibility.

Mission-critical requirements such as reliability under harsh environmental conditions, high target discrimination accuracy, cybersecurity protection, and low maintenance requirements are influencing product development strategies across the supplier ecosystem.

Short Range Air Surveillance Radar Market Pricing, Adoption Trends, and Operational Challenges

Short Range Air Surveillance Radar pricing and adoption trends are closely linked to radar performance specifications, mobility, software capabilities, integration complexity, and lifecycle maintenance requirements. Advanced AESA and AI-enabled systems generally involve higher initial acquisition costs; however, defense agencies increasingly evaluate total operational effectiveness, lower manpower requirements, and improved threat response as long-term return on investment factors.

Despite growing adoption, challenges remain due to high installation costs, semiconductor supply constraints, complex integration with existing defense infrastructure, and strict export control regulations governing advanced radar technologies. Environmental conditions including heavy rainfall, fog, and signal congestion in urban environments may also impact radar accuracy in certain operational scenarios.

Short Range Air Surveillance Radar Market Segmentation Analysis

The Short Range Air Surveillance Radar market is segmented by Product (Fixed Radar, Mobile Radar), by Technology (AESA Radar, Phased Array Radar, Conventional Radar), by Platform (Land-Based, Naval, Airborne), by Application (Border Surveillance, Military Operations, Airport Surveillance, Critical Infrastructure Protection, Counter-Drone Operations), by End User (Defense, Homeland Security, Commercial), and by Region, with analysis of share, trends, and forecast to 2035.

Mobile radar systems are expected to experience significant demand due to their operational flexibility and suitability for rapidly changing battlefield environments. These systems provide defense forces with deployable surveillance capabilities across remote borders and temporary military installations.

AESA and advanced phased-array technologies are becoming strategic investment areas because they deliver superior target tracking, multiple target engagement capabilities, improved reliability, and reduced mechanical limitations compared with traditional radar systems.

Counter-drone surveillance and critical infrastructure security applications are also emerging as major revenue areas as governments and private operators seek improved protection against unauthorized aerial activities.

Short Range Air Surveillance Radar Market Regional Analysis

North America Short Range Air Surveillance Radar Market

North America maintains a strong position in the Short Range Air Surveillance Radar regional analysis due to substantial defense expenditure, continuous modernization of military surveillance capabilities, and strong investment in AI-enabled defense technologies. The region benefits from an established defense manufacturing base, advanced research capabilities, and ongoing procurement programs focused on improving homeland security and low-altitude airspace protection.

Europe Short Range Air Surveillance Radar Market

European countries continue investing in next-generation radar systems due to evolving security requirements, border protection initiatives, and modernization of integrated air defense networks. The adoption of counter-drone technologies, electronic warfare preparedness, and multinational defense cooperation programs supports regional market growth.

Asia-Pacific Short Range Air Surveillance Radar Market

Asia-Pacific represents the fastest-growing regional market, supported by increasing military budgets, territorial security concerns, and expanding defense manufacturing initiatives. Countries across the region are investing in indigenous radar development, advanced surveillance systems, and enhanced tactical awareness capabilities to strengthen national security.

Short Range Air Surveillance Radar Market Threat Landscape Analysis

The evolving global security environment is significantly reshaping demand across the Short-Range Air Surveillance Radar Market as military forces and homeland security agencies respond to increasingly sophisticated low-altitude aerial threats. Unlike conventional air defense environments that primarily focused on manned aircraft, modern battlefields now feature a diverse spectrum of threats including tactical unmanned aerial vehicles (UAVs), loitering munitions, low-observable cruise missiles, rotary-wing aircraft, and coordinated drone swarms. These emerging threats typically operate at low altitude, possess small radar cross-sections, and follow unpredictable flight paths, making them considerably more difficult to detect using legacy surveillance systems.

Recent conflicts have demonstrated the growing strategic importance of short-range surveillance radars in countering asymmetric aerial threats. The extensive deployment of loitering munitions and low-cost drones in the Russia–Ukraine conflict, as well as increasing drone activity across the Middle East, has highlighted the need for persistent low-altitude airspace monitoring. Military organizations are therefore prioritizing radar systems capable of delivering rapid target acquisition, continuous tracking, and early warning while operating effectively in complex electromagnetic environments. Modern short-range radar platforms equipped with artificial intelligence, adaptive signal processing, and multi-target tracking algorithms are increasingly becoming essential assets within layered air defense architectures designed to address evolving battlefield challenges.

Short Range Air Surveillance Radar Market Battlefield Situational Awareness Analysis

Battlefield situational awareness has become one of the most important operational requirements driving investments in short-range air surveillance radar technologies. Modern military operations require continuous monitoring of low-altitude airspace to detect and classify hostile aerial platforms before they reach critical assets or frontline units. Short-range surveillance radars provide commanders with real-time tactical intelligence by continuously monitoring aerial activity surrounding military bases, forward operating locations, logistics hubs, armored formations, and mobile command centers.

Advanced radar systems enable rapid identification of helicopters, unmanned aircraft, loitering munitions, and low-flying fixed-wing platforms while simultaneously sharing data with command-and-control (C2) networks, electronic warfare systems, missile defense batteries, and battlefield management platforms. Integration with digital battlefield architectures allows military operators to establish a common operational picture that enhances coordination between land, air, and naval forces. As armed forces continue transitioning toward network-centric warfare, short-range surveillance radars are expected to play an increasingly critical role in supporting faster decision-making, reducing response times, and improving mission effectiveness across multidomain combat operations.

Short Range Air Surveillance Radar Market Mobile and Tactical Radar Deployment Analysis

Growing emphasis on operational mobility and rapid force deployment is accelerating demand for compact and highly transportable short-range surveillance radar systems. Modern military missions frequently require radar platforms capable of supporting expeditionary operations, border patrol, peacekeeping missions, disaster response, and rapidly changing battlefield environments. Consequently, defense organizations are increasingly investing in vehicle-mounted, trailer-mounted, containerized, and lightweight portable radar systems that can be deployed quickly with minimal logistical requirements.

Several leading defense manufacturers have expanded their portfolios to address this requirement. Saab's Giraffe 1X radar, Leonardo's Kronos family, HENSOLDT's Spexer radar series, and Israel Aerospace Industries' tactical surveillance radars demonstrate the industry's focus on highly mobile solutions capable of detecting low-altitude airborne threats while supporting both military and homeland security applications. These systems combine mobility, rapid deployment, and advanced digital processing, enabling operators to establish temporary surveillance networks in remote or high-risk operational environments. Future demand is expected to increase further as armed forces prioritize flexible radar systems capable of supporting distributed military operations and rapidly deployable air defense units.

Short Range Air Surveillance Radar Market Homeland Security Applications Analysis

Although defense modernization remains the primary growth driver, homeland security applications are emerging as an increasingly important market segment for short-range air surveillance radar systems. Governments worldwide are expanding investments in surveillance infrastructure to protect airports, seaports, border crossings, nuclear power plants, oil and gas facilities, military installations, government buildings, and major public events against unauthorized aerial activity.

The rapid increase in commercial drone usage has created new security challenges for law enforcement agencies and critical infrastructure operators. Modern surveillance radars integrated with electro-optical cameras, thermal imaging systems, radio-frequency detection technologies, and artificial intelligence software enable security personnel to rapidly identify unauthorized drones and implement appropriate countermeasures before potential incidents occur. International airports are increasingly deploying dedicated counter-drone radar systems to prevent runway disruptions and improve operational safety, while energy companies are utilizing radar-based monitoring to protect refineries, offshore platforms, and strategic energy infrastructure. As critical infrastructure protection becomes a national security priority, demand for integrated short-range surveillance solutions is expected to expand significantly.

Short Range Air Surveillance Radar Market Airspace Monitoring and Airport Surveillance Analysis

The rapid expansion of commercial aviation, urban air mobility, and unmanned aerial vehicle operations is creating new requirements for continuous low-altitude airspace monitoring. Civil aviation authorities and airport operators are increasingly adopting short-range surveillance radar systems capable of detecting drones, unauthorized aircraft, wildlife hazards, and low-flying aerial objects operating near airport environments. These systems improve air traffic safety by providing early warning of potential hazards while supporting compliance with evolving aviation security regulations.

Modern airport surveillance platforms combine radar technology with artificial intelligence, video analytics, automatic target recognition, and integrated command-and-control software to improve operational awareness across complex airport environments. Major international airports have begun deploying specialized drone detection systems to minimize flight disruptions caused by unauthorized UAV activity, while aviation authorities continue developing advanced low-altitude surveillance networks capable of supporting future urban air mobility operations. As drone traffic and autonomous aerial transportation continue expanding, airport surveillance infrastructure is expected to become an increasingly important application area for short-range air surveillance radar technologies.

Short Range Air Surveillance Radar Market Radar Frequency Band Analysis

Radar operating frequency plays a critical role in determining surveillance performance, detection range, target resolution, and environmental adaptability. Modern short-range surveillance radar systems utilize multiple frequency bands depending on operational requirements and intended deployment environments. X-band radars remain among the most widely deployed solutions due to their high target resolution and excellent capability to detect small aerial objects such as drones, helicopters, and low-flying aircraft operating at short distances.

S-band radar systems provide enhanced long-range detection capabilities and improved performance under adverse weather conditions, making them suitable for integrated air defense networks and airport surveillance. C-band solutions offer a balance between detection range and target resolution, while Ku-band radars deliver extremely high-resolution tracking for specialized counter-drone applications. Increasing adoption of Gallium Nitride (GaN)-based transmit/receive modules and Active Electronically Scanned Array (AESA) technologies is enabling radar manufacturers to significantly improve detection sensitivity, electronic protection capabilities, and multi-target tracking performance across multiple frequency bands. Continued innovation in software-defined radar architectures is expected to provide operators with greater operational flexibility while supporting increasingly complex surveillance missions.

Short Range Air Surveillance Radar Market Sensor Fusion Analysis

Sensor fusion has become one of the most transformative developments within modern air surveillance systems. Rather than relying solely on radar data, defense organizations increasingly integrate multiple sensing technologies to improve target detection accuracy, reduce false alarms, and enhance situational awareness across complex operational environments. Modern surveillance architectures combine radar data with electro-optical and infrared (EO/IR) cameras, radio-frequency detection systems, acoustic sensors, satellite imagery, electronic intelligence platforms, and command-and-control networks to establish a comprehensive operational picture.

Artificial intelligence plays a critical role by correlating information from multiple sensors in real time, enabling automatic target classification and prioritization. This capability significantly improves the detection of small drones, low-observable aircraft, and loitering munitions operating in cluttered environments where conventional radar performance may be challenged. Multi-sensor integration also enhances electronic warfare resilience by providing redundant detection pathways during contested electromagnetic operations. As military forces continue investing in integrated battlefield networks, sensor fusion technologies are expected to become a defining capability within next-generation short-range surveillance radar systems.

Short Range Air Surveillance Radar Market Defense Procurement Programs Analysis

Global defense procurement programs continue driving sustained demand for advanced short-range surveillance radar technologies. Rising geopolitical tensions, increasing defense budgets, and accelerated military modernization initiatives are encouraging governments to replace aging radar infrastructure with digitally networked surveillance systems capable of supporting integrated air and missile defense operations.

The United States continues investing in next-generation Integrated Air and Missile Defense (IAMD) capabilities, while NATO member states are strengthening low-altitude surveillance networks to improve collective defense readiness. European countries are expanding procurement programs focused on counter-drone systems, border surveillance, and mobile radar platforms. Across the Indo-Pacific, countries including Japan, South Korea, Australia, and India are increasing investments in indigenous radar capabilities to strengthen regional security and maritime domain awareness. Middle Eastern nations are also modernizing layered air defense systems in response to evolving missile and unmanned aerial threats. These procurement initiatives are expected to sustain robust market demand throughout the forecast period while encouraging continuous technological innovation among global radar manufacturers.

Short Range Air Surveillance Radar Market Indigenous Manufacturing Analysis

National defense self-reliance has become a strategic priority for many countries seeking to reduce dependence on imported defense technologies and strengthen domestic industrial capabilities. Governments are increasingly promoting indigenous radar development through defense modernization programs, local manufacturing incentives, technology transfer agreements, and collaborative research initiatives involving domestic defense companies and international technology partners.

Programs such as Make in India, the European Defence Fund, Japan's expanded defense industrial strategy, South Korea's defense export initiatives, and increased U.S. investment in domestic defense manufacturing demonstrate the growing importance of localized production capabilities. Indigenous manufacturing not only enhances national security by improving supply chain resilience but also supports technology development, employment generation, export competitiveness, and long-term industrial growth. As countries continue prioritizing sovereign defense capabilities, locally manufactured short-range surveillance radar systems are expected to gain increasing importance across both domestic procurement programs and international defense export markets.

Short Range Air Surveillance Radar Market Software-Defined Radar and Digital Transformation Analysis

Digital transformation is fundamentally changing the design, deployment, and operational capabilities of modern surveillance radar systems. Software-defined radar architectures allow operators to upgrade system functionality through software enhancements rather than extensive hardware replacement, significantly reducing lifecycle costs while extending operational flexibility. This approach enables rapid implementation of new threat detection algorithms, waveform optimization techniques, cybersecurity enhancements, and artificial intelligence capabilities as operational requirements evolve.

Cloud-connected maintenance platforms, predictive diagnostics, digital twins, remote software updates, and edge computing technologies are enabling defense organizations to improve radar availability, reduce maintenance downtime, and optimize fleet performance across geographically distributed deployments. Artificial intelligence further enhances software-defined radar systems by enabling automated target recognition, adaptive signal processing, clutter suppression, and predictive maintenance. As digital battlefield modernization continues accelerating worldwide, software-defined radar technologies are expected to become a foundational element of future integrated air surveillance and missile defense architectures.

Short Range Air Surveillance Radar Market Key Players:

Thales Group, Hensoldt, Indra Sistemas, Israel Aerospace Industries Ltd., Lockheed Martin Corporation, Leonardo S.p.A., NEC Corporation, Northrop Grumman, Raytheon Technologies Corporation, L3Harris Technologies, Elbit Systems Ltd., Intel Corporation.

Key Developments in Short Range Air Surveillance Radar Market

• July 2026: Thales Group strengthened its air surveillance portfolio by advancing next-generation short-range radar systems with enhanced target detection, tracking accuracy, and counter-drone capabilities for defense applications.
• July 2026: HENSOLDT AG expanded its radar solutions by introducing advanced air surveillance technologies designed to improve situational awareness and integrated air defense operations.
• June 2026: Indra Sistemas S.A. continued enhancing its defense electronics portfolio through innovations in 3D air surveillance radar systems for military and homeland security applications.
• June 2026: Israel Aerospace Industries (IAI) Ltd. advanced its ELTA radar technologies by strengthening short-range surveillance and air defense systems capable of detecting low-flying aircraft, UAVs, and other aerial threats.
• May 2026: Lockheed Martin Corporation expanded its integrated air and missile defense capabilities by advancing radar technologies that improve battlefield surveillance and target tracking performance.
• May 2026: Leonardo S.p.A. strengthened its defense sensor portfolio by developing advanced multi-mission radar systems for air surveillance and critical infrastructure protection.
• April 2026: Northrop Grumman Corporation continued investing in next-generation radar technologies that enhance real-time threat detection, airspace monitoring, and command-and-control capabilities.
• April 2026: Raytheon Technologies Corporation (RTX) advanced its air surveillance and missile defense radar solutions by improving detection range, target discrimination, and operational reliability.
• March 2026: L3Harris Technologies, Inc. expanded its tactical surveillance portfolio by advancing compact radar systems that support rapid deployment and enhanced battlefield situational awareness.

Why Choose DataM?

Technological Innovations

DataM provides comprehensive analysis of next-generation surveillance radar technologies, including Active Electronically Scanned Array (AESA) radars, Gallium Nitride (GaN)-based transmit/receive modules, software-defined radar architectures, artificial intelligence-enabled target recognition, digital beamforming, multi-sensor fusion, edge computing, cloud-enabled command systems, counter-UAS technologies, and advanced electronic protection capabilities that are transforming modern air surveillance and integrated defense operations.

Product Performance & Market Positioning

The report evaluates how leading radar manufacturers differentiate their solutions based on detection range, target tracking accuracy, low-RCS target detection, multi-target engagement capability, mobility, deployment flexibility, electronic counter-countermeasure (ECCM) performance, cybersecurity resilience, AI integration, operational reliability, and interoperability with integrated air defense networks. It benchmarks competitive positioning across major industry participants including RTX, Lockheed Martin, Northrop Grumman, Saab, Leonardo, HENSOLDT, Thales, Israel Aerospace Industries (IAI), Indra Sistemas, and BAE Systems.

Real-World Evidence

DataM highlights the growing deployment of short-range surveillance radar systems across military bases, integrated air defense networks, border security operations, airports, naval installations, critical infrastructure, and homeland security applications. The report examines recent developments such as NATO's expansion of integrated air defense capabilities, increasing counter-drone deployments across Europe and the Middle East, India's indigenous radar modernization programs under Make in India, Japan's strengthening of air surveillance capabilities, and the adoption of AI-enabled radar technologies for protecting airports, energy infrastructure, and strategic government facilities. These industry developments demonstrate how surveillance radar technologies continue evolving to address modern low-altitude aerial threats and multidomain defense requirements.

Market Updates & Industry Changes

The report tracks major industry developments including defense modernization programs, government procurement initiatives, radar technology advancements, AI integration, counter-drone system deployments, indigenous manufacturing programs, strategic partnerships, export agreements, electronic warfare advancements, GaN semiconductor innovations, and regional investments across North America, Europe, Asia-Pacific, and the Middle East that continue shaping the global surveillance radar industry.

Competitive Strategies

DataM analyzes how leading defense companies strengthen their market leadership through continuous research and development, strategic acquisitions, defense contracts, technology partnerships, indigenous manufacturing initiatives, software-defined radar development, AI-enabled surveillance capabilities, export expansion, and integrated air defense solutions designed to address evolving military and homeland security requirements.

Pricing & Market Access

The report explains pricing variations based on radar architecture, operating frequency, AESA technology adoption, mobility requirements, detection performance, software capabilities, electronic protection features, deployment configuration, and lifecycle support services. It also evaluates market access through government procurement agencies, defense ministries, military modernization programs, defense integrators, homeland security organizations, international defense collaborations, and global defense export channels.

Market Entry & Expansion

DataM identifies high-growth opportunities driven by increasing geopolitical tensions, rising defense budgets, counter-drone requirements, integrated air and missile defense modernization, border security investments, airport surveillance expansion, indigenous defense manufacturing initiatives, and growing adoption of AI-enabled surveillance technologies. The report outlines effective strategies including regional manufacturing expansion, defense partnerships, technology licensing, local production, software-defined radar innovation, and customized surveillance solutions that support successful market entry and sustainable long-term growth.

**The global short-range air surveillance radar market report will provide access to approximately 113 market data tables, 144 figures, and 180 pages

Target Audience

The report is designed for defense organizations, armed forces, homeland security agencies, air force commands, naval forces, border security authorities, airport authorities, defense ministries, aerospace and defense manufacturers, radar system developers, electronic warfare solution providers, system integrators, command-and-control (C2) solution providers, semiconductor manufacturers, RF component suppliers, defense electronics companies, cybersecurity firms, research institutions, government agencies, procurement organizations, defense consultants, technology providers, engineering firms, institutional investors, venture capital firms, private equity organizations, and strategic business leaders seeking comprehensive insights into evolving surveillance technologies, procurement trends, defense modernization programs, competitive dynamics, and long-term investment opportunities across the global Short-Range Air Surveillance Radar Market.

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