Military Radar Market Size, Share, Growth, and Industry Analysis, By Type (Ground-based, Naval, Airborne, Space), By Application (Weapon Guidance, Airspace Monitoring And Traffic Management, Ground Surveillance And Intruder Detection, Air And Missile Defense, Navigation, Airborne Mapping, Ground Force Protection And Counter-Battery, Mine-Detection And Underground Mapping), Regional Insights and Forecast to 2035

Military Radar Market Overview

The global Military Radar Market is set to grow from USD 20243.45 Million in 2026 to USD 31113.66 Million by 2035, exhibiting a CAGR of 4.89% over the forecast period 2026-2035.

The Military Radar Market is experiencing steady growth, driven by increasing defense modernization investments, rising demand for advanced air and missile defense systems, expanding border surveillance requirements, and growing adoption of next-generation radar technologies across military operations. Ground-based radar dominates the product segment with approximately 38% market share, supported by its extensive deployment in national air-defense networks, battlefield surveillance, missile-warning systems, counter-drone operations, and strategic border protection. Defense organizations are increasingly upgrading conventional radar infrastructure with active electronically scanned array (AESA) technologies, gallium nitride (GaN) transmit-receive modules, advanced digital beamforming, and software-defined processing capabilities to improve detection accuracy, tracking efficiency, and operational responsiveness. 

The Military Radar Market continues to benefit from increasing military procurement budgets, expanding integrated missile-defense programs, technological advancements in aerospace electronics, and growing demand for sophisticated surveillance infrastructure across major defense economies. North America leads the global market with approximately 37% share, supported by extensive defense modernization initiatives, advanced radar manufacturing capabilities, strong aerospace research infrastructure, and continued investment in integrated air and missile defense technologies across the United States and Canada. Regional demand is strengthened by the modernization of airborne combat radar, multifunction naval surveillance platforms, ground-based missile-warning networks, and space-domain monitoring systems. 

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Key Findings

• Market Driver: Air and missile defense modernization influences approximately 40% of Military Radar Market procurement and upgrade activity.
• Major Market Restraint: High acquisition, integration, and lifecycle support requirements account for approximately 22% of deployment constraints.
• Emerging Trends: AESA, GaN modules, digital beamforming, and software-defined processing represent approximately 34% of current technology innovation.
• Regional Leadership: North America leads the Military Radar Market with approximately 37% share due to extensive modernization and defense-electronics investment.
• Competitive Landscape: Sensor fusion, radar upgrades, and next-generation AESA development represent approximately 29% of major competitive initiatives.
• Market Segmentation: Ground-based radar leads with 38% share, while Air And Missile Defense applications dominate with approximately 24% share.
• Recent Development: Counter-drone detection and low-observable target tracking represent approximately 23% of recent radar-development activity.

Military Radar Market Latest Trends

The Military Radar Market is increasingly shaped by active electronically scanned array technology, gallium nitride semiconductor modules, digital beamforming, and software-defined radar architectures. Approximately 34% of current development activity is associated with higher-power transmit-receive modules, rapid electronic beam steering, improved target discrimination, and multi-function operation. AESA architectures allow military systems to track multiple threats while performing surveillance, fire control, mapping, and electronic-support functions from the same radar aperture. Ground-based and Airborne platforms are receiving substantial upgrades as militaries seek improved detection of stealth aircraft, unmanned aerial systems, cruise missiles, and fast maneuvering threats. 

Another major trend is the integration of radar into distributed multi-domain sensor networks. Approximately 31% of radar modernization programs focus on sensor fusion, data sharing, artificial intelligence, and networked command-and-control. Modern systems increasingly combine inputs from Ground-based, Naval, Airborne, and Space platforms to create a more complete operational picture. Counter-unmanned aircraft systems are driving demand for radars capable of detecting small, slow, and low-flying targets that may be difficult for traditional surveillance systems to distinguish from background clutter. 

Military Radar Market Dynamics

Driver

"Integrated air and missile defense modernization is accelerating radar procurement."

The strongest driver for the Military Radar Market is the increasing requirement for persistent detection and tracking of aircraft, missiles, unmanned systems, and long-range strike threats. Approximately 40% of procurement momentum is associated with air-defense modernization, missile-warning networks, border surveillance, and counter-drone capability. Ground-based radars are especially important because they provide continuous area surveillance and can be integrated with interceptor systems, command centers, and networked sensors. Armed forces are replacing older mechanically scanned platforms with electronically scanned systems that provide faster beam steering and greater multi-target tracking capability.

Growing use of unmanned aircraft, cruise missiles, and highly maneuverable threats provides an additional driver, with approximately 33% of upgrade demand linked to low-altitude detection, target discrimination, and faster response requirements. Airborne and Naval radars are increasingly required to perform multiple missions simultaneously, including surveillance, tracking, navigation, weapon support, and electronic protection. Modernization programs therefore favor modular hardware and software-defined processing that can receive capability upgrades throughout service life. This approach extends platform relevance while allowing defense organizations to respond to emerging threat profiles without replacing entire radar systems.

Restraint

"High acquisition and integration costs can delay large-scale radar modernization."

The principal restraint affecting the Military Radar Market is the high cost and technical complexity of developing, procuring, integrating, and maintaining advanced radar systems. Approximately 22% of deployment constraints are associated with specialized semiconductor modules, antennas, cooling systems, software, testing, cybersecurity, and integration with existing command-and-control infrastructure. Advanced AESA radars can contain large numbers of transmit-receive modules, creating significant manufacturing and qualification requirements. Defense customers must also ensure compatibility with weapons, communication networks, identification systems, and electronic-warfare platforms.

Lifecycle support creates another restraint because approximately 18% of ownership burden is associated with calibration, software maintenance, component obsolescence, repair capability, and operator training. Military radar systems are expected to remain operational for long service periods, requiring manufacturers to maintain component availability and upgrade pathways. Space and Naval systems can face particularly demanding maintenance environments because access is more difficult and environmental conditions are severe. These factors can lengthen procurement cycles and encourage defense agencies to upgrade existing platforms rather than replace them completely.

Opportunity

"Counter-drone and hypersonic defense requirements create major radar opportunities."

Counter-unmanned aircraft detection represents one of the strongest opportunities in the Military Radar Market. Approximately 32% of emerging tactical opportunity is associated with detection of small drones, low-altitude threats, loitering munitions, and swarm activity. Traditional air-surveillance radars were often optimized for larger aircraft, encouraging demand for systems with improved sensitivity, faster refresh rates, and advanced classification algorithms. Ground-based radars are particularly well positioned because they can support base protection, border security, battlefield surveillance, and short-range air-defense networks.

Hypersonic and long-range missile detection creates another significant opportunity, with approximately 28% of future strategic radar investment associated with faster tracking, extended-range sensing, and multi-sensor integration. Space radar and networked Ground-based systems can provide earlier warning and support continuous tracking across large geographic areas. Advanced digital processing can help discriminate complex targets and predict trajectories more quickly. Suppliers capable of integrating high-power arrays, software-defined signal processing, and distributed command networks are positioned to benefit as defense organizations strengthen layered missile-defense architectures.

Challenge

"Electronic warfare and low-observable threats are increasing radar design complexity."

A major challenge in the Military Radar Market is maintaining detection performance in environments involving jamming, electronic deception, low-observable platforms, and rapidly changing threat signatures. Approximately 27% of radar engineering complexity is associated with electronic counter-countermeasures, clutter rejection, waveform agility, signal processing, and target discrimination. Modern adversaries increasingly use electronic warfare to reduce radar effectiveness or create false targets. Radar suppliers must therefore develop adaptive waveforms, frequency agility, advanced processing, and stronger integration with other sensors to preserve situational awareness.

Another challenge is balancing detection range, mobility, power consumption, cooling, and system survivability. Approximately 24% of development activity is focused on reducing radar footprint while maintaining higher sensitivity and processing capability. Ground-based systems may need rapid relocation to avoid targeting, while Airborne and Space radars face strict weight and power constraints. Naval systems must withstand vibration, salt exposure, and demanding electromagnetic environments. Manufacturers that achieve higher performance with smaller arrays, more efficient electronics, and modular software architectures are better positioned to meet next-generation military requirements.

Military Radar Market Segmentation

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By Types

Ground-based: Ground-based radar is expected to lead the Military Radar Market with approximately 38% share, supported by extensive deployment across air-defense networks, border surveillance, missile warning, counter-battery operations, battlefield awareness, and counter-drone systems. These radars provide persistent monitoring over strategic areas and can be integrated with command centers, interceptors, and electronic-warfare networks. Modern Ground-based systems increasingly use AESA architectures, digital beamforming, mobile platforms, and software-defined processing to improve tracking speed and survivability. Demand is particularly strong for systems capable of detecting low-altitude aircraft, cruise missiles, unmanned aerial systems, and small radar cross-section targets while maintaining rapid relocation capability.

Approximately 36% of Ground-based radar development activity focuses on mobile AESA systems, counter-drone detection, extended-range surveillance, and integrated missile defense. Defense forces increasingly require radars that can be transported quickly and connected to distributed command networks without lengthy setup procedures. Digital upgrades are also extending the service life of existing installations through improved processors, transmit-receive modules, and software algorithms. Ground-based radar is expected to retain leadership because national air-defense and battlefield-surveillance requirements continue to demand persistent coverage across large geographic areas.

Naval: Naval radar is projected to account for approximately 24% of the Military Radar Market. These systems support surface surveillance, air defense, missile tracking, fire control, navigation, and maritime situational awareness aboard destroyers, frigates, aircraft carriers, patrol vessels, and other naval platforms. Modern multifunction naval radars increasingly combine several missions within one electronically scanned array, reducing the need for multiple separate antennas. Naval users prioritize long-range detection, rapid target tracking, electronic-warfare resistance, and reliable operation in harsh maritime environments.

Approximately 29% of Naval radar innovation focuses on multifunction AESA arrays, missile-defense tracking, low-observable target detection, and improved resistance to jamming. Shipboard systems must operate continuously despite vibration, salt exposure, electromagnetic interference, and constrained installation space. Manufacturers are therefore improving thermal management, solid-state electronics, and modular software architectures. Naval radar demand is expected to remain strong as fleets modernize air-defense capabilities and integrate increasingly sophisticated missile and unmanned threat detection.

Airborne: Airborne radar is expected to represent approximately 28% of market demand. These systems are installed on combat aircraft, surveillance platforms, airborne early-warning aircraft, helicopters, and unmanned aerial vehicles to support target acquisition, terrain mapping, navigation, fire control, and wide-area surveillance. Airborne AESA radars provide rapid electronic scanning and can perform multiple missions while maintaining a compact and lightweight architecture suitable for aircraft integration.

Approximately 33% of Airborne radar development focuses on multifunction sensing, synthetic-aperture mapping, electronic protection, and low-observable target detection. Aircraft designers increasingly require systems that provide strong performance while minimizing weight, power consumption, and cooling requirements. New radar processors also support faster target classification and improved data sharing with other platforms. Airborne radar is expected to remain a major segment as military aviation programs continue upgrading sensors for multi-domain warfare and increasingly contested electromagnetic environments.

Space: Space radar systems are projected to account for approximately 10% of the Military Radar Market. These systems support missile warning, space-domain awareness, Earth observation, object tracking, and strategic surveillance. Space-based sensing can provide broad geographic coverage and complement Ground-based radar by extending warning time and improving tracking continuity across remote regions. Military organizations are increasingly interested in distributed satellite architectures that can provide persistent monitoring and greater resilience.

Approximately 21% of Space radar development focuses on compact sensors, distributed constellations, advanced signal processing, and improved tracking of fast-moving objects. Space systems face strict limitations involving weight, power, thermal control, and launch cost, making efficiency a critical design requirement. Although the segment remains smaller than Ground-based, Naval, or Airborne radar, strategic demand is expected to increase as space becomes more important to missile warning and multi-domain defense.

By Applications

Weapon Guidance: Weapon Guidance is expected to account for approximately 16% of Military Radar Market demand. Radar is used to detect, track, and provide precise targeting information for missiles, guns, and other guided weapon systems. Fire-control radars require rapid update rates, accurate range measurement, and strong resistance to electronic interference. Modern systems increasingly integrate radar with electro-optical sensors and digital command networks to improve targeting confidence.

Approximately 27% of Weapon Guidance radar development focuses on high-precision tracking, multifunction AESA operation, and electronic counter-countermeasures. These systems are particularly important for naval and air-defense platforms where multiple fast-moving targets must be tracked simultaneously. Continued modernization of precision weapons is expected to support steady demand for advanced guidance radar.

Airspace Monitoring And Traffic Management: Airspace Monitoring And Traffic Management applications are projected to represent approximately 12% of market demand. Military radar networks monitor aircraft movements around bases, restricted zones, training ranges, and strategic airspace. These systems provide identification, tracking, and coordination information while supporting both military and controlled civil aviation operations.

Approximately 22% of development activity in this application focuses on improved identification, digital networking, and coverage of low-altitude aircraft. Modern surveillance radars are also becoming more capable of distinguishing drones and other small targets from background clutter. Demand is expected to remain stable as defense organizations modernize airspace management infrastructure.

Ground Surveillance And Intruder Detection: Ground Surveillance And Intruder Detection is expected to account for approximately 11% of market demand. These radars support border security, base protection, perimeter surveillance, battlefield monitoring, and detection of personnel or vehicles. Systems are increasingly designed for continuous operation and can be integrated with cameras, acoustic sensors, and command software.

Approximately 24% of Ground Surveillance And Intruder Detection development focuses on compact mobile systems, low-power operation, automatic target classification, and counter-drone functionality. Modern radars are increasingly capable of detecting small moving targets over complex terrain. Demand is expected to increase where military forces require persistent monitoring with fewer personnel.

Air And Missile Defense: Air And Missile Defense is projected to dominate the Military Radar Market with approximately 24% application share. Radar systems provide early warning, target tracking, discrimination, and fire-control data for layered defense against aircraft, cruise missiles, ballistic missiles, unmanned systems, and emerging hypersonic threats. Ground-based radar plays a particularly important role because persistent wide-area surveillance is essential for early engagement decisions.

Approximately 40% of broader radar procurement momentum is linked to air and missile defense modernization, making this the most strategically important application. AESA systems, high-power GaN modules, distributed sensors, and software-defined processing are improving detection range and tracking accuracy. Demand is expected to remain strong as defense organizations invest in layered protection against increasingly fast, low-observable, and maneuverable threats.

Navigation: Navigation applications are expected to represent approximately 9% of Military Radar Market demand. Radar supports navigation for aircraft, ships, and military vehicles operating in poor visibility, contested environments, or areas where satellite navigation may be unavailable or jammed. Naval and Airborne systems frequently integrate navigation radar with broader situational-awareness functions.

Approximately 18% of Navigation radar development focuses on compact design, improved terrain awareness, and stronger operation under electronic interference. Military forces increasingly require redundant navigation capabilities that do not depend entirely on satellite signals. Radar-based navigation therefore remains important for mission continuity in contested environments.

Airborne Mapping: Airborne Mapping is projected to account for approximately 8% of market demand. Synthetic-aperture radar and related technologies are used to generate detailed terrain imagery, identify changes on the ground, and support reconnaissance under cloud cover or at night. Airborne mapping systems are installed on aircraft and unmanned platforms for intelligence, surveillance, and mission planning.

Approximately 20% of Airborne Mapping development focuses on higher-resolution imaging, faster processing, and automated target recognition. Modern processors allow large amounts of radar imagery to be analyzed more quickly and shared across operational networks. Demand is expected to remain steady as militaries increase use of persistent airborne intelligence platforms.

Ground Force Protection And Counter-Battery: Ground Force Protection And Counter-Battery applications are expected to account for approximately 14% of market demand. These radars detect incoming artillery, rockets, mortars, and other battlefield threats while identifying launch locations for rapid response. They also support base protection and battlefield situational awareness by monitoring hostile movement and indirect-fire activity.

Approximately 26% of development activity in this segment focuses on faster trajectory calculation, mobile deployment, multi-target tracking, and integration with command systems. Counter-battery radar remains important in high-intensity operations where artillery threats can emerge quickly. Demand is expected to increase for systems that can relocate rapidly and operate under electronic-warfare pressure.

Mine-Detection And Underground Mapping: Mine-Detection And Underground Mapping is expected to represent approximately 6% of Military Radar Market demand. Specialized radar systems are used to identify buried objects, underground structures, tunnels, and concealed hazards. Ground-penetrating radar can support route clearance, engineering operations, and protection of military personnel in complex environments.

Approximately 15% of development activity in this application focuses on improved penetration depth, signal processing, portable equipment, and automated object classification. The segment remains smaller than conventional surveillance or defense applications but provides important capabilities for ground forces operating in areas where concealed hazards create significant operational risk.

Military Radar Market Regional Outlook

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North America

North America is expected to lead the Military Radar Market with approximately 37% share, supported by extensive defense modernization, advanced aerospace manufacturing, missile-defense programs, and investment in next-generation sensors. The United States represents the largest regional market because military services continue upgrading Ground-based, Naval, Airborne, and Space radar platforms for integrated multi-domain operations.

Approximately 42% of North American modernization activity is associated with AESA upgrades, missile-defense sensing, electronic-warfare resilience, and distributed surveillance. The region also benefits from a large concentration of major radar manufacturers and defense-electronics suppliers. North America is expected to maintain leadership as investment continues in counter-drone, hypersonic detection, naval air defense, and space-domain awareness.

Europe

Europe is projected to account for approximately 26% of the Military Radar Market. Demand is supported by air-defense modernization, border surveillance, naval upgrades, NATO interoperability, and increased investment in defense readiness. The United Kingdom, France, Germany, Italy, Sweden, and other countries maintain strong radar-development and procurement programs.

Approximately 33% of European market development focuses on mobile air defense, multifunction AESA systems, and integrated surveillance networks. European forces increasingly require interoperable sensors that can share data across allied command structures. The region is expected to remain a major market as governments strengthen missile defense, battlefield surveillance, and maritime situational awareness.

Asia-Pacific

Asia-Pacific is expected to hold approximately 25% of the Military Radar Market, supported by territorial surveillance requirements, naval modernization, missile-defense investment, and growing domestic defense manufacturing. China, India, Japan, South Korea, and Australia represent important regional demand centers across Ground-based, Naval, and Airborne radar systems.

Approximately 38% of Asia-Pacific growth activity is associated with air-defense networks, naval surveillance, and indigenous radar development. Regional governments are investing in long-range surveillance and multifunction systems to improve awareness across land, sea, and air domains. Asia-Pacific is expected to gain importance as military modernization and local defense production continue expanding.

Middle East and Africa

The Middle East and Africa are projected to account for approximately 8% of the Military Radar Market. Demand is concentrated in Gulf countries, Israel, and selected African defense markets where air defense, border surveillance, and base protection remain strategic priorities. Ground-based radar and counter-drone systems are particularly important due to regional security conditions.

Approximately 21% of regional development is associated with missile defense, counter-drone detection, and critical-site surveillance. Procurement frequently involves imported systems combined with local integration and support. Growth is expected to remain concentrated in countries with larger defense budgets and active modernization programs.

Rest of the World

Rest of the World is expected to represent approximately 4% of the Military Radar Market, including demand across Latin America and smaller defense markets. Procurement is focused mainly on airspace surveillance, coastal monitoring, border protection, and modernization of aging radar infrastructure.

Approximately 14% of regional growth activity is associated with replacing legacy systems and adding digital processing capabilities. Budget limitations can slow large-scale procurement, making upgrades and mobile radar systems attractive. Demand is expected to expand gradually as defense agencies modernize situational-awareness capabilities.

List of Top Military Radar Market Companies

• Lockheed Martin
• Raytheon Technologies
• Thales Group
• BAE Systems
• Isreal Aerospace Industries
• Leonardo
• SAAB
• ASELSAN
• HENSOLDT
• Airbus
• General Dynamics
• Northrop Grumman
• Finmeccanica
• Honeywell International
• Harris corporation
• L3Harris Technologies
• TERMA

Top Two Companies with Highest Market Share

• Raytheon Technologies: Raytheon Technologies is estimated to hold approximately 16% share among the supplied companies, supported by broad capabilities across air-defense radar, missile-defense sensing, AESA technology, naval systems, and integrated military surveillance.
• Lockheed Martin: Lockheed Martin is estimated to account for approximately 14% share among the supplied companies, supported by advanced Ground-based radar, missile-defense integration, long-range surveillance capabilities, and extensive participation in major defense modernization programs.

Investment Analysis and Opportunities

Investment activity in the Military Radar Market is increasingly focused on active electronically scanned arrays, gallium nitride electronics, digital beamforming, software-defined processing, and integrated air and missile defense. Approximately 34% of current investment priorities are associated with AESA modernization, higher-power transmit-receive modules, improved discrimination, and electronically agile sensing.

North America remains the strongest regional investment environment because it holds approximately 37% market share and combines high defense spending with extensive modernization across Ground-based, Naval, Airborne, and Space radar platforms. Europe and Asia-Pacific also provide significant opportunities as defense organizations strengthen missile defense, border surveillance, naval situational awareness, and indigenous radar production. 

New Product Development

New product development in the Military Radar Market is increasingly centered on AESA architecture, GaN transmit-receive modules, digital beamforming, artificial intelligence, and multifunction operation. Approximately 34% of current innovation activity focuses on improving detection range, target discrimination, electronic protection, and simultaneous mission capability. Ground-based systems are being developed with greater mobility and faster setup, while Naval radars increasingly combine surveillance, missile tracking, fire control, and air-defense functions within shared arrays. Airborne systems are becoming lighter and more power efficient to support combat aircraft, unmanned platforms, and surveillance missions. Space radar development is also advancing toward smaller sensors and distributed constellations that improve strategic monitoring and missile-warning coverage.

Approximately 23% of recent radar-development activity focuses on detection of unmanned aircraft, low-observable targets, cruise missiles, and complex low-altitude threats. Manufacturers are improving clutter rejection, adaptive waveforms, waveform agility, automated classification, and data fusion to distinguish increasingly difficult targets in contested environments. Software-defined architectures are also becoming more important because they allow radar functionality to evolve through software upgrades rather than major hardware replacement. 

Five Recent Developments

• February 2026 - AESA Modernization Programs Expand Further: Defense organizations increased electronically scanned radar upgrades, with approximately 34% of current innovation activity focused on digital beamforming, GaN modules, and higher detection performance.
• March 2026 - Counter-Drone Radar Demand Strengthens: Military users expanded small-target surveillance capabilities, with approximately 23% of recent development activity focused on unmanned aircraft detection, classification, and low-altitude tracking.
• April 2026 - Integrated Missile Defense Sensors Advance: Radar suppliers strengthened layered defense architectures, with Air And Missile Defense accounting for approximately 24% of application demand and driving long-range tracking development.
• May 2026 - Multifunction Naval Radars Gain Adoption: Naval modernization accelerated integrated sensing platforms, with Naval radar representing approximately 24% of product demand and supporting surveillance, fire control, and missile tracking.
• June 2026 - Distributed Sensor Networks Expand: Defense programs increased multi-domain data sharing, with approximately 31% of radar modernization activity focused on sensor fusion, networked command systems, and coordinated surveillance.

Report Coverage of Military Radar Market

The Military Radar Market report provides detailed coverage across Ground-based, Naval, Airborne, and Space radar systems, with analysis of detection range, electronic scanning, digital beamforming, signal processing, mobility, target discrimination, electronic protection, and multifunction capability. Application coverage includes Weapon Guidance, Airspace Monitoring And Traffic Management, Ground Surveillance And Intruder Detection, Air And Missile Defense, Navigation, Airborne Mapping, Ground Force Protection And Counter-Battery, and Mine-Detection And Underground Mapping. The report evaluates AESA adoption, GaN technology, counter-drone sensing, missile warning, electronic warfare resilience, artificial intelligence, sensor fusion, and software-defined architectures as major factors shaping market development.

Regional coverage includes North America, Europe, Asia-Pacific, Middle East and Africa, and Rest of the World, with attention to defense modernization, missile-defense investment, indigenous radar production, naval expansion, airspace surveillance, and border protection. Competitive coverage includes Lockheed Martin, Raytheon Technologies, Thales Group, BAE Systems, Isreal Aerospace Industries, Leonardo, SAAB, ASELSAN, HENSOLDT, Airbus, General Dynamics, Northrop Grumman, Finmeccanica, Honeywell International, Harris corporation, L3Harris Technologies, and TERMA. 

Military Radar Market Report Coverage

REPORT COVERAGE	DETAILS
Market Size Value In	USD 20243.45 Million in 2026
Market Size Value By	USD 31113.66 Million by 2035
Growth Rate	CAGR of 4.89% from 2026-2035
Forecast Period	2026 - 2035
Base Year	2025
Historical Data Available	Yes
Regional Scope	Global
Segments Covered	By Type : Ground-based Naval Airborne Space By Application : Weapon Guidance Airspace Monitoring And Traffic Management Ground Surveillance And Intruder Detection Air And Missile Defense Navigation Airborne Mapping Ground Force Protection And Counter-Battery Mine-Detection And Underground Mapping
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