North America Mine Detection System Market Size and Forecast 2025–2033

The North America Mine Detection System Market is set for sustained and substantial growth, rising from US$ 3.92 billion in 2024 to an estimated US$ 6.58 billion by 2033, according to Renub Research. This reflects a strong 5.93% CAGR between 2025 and 2033, driven by advancing detection technologies, evolving defense priorities, and heightened national security needs. Even though North America is not heavily affected by landmines domestically, the region plays a significant role globally — both in defense operations and humanitarian mine-removal missions. As a result, demand for advanced mine detection platforms has seen a steady rise across ground, marine, airborne, and handheld applications.

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North America Mine Detection System Market Overview

Mine detection systems are specialized technologies designed to identify landmines, explosive remnants of war, and buried improvised explosive devices (IEDs). In North America, the systems are utilized primarily for:

Military preparedness and soldier training

Counter-IED missions in overseas deployments

Border and homeland security operations

Humanitarian demining programs in conflict-affected countries

Marine security and naval mine countermeasures

The United States and Canada remain global leaders in both the application and development of these technologies. Beyond defense forces, North American firms invest heavily in research and engineering advancements that are transforming detection accuracy, speed, safety, and autonomy.

Market Drivers

1. Defense Modernization and Technological Renewal

One of the strongest drivers of market expansion is the continued modernization of defense forces in the U.S. and Canada. Both countries are investing heavily in next-generation sensing platforms — from artificial intelligence-enabled radars to unmanned scanning vehicles.

Systems such as ground-penetrating radar (GPR), infrared scanners, autonomous mine detection robots, and AI-driven multi-sensor fusion platforms are now integral to military readiness.

In February 2025, Defence Research and Development Canada (DRDC) and the Canadian Embassy in the U.S. collaborated with multiple agencies to advance priority research for NORAD modernization and continental defense. These efforts underscore the commitment of both nations to evolving threat detection capabilities, indirectly benefiting the mine detection system market.

As modern battlefield threats evolve — including IEDs, roadside bombs, and concealed explosive traps — the need for cutting-edge detection systems intensifies.

2. Rising Threat of Terrorism and Border Security Needs

North America’s increasing emphasis on border protection, counter-terrorism operations, and illicit cross-border activity has accelerated the adoption of mine detection and explosive threat detection tools.

IEDs and explosive devices represent significant risks, which has led border agencies to deploy:

Portable explosive detection sensors

Vehicle-mounted scanning systems

Autonomous patrolling and detection robots

Thermal and infrared mine detection units

In June 2025, the CBP Office of International Affairs (INA) expanded its global coordination efforts — strengthening intelligence sharing, international cooperation, and U.S. border security projection. These activities reinforce the need for advanced landmine and explosive detection solutions as part of America’s broader homeland security framework.

3. Rapid Technological Advancements and System Integration

Technology remains at the heart of the mine detection market’s upward trajectory. Several innovations are transforming the sector:

AI-Assisted Ground-Penetrating Radar

Artificial intelligence enhances subsurface imaging, enabling quicker and more accurate detection even in unpredictable terrains.

Drone-Mounted Detection Units

Unmanned aerial vehicles (UAVs) equipped with sensors significantly reduce personnel risk and expand the range of detection.

Real-Time Data Analytics

Immediate interpretation of patterns allows for faster decision-making in dangerous environments.

Multi-Sensor Fusion Platforms

Integrating GPR, electromagnetic sensors, thermal imaging, and acoustic detection boosts detection accuracy across variable soil types and environmental conditions.

A notable milestone occurred in June 2025, when ELTA North America acquired Chemring Sensors & Electronic Systems’ Explosive Hazard Detection business unit. This strengthened ELTA’s footprint in advanced radar systems, battlefield mobility support, and mission-critical detection technologies — signaling a consolidation trend across the region.

Challenges in the Market

1. High Procurement and Maintenance Costs

High acquisition costs pose a significant challenge, especially for smaller agencies or budget-constrained departments. Technologies such as:

GPR systems

Drone-based platforms

Infrared thermal detectors

AUVs and ROVs

require substantial investment for both deployment and ongoing maintenance. Software upgrades, spare parts, and calibration also add to long-term expenditures.

2. Operational Limitations Across Complex Terrains

Despite continuous technological improvement, detection systems can face performance constraints in:

Urban areas (interference from infrastructure)

Dense forests or vegetation

Underwater environments (salinity, currents, mineral interference)

Clay-rich or mineral-heavy soil types

These terrain-based performance issues highlight the need for continuous R&D to ensure accuracy and reliability in real-world field operations.

North America Marine-Based Detection System Market

Naval mine warfare continues to be a major focus for North American defense. The U.S. Navy and Royal Canadian Navy rely heavily on:

Autonomous Underwater Vehicles (AUVs)

Remotely Operated Vehicles (ROVs)

High-frequency sonar systems

Underwater magnetic detection platforms

These marine-based systems protect naval vessels, international shipping lanes, critical ports, and maritime infrastructure.

Because of the U.S.’s large naval expenditure and Canada’s growing commitments to maritime defense, underwater mine detection is expected to remain a high-growth segment through 2033.

Technological Breakdown

Ground Penetrating Radar (GPR) Systems in North America

GPR systems are essential for identifying buried explosives and IEDs with precise subsurface imaging. They are widely used for:

Route clearance

Convoy protection

Military engineering operations

Humanitarian demining missions

AI integration has further enhanced their detection accuracy, making GPR one of the fastest-growing technology segments.

Infrared Detection System Market

Infrared-based systems detect mines through the thermal signatures of disturbed soil or the mine itself. They are especially valuable for:

Nighttime operations

Low-visibility missions

Border surveillance

Counter-terrorism tasks

Advancements in sensor processing and miniaturization are making infrared detection tools lighter, more energy-efficient, and more affordable.

Defense Sector Dominance

The defense segment accounts for the largest revenue share within the North American mine detection system market.

U.S. and Canadian defense agencies deploy these systems for:

Counter-IED operations

Battlefield mobility

Overseas military missions

Peacekeeping operations

Border surveillance

Naval mine countermeasures

With consistently high budgets — particularly in the U.S. — defense procurement will continue to drive market expansion throughout the forecast period.

In September 2024, L3Harris released a modular payload for the Small Multipurpose Equipment Transport (SMET), enabling autonomous detection and mapping of landmines. This advancement reduced the need for human intervention and significantly improved wide-area scanning safety.

Regional Market Snapshots

United States

The United States remains the largest and most technologically advanced market for mine detection systems. High defense budgets and heavy investment in R&D ensure continued leadership.

Key areas of adoption include:

Counter-IED missions

Naval mine detection

Border protection

Autonomous detection vehicles

AI-driven sensor integration

The U.S. is also a global hub for developing next-gen robotics and unmanned platforms, further solidifying its dominance.

Canada

Canada’s market is smaller but steadily expanding due to defense modernization and international peacekeeping commitments.

Key investment areas include:

GPR technologies

Portable handheld detectors

Underwater mine detection systems

In December 2022, Canada signed contracts worth up to $57.9 million with Kraken Robotic Systems Inc. for the Remote Mine-Hunting and Disposal System (RMDS), enhancing naval readiness and maritime security.

Canada’s long coastline and maritime responsibilities make underwater detection especially important.

Market Segmentation

By Deployment Platform

Vehicle-Mounted

Marine-Based

Airborne

Handheld

By Technology

Ground Penetrating Radar

Electromagnetic Detection

Acoustic Detection

Infrared Detection

By End Use

Defense

Homeland Security

Regional Outlook

United States

Canada

Major Companies (5 Viewpoints Each: Overview, Key Person, Developments, SWOT, Revenue)

BAE Systems

Chemring Group PLC

Israel Aerospace Industries (IAI)

MBDA

MINE KAFON LAB

Northrop Grumman Corporation

Schiebel Corporation

Final Thoughts

The North America Mine Detection System Market is entering a transformative decade. With rising geopolitical uncertainties, evolving battlefield threats, and growing emphasis on autonomous detection technologies, both the U.S. and Canada are accelerating investments. The integration of AI, robotics, and real-time sensing will redefine how defense forces detect, evaluate, and neutralize explosive threats — on land, at sea, and across borders.

Given its strong CAGR and strategic importance, this market is poised not only for steady growth but also for massive technological breakthroughs by 2033.