Delray Beach – October 14, 2026 -- The global drone detection market is estimated at USD 1.14 billion in 2026 and is projected to reach USD 3.34 billion by 2031, a CAGR of 24.0%, according to MarketsandMarkets. The forecast implies the market nearly triples over five years as operators seek to track small and low-flying drones around sensitive sites.
Multi-sensor architectures are the fastest-growing system type
Multi-sensor systems are the fastest-growing segment by architecture. Operators combine radar, RF, EO/IR and acoustic inputs to detect different drone signatures and offset the limits of any single sensor. Adoption spans military, airport and critical infrastructure applications.
Sensor fusion and geolocation software is set to grow fastest by offering
Sensor fusion and geolocation software is expected to register the highest growth by offering from 2026 to 2031. Fusion software merges inputs from multiple sensors into a common drone track and reduces duplicate or conflicting detections. Geolocation software determines the position of detected drones and, where RF data supports it, can also help locate their controllers. Demand rises as operators monitor multiple drones and larger areas around military facilities, airports, borders and critical infrastructure.
Vehicle-mounted and medium-range systems lead deployment and range growth
Vehicle-mounted systems are the fastest-growing deployment type, driven by mobile military, border and security operations. They can carry larger sensors and processing equipment and support both stationary and on-the-move detection.
Medium-range systems covering 6–20 km are the fastest-growing range segment. That coverage suits military bases, airports, borders and critical infrastructure, where drones must be detected before they approach restricted airspace.
Short-range systems (under 1 km) are expected to hold the second-largest market share in 2026. They serve public venues, prisons, government buildings, temporary military positions and commercial facilities, using RF sensors, EO/IR cameras, acoustic sensors or compact radar.
North America is the fastest-growing region on counter-drone spending
North America is expected to register the highest regional growth through the forecast period. The US and Canada are expanding the use of radar, RF, EO/IR and multi-sensor systems to identify and track small and low-flying drones. Government counter-drone programs and the protection of domestic infrastructure are creating demand for fixed-site, portable, vehicle-mounted and elevated systems.
Vendors target false alerts and faster deployment
Manufacturers are developing compact radar, RF, EO/IR, acoustic and multi-sensor systems for fixed, portable, vehicle-mounted, maritime and elevated use. They are adding AI-based classification to distinguish drones from birds and other objects and to cut false alerts. Modular designs, software-based processing and automated sensor integration aim to simplify deployment.
Major players named in the report are Leonardo DRS (US), SRC (US), Saab (Sweden), HENSOLDT (Germany) and Echodyne (US). They pursue product development, partnerships, contracts, agreements and acquisitions to expand capabilities and geographic presence.