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Argentina drone detection system market is undergoing a pivotal transformation, shaped by internal security needs and the emergence of cross-border technology demand across South America. While Argentina faces increasing UAV activity across critical border zones, including illegal surveillance and smuggling via drones, the government is doubling down on both domestic infrastructure development and drone detection system exports. Defence-centric tech collaborations with countries like Chile, Paraguay, and Brazil are gradually positioning Argentina as a regional provider of cost-effective drone detection technology.
At the core of Argentina’s evolution is the rise of modular, portable UAV detection platforms that blend radar and RF-based surveillance. These systems are optimized for remote deployments in forested or mountainous regions, particularly in the northwest and northeast borders. The integration of EO/IR optics for rural perimeters and acoustic-based drone detection near agriculture corridors is also contributing to this hybrid surveillance approach.
According to DataCube Research, Argentina’s drone detection system market is projected to grow at a CAGR of 7.9% from 2025 to 2033, reaching an estimated USD 127.4 million by 2033. Growth is being catalyzed by civil defense reform, military digitalization, and export facilitation policies under CONAE (Comisión Nacional de Actividades Espaciales) and the Ministry of Defense.
With thousands of kilometres of porous borders and terrain-diverse regions, Argentina faces a growing need for agile, field-deployable drone detection units. Law enforcement and gendarmerie agencies are increasingly adopting lightweight RF signal analysers and radar towers that can be installed temporarily during conflict-sensitive or event-heavy periods. During the 2023 Pan American border drills, the National Gendarmerie deployed rapid-deployment counter-UAS kits, validating their need in border command strategies.
Argentina’s drone detection sector is also driven by the presence of non-state actors and the surge in transnational narcotrafficking networks leveraging drones. UAV-based contraband delivery across the Bolivia and Paraguay borders has increased the relevance of jamming tools, swarm detection capabilities, and mobile integration with national command centres. The Armed Forces are collaborating with domestic electronics firms to improve anomaly-based drone identification in radar-dense terrains.
Despite these drivers, challenges remain. Argentina’s drone detection systems often rely on imported battery components, creating operational inefficiencies during sustained missions. The Ministry of Security’s 2024 review noted increased downtime across solar-backed EO sensors during night missions due to inconsistent charge cycles.
Urban detection programs, particularly in Buenos Aires and Cordoba, face interference issues in RF-dense environments. Civil aviation overlaps, telecom tower congestion, and competing wireless systems reduce the accuracy of current RF-based detection models, requiring advanced filtering algorithms and frequency deconfliction protocols.
With the national rollout of 5G expected to be completed by 2027, Argentina is leveraging new signal infrastructure to embed drone detection analytics directly into telecom networks. This enables faster anomaly flagging and allows automated alerting mechanisms for no-fly zones in metro centres and stadiums.
To adapt to drone proliferation in logistics and e-commerce, Argentina’s aviation regulators are supporting the deployment of ADS-B and AI filters that differentiate between commercial and rogue UAVs. Pilot projects in Rosario are exploring vision-based AI systems trained on drone delivery flight patterns to improve object classification.
Precision farming hubs in Mendoza, San Juan, and La Pampa are becoming experimental zones for acoustic-UAV detectors. These solutions enable the monitoring of pesticide delivery drones and unregistered UAVs near sensitive crop environments, contributing to both food security and airspace governance.
Defence procurement programs are issuing joint tenders for drone detection and mitigation systems not only for domestic use but also for regional allies. In late 2023, Argentina signed an agreement with Chile for radar-linked C-UAS kits intended for shared highland border control, setting a precedent for regional hardware exports.
Argentina Civil Aviation Authority (ANAC) and the Ministry of Security are working toward aligning national airspace rules with the broader UAV defence framework. In early 2024, new resolutions introduced flight zone digitization and airspace tiering across civil and military jurisdictions. ANAC’s drone registration database is now being synchronized with real-time detection networks, allowing authorities to verify UAV credentials mid-flight.
Additionally, CONAE has initiated a geofencing satellite grid project, integrating drone detection triggers into low-orbit satellite nodes to improve remote terrain coverage. The framework aims to support autonomous response mechanisms and position Argentina as a geospatial contributor to regional air defence collaboration.
During the COVID-19 pandemic, UAVs were widely used for quarantine monitoring, traffic regulation, and medical delivery—creating broad public awareness about airspace control. This helped normalize drone detection infrastructure across health, logistics, and civic surveillance sectors, accelerating post-pandemic investments.
Argentina has tightened UAV registration procedures and mandated real-time UAV ID systems for drones operating above 250 grams. This digital enforcement strategy is supported by law enforcement integration with API-based drone registries, allowing for faster forensic analysis post-breach.
Amid high inflation and import control regulations, drone detection developers are being encouraged to localize production. Firms are increasingly sourcing from national electronics suppliers and software vendors to reduce currency exposure and qualify for tax incentives offered under the National Technological Modernization Program.
Argentina’s C-UAS developers are shifting from one-off contracts to export-ready platform solutions. Companies such as INVAP and Aselsan Argentina are piloting modular radar units and drone-neutralizing rifles that meet both local and neighboring countries' operational requirements.
The National University of La Plata, in collaboration with defence electronics firms, has established a UAV detection R&D lab focusing on API-based software overlays and acoustic mapping. This cluster is being funded through the National Strategic Tech Fund and is expected to feed directly into both civil aviation and national defense projects.
Several international players are partnering with Argentine firms to test Latin America-specific detection protocols. These collaborations are focused on local compliance, terrain calibration, and language-specific HMI for public safety units.
Argentina is evolving into a dual-track UAV detection leader: enhancing national perimeter defence while positioning itself as a key exporter of drone detection solutions in Latin America. Its integration of portable detection units, national registration frameworks, and export-focused development models is poised to generate sustained market value across the next decade.