The Turkish company Havelsan presented its defense technologies at the International Air and Space Fair – FIDAE 2026, one of the main aerospace, defense, and security events in Latin America, held in Santiago de Chile. In this edition, the company is exhibiting its portfolio of solutions that include command and control systems, simulation and training technologies, as well as autonomous and unmanned systems.
Within this framework, Havelsan develops “integrated high-technology solutions to meet the changing needs of modern defense environments,” in response to the evolution of the current operational environment. Under this premise, demand is no longer limited to the incorporation of new platforms, but rather requires an approach focused on the interoperability of existing systems and on accelerating decision-making processes.
In the field of autonomous systems, the company presented its “Digital Force” concept, which integrates different unmanned assets within a networked architecture. Among them are the unmanned aerial vehicles (UAVs) BAHA, BOZBEY, and BULUT, the unmanned ground vehicle (UGV) BARKAN, and the armed unmanned surface vehicle (AUSV) SANCAR. This ecosystem allows coordinated operation between manned and unmanned platforms, increasing operational flexibility and effectiveness in complex missions.
In the naval segment, Havelsan presented the SANCAR AUSV, an armed unmanned surface vehicle designed to operate in highly complex environments. Equipped with advanced sensors and autonomous capabilities, it can execute surveillance, patrol, surface warfare, and mine countermeasure missions without direct personnel intervention. Integrated under NATO standards and based on the ADVENT C4ISR system, it enables networked operations and coordination with manned platforms.
Regarding the land domain, the UGV BARKAN is oriented toward reconnaissance, surveillance, and logistical support missions. Its modular design and emphasis on firepower allow it to perform tasks such as tactical surveillance, medical evacuation, and CBRN detection.
Finally, in the air domain, Havelsan presented the UAV BAHA, an autonomous system with VTOL capability optimized for ISR missions. Its modular architecture and ability to operate in GPS-denied environments make it suitable for complex scenarios, while its integration with other unmanned systems reinforces its role within coordinated and networked operations.
Finally, Havelsan’s participation in FIDAE 2026 is framed within a regional strategy aimed at strengthening its presence in Latin America, promoting long-term cooperation, technology transfer, and the adaptation of its solutions to the specific requirements of local users.
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