Azerbaijan's Defense Industry Looks Beyond Domestic Needs With New Technologies and Export Plans.

Azerbaijan is expanding its domestic defense industry through the development of unmanned ground vehicles, armed drones, and specialized armored platforms designed for modern battlefield operations. During ADEX 2026, held in Baku, Army Recognition interviewed representatives of three Azerbaijani defense companies presenting locally developed military systems. Their projects reflect the country's efforts to strengthen national production capabilities while addressing emerging requirements in reconnaissance, combat support, and force protection.

 Representatives of AZSIMX, AZDEF and ITX Motors described their latest developments to Army Recognition, outlining their technical characteristics, intended battlefield applications and industrial ambitions.

The exhibition provided an opportunity to examine how Azerbaijan's defense industry is moving beyond conventional military equipment toward modular robotic systems and remotely operated platforms. Representatives of AZSIMX, AZDEF and ITX Motors described their latest developments to Army Recognition, outlining their technical characteristics, intended battlefield applications and industrial ambitions.

AZSIMX Develops Modular Ground Robots for Combat and Logistics

At the AZSIMX stand, senior software specialist Zahoor introduced a family of tracked and wheeled unmanned ground vehicles designed around interchangeable mission modules. The company's principal platform, known as SIGIR, can be configured for transporting ammunition, evacuating wounded personnel or carrying remotely controlled weapon systems. Its modular architecture allows operators to adapt the vehicle to different missions without developing an entirely new platform.

According to Zahoor, the SIGIR platform can accommodate weapon stations equipped with different calibers, alongside modules intended for transportation and battlefield support. He emphasized that the vehicle is manufactured domestically using locally produced components and an Azerbaijani supply chain, reflecting the company's focus on national industrial autonomy.

Another configuration, designated Sardar, incorporates additional equipment intended to extend its operational flexibility. These include LiDAR sensors, laser-based navigation systems and alternative communications architectures. AZSIMX also described the integration of Starlink connectivity and conventional radio-frequency links to maintain communications under different battlefield conditions, including environments affected by electronic warfare.

The company presented smaller unmanned ground vehicles intended for more specialized missions. Certain configurations can transport explosive payloads toward designated targets, while others serve as compact logistical carriers capable of delivering ammunition to positions that larger vehicles cannot easily reach. These systems could reduce the exposure of soldiers during resupply operations and provide additional options for conducting missions in contested areas.

AZDEF Combines Aerial Reconnaissance With Strike Capabilities

AZDEF presented a separate family of unmanned aerial vehicles designed for surveillance and offensive missions. During its interview with Army Recognition, the Azerbaijani company described the Shahin as a multifunctional platform capable of carrying a payload of up to 10 kg, with a claimed flight endurance reaching 2.5 hours.

The aircraft is intended to combine reconnaissance, observation, and strike functions within a single platform. Its autonomous capabilities are designed to simplify mission execution and reduce the workload imposed on operators, particularly during prolonged surveillance missions or operations requiring repeated observation of a designated area.

AZDEF also introduced the Quzghun, a smaller strike UAV designed to carry an explosive payload of approximately 1 kg. According to the manufacturer's representative, the aircraft can remain airborne for up to 34 minutes and has a stated operational range of approximately 15 km. The company also highlighted an onboard algorithm intended to improve resistance against electronic countermeasures, although its effectiveness under combat conditions was not independently established.

These two aircraft address complementary operational requirements. The Shahin can provide longer-duration observation and target identification, while the Quzghun is intended for shorter-range strike missions. Their combination reflects the growing importance of integrating surveillance and precision engagement capabilities within tactical unmanned aviation.

ITX Motors Expands Armored Mobility and Mine Clearance Capabilities

Azerbaijani manufacturer ITX Motors presented its armored vehicle portfolio alongside specialized mine-clearance equipment. Cavanshir Bayramov, Advisor to the Founder, highlighted the Bashak special operations armored vehicle, developed to meet national military requirements for protected mobility and deployment in demanding environments.

The vehicle, designated ITX 7L, reflects the company's engineering experience and its investment in domestic research and development. According to Bayramov, the platform has been adapted to the requirements of Azerbaijan's armed forces, with particular attention given to durability, mobility and operational reliability.

ITX Motors also emphasized its Revival mine-clearance vehicles, developed to support operations in areas contaminated by explosive hazards. The company reported that these systems are already employed in Azerbaijan and have also been supplied to Ukraine. Further projects are being pursued in Latin America and Gulf Cooperation Council countries, demonstrating the manufacturer's interest in expanding its international presence.

Azerbaijan Seeks Greater Defense Autonomy and Export Opportunities

Together, these developments illustrate Azerbaijan's ambition to establish a more diversified national defense industrial base. The combination of domestically developed robotic vehicles, strike drones and protected mobility platforms could reduce dependence on foreign suppliers while creating new export opportunities. Their emergence also reflects wider changes in military operations, where unmanned systems, electronic warfare resilience and distributed battlefield logistics increasingly influence force effectiveness. For Azerbaijan, the challenge now lies in translating these technologies into sustained production, reliable operational capabilities and international defense partnerships.

Written By Erwan Halna du Fretay - Defense Analyst, Army Recognition Group
Erwan Halna du Fretay holds a Master’s degree in International Relations and has experience studying conflicts and global arms transfers. His research interests include security and strategic studies, particularly the dynamics of the defense industry, the evolution of military technologies, and the strategic transformation of armed forces.

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