Rapidly advancing in defense technologies, Turkey is once again in the global spotlight with a groundbreaking innovation. At the IDEF 2025 Defense Industry Fair held in Istanbul, Roketsan introduced KOZ, the country’s first unmanned robot dog, specially developed for challenging missions. With its four-legged, high-mobility design, KOZ is engineered to actively perform both reconnaissance and attack operations.
KOZ, Turkey’s First Missile-Launching Robot Dog, Showcased at IDEF 2025: Key Features
KOZ has been developed as an unmanned ground vehicle capable of operating in mine-infested areas and navigating narrow, hazardous terrain. Roketsan’s unveiling of this innovative system not only marks a technological breakthrough but also signals a strategic shift in the future of military operations.
Key capabilities of the robot dog include:
- The ability to move with ease over rough and narrow terrain thanks to its four-legged structure
- Advanced sensors and imaging systems for effective reconnaissance missions
- Support for offensive operations near frontlines when needed
- Compatibility with both remote control and autonomous mission execution systems
This versatility highlights KOZ’s potential not only in conventional tasks but also in asymmetric warfare environments.
Roketsan Presents KOZ for Complex Missions: Equipped with 4 METE Missiles, Operational Range up to 1,250 Meters, and 2.5 Hours of Autonomous Duty
One of KOZ’s most striking features is its integrated payload: four METE guided missiles mounted on its back, capable of striking targets at distances of up to 1,250 meters. This makes KOZ more than a recon tool—it’s also a mobile fire support platform.
With a fully charged battery, KOZ can operate autonomously for up to 2.5 hours without interruption. This endurance allows it to perform long-term missions without operator intervention, offering a significant advantage in high-risk zones both in terms of time and personnel safety.
Moreover, KOZ can be remotely operated from secure locations or carry out missions autonomously, thanks to its integration with AI-based systems. This allows the robot dog to function independently when necessary, increasing its operational value across diverse mission profiles.
