| Developers: | Roketsan |
| Date of the premiere of the system: | July 2025 |
| Branches: | Electrical and Microelectronics |
| Technology: | Robotics |
Content |
Cyberdogs
Main article: Cyberdog
History
2025: Product Announcement
Turkish defense company Roketsan has demonstrated an innovative four-legged unmanned platform Koz, which has become the world's first robotic dog with the ability to launch missiles. The unique development was presented on July 22, 2025.
The robotic platform is equipped with four Roketsan-designed Meta laser-guided guided ammunition. These missiles have previously been used on unmanned aerial vehicles, offshore platforms and ground-based unmanned aerial systems.
Meta ammunition provides a target range of 1000 to 1250 meters with high guidance accuracy. The laser guidance system allows the Koz robot to effectively hit targets at a tactical level with minimal risks to operators.
The robotic platform operates in two main modes - autonomous and remotely controlled. The design of the device is adapted for movement over difficult rough terrain, which provides high mobility in various operating conditions.
The Koz system runs autonomously for up to 2.5 hours without additional recharging or maintenance. This indicator allows you to perform long-term combat missions without human participation in dangerous zones.
Cyberdog is designed to carry out a wide range of military operations. The platform is capable of conducting reconnaissance activities, carrying out attacking actions and performing special tasks of increased complexity. The operational flexibility of the system ensures effective application in various tactical situations.
Koz specifications include several key features:
- four laser-guided Meta rockets;
- the possibility of autonomous and remote operation;
- stability when moving along a complex relief;
- autonomous work lasting up to 2.5 hours;
- multifunctional capabilities for attackers, intelligence and special operations.
Engineering solutions implemented in the Koz design represent a new stage in the development of ground-based combat robotics.[1]
Notes
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