Intro
The BARKAN 2 is a next-generation autonomous unmanned ground vehicle designed to operate as a force multiplier for military units in complex and high-risk operational environments. Developed by HAVELSAN, the system is part of the company’s broader Digital Troops concept, where multiple unmanned systems operate collaboratively to enhance battlefield effectiveness. The vehicle utilizes a tracked mobility system, enabling it to traverse rough terrain, uneven surfaces, and adverse environmental conditions while maintaining stability and payload capacity. Its compact yet rugged design allows deployment in diverse operational theaters ranging from urban combat zones to remote and hostile terrains.
A key feature of BARKAN 2 is its modular architecture, allowing it to be configured for multiple mission roles. The platform supports a wide range of interchangeable payloads including weapon systems (7.62 mm machine guns, 40 mm grenade launchers), robotic arms for explosive ordnance disposal (EOD), surveillance systems, and specialized mission modules such as CBRN detection units. This flexibility enables operators to adapt the vehicle quickly for different mission requirements without redesigning the base platform.
The vehicle is powered by an electric propulsion system, offering reduced acoustic and thermal signatures compared to conventional internal combustion engines. With an operational endurance exceeding 5 hours, BARKAN 2 can sustain prolonged missions such as patrol, reconnaissance, and logistics support. Its autonomous navigation capabilities include obstacle avoidance, route planning, and leader-following behavior, allowing it to operate either independently or in coordination with other unmanned systems.
Additionally, BARKAN 2 is designed with advanced combat integration capabilities, including the ability to deploy loitering munitions and operate weaponized payloads for active engagement. Its swarm capability enables coordinated operations with other ground and aerial unmanned systems, supporting distributed and network-centric warfare strategies. This positions BARKAN 2 not only as a standalone robotic platform but as a critical component within integrated autonomous battlefield ecosystems.








