BARKAN is a modular, medium-class autonomous UGV by Havelsan, performing armed ISR, C-UAS, and logistics missions with swarm AI and remote/autonomous operation capabilities.

BARKAN Autonomous Unmanned Ground Vehicle

BARKAN is a medium-class autonomous unmanned ground vehicle developed by Havelsan for modern battlefields. It combines modular payloads, intelligent autonomy, and networked operations to support frontline missions.

Key Features and Advantages

1. Modular Mission Architecture

• Designed with a scalable payload structure supporting multiple mission roles.

• Enables rapid reconfiguration without platform redesign.

• Supports armed, surveillance, logistics, and specialist variants.

2. Autonomous and Remote Operations

• Operates in remote-controlled or fully autonomous modes.

• Supports waypoint navigation and automatic return functions.

• Maintains mission continuity during communication degradation.

3. Swarm and Collaborative Capability

• Incorporates patented swarm intelligence architecture.

• Enables coordinated missions with multiple UGVs.

• Supports joint operations with unmanned aerial systems.

4. Armed ISR and Surveillance

• Integrates day and night electro-optical sensor systems.

• Provides reconnaissance, observation, and target acquisition.

• Supports armed overwatch for maneuver units.

5. Counter-Drone Support Role

• Equipped with integrated day and night UAV detection sensors.

• Acts as a mobile counter-drone surveillance node.

• Enhances layered air defense awareness at tactical level.

6. Terrain and Environment Resilience

• Tracked mobility ensures operation on difficult terrain.

• Designed for harsh weather and temperature conditions.

• Maintains stability during extended field deployments.

BARKAN enhances force protection by assuming high-risk tasks traditionally performed by soldiers. Its modular structure, autonomous intelligence, and network-centric design make it a flexible robotic companion for reconnaissance, protection, logistics, and counter-drone missions within future manned and unmanned teaming concepts.