The frequency and diversity of security threats in today’s world, particularly for land forces, have significantly increased. Autonomous Unmanned Ground Vehicles (UGVs) are essential for integrating modern technology into military units, utilizing sensor systems to assess their environment through remote management. They perform fundamental tasks such as reconnaissance, surveillance, and ammunition transport without personnel, aligning with the requirements of digital battlefields. These UGVs, available in various sizes and configurations, have evolved to fulfill a multitude of roles in modern warfare.
In response to the demands of contemporary combat operations, HAVELSAN designed and produced HAVELSAN BARKAN. This advanced UGV serves as a vital assistant for field personnel, enhancing operational success while preventing losses and reducing operational costs. BARKAN, with its emphasis on firepower, offers multi-role capabilities necessary for a wide spectrum of assignments, including tactical overwatch, medical evacuation, and chemical, biological, radiological, and nuclear (CBRN) detection. Its operationally proven features enable it to perform efficiently in difficult terrain and adverse weather conditions.
Equipped with remote control and autonomous mission capabilities, BARKAN is poised to be an integral companion for military units in future warfare scenarios. The vehicle's swarm infrastructure allows for joint operations with other land and air vehicles from a centralized command, enhancing collaborative efforts.
BARKAN’s modular design accommodates various payloads, making it versatile for multi-purpose UGV missions such as armed ISR (Intelligence, Surveillance, and Reconnaissance), close protection, and armed reconnaissance. With its stealth and agility, BARKAN is uniquely positioned to undertake dangerous missions, providing the fire support and multi-sensor intelligence needed for effective operations in modern combat environments.


Obstacle Avoidance
7.62 mm Weapon System
40 mm Grenade Launcher
Leader Follow-up
Weight
380 kg (Without Payload)
Weapon System
Robotic Arm (Bomb Disposal Mission)
Peripheral Surveillance System
Propulsion System:
Electric Motor

ARMED

ROBOTIC ARM

CARRIER

OBSERVER
BARKAN enhances the operational effectiveness of ground forces through its autonomous mission capabilities while minimizing personnel exposure during high-risk operations. Serving as a reliable force multiplier in reconnaissance, surveillance, and mission support activities, it addresses the evolving requirements of the modern battlefield.
With its open and modular architecture, BARKAN can be readily configured with a wide range of weapon systems, sensors, and mission payloads. Its flexible design enables rapid adaptation to changing operational requirements while supporting multi-role mission execution.
Equipped with autonomous patrol, route planning, and obstacle avoidance capabilities, BARKAN ensures reliable mission execution across complex terrain conditions, enhancing operational continuity in dynamic battlefield environments.
Designed to operate in coordination with other unmanned ground and aerial platforms under a centralized command structure, BARKAN enhances situational awareness and mission effectiveness in joint operations.
Matured through real-world operational experience, BARKAN delivers reliable performance and forms the technological foundation of the BARKAN product family.
| Application Class | Invention Name | Application No |
| PATENT | COMMAND AND CONTROL METHOD FOR UNMANNED GROUND VEHICLES | 2022/021699 |
| PATENT | FEEDBACK TRACKING MECHANISM FOR UNMANNED GROUND VEHICLES | 2023/019678 |
| PATENT | LEADER FOLLOWER SWARM CONTROL SYSTEM FOR UNMANNED AUTONOMOUS SYSTEMS | 2023/005908 |
| UTILITY MODEL | GPU-BASED IMAGE PROCESSING COMPUTER FOR MEDIUM AND HEAVY CLASS UNMANNED GROUND VEHICLES | 2023/005189 |
| PATENT | DAY-NIGHT UNMANNED AERIAL VEHICLE DETECTION SYSTEM FOR UNMANNED LAND VEHICLES | PCT/TR2023/050972 |
| PATENT | DAY-NIGHT UNMANNED AERIAL VEHICLE DETECTION SYSTEM FOR UNMANNED LAND VEHICLES | 2022/018222 |
| PATENT | AUTONOMOUS TRACK TENSION MECHANISM AND WORKING METHOD FOR UNMANNED GROUND VEHICLES | 2022/002511 |
| PATENT | TRACKING MECHANISM FOR UNMANNED GROUND VEHICLES | 2021/021757 |
| PATENT | TRACK TENSION MECHANISM FOR UNMANNED GROUND VEHICLES | 2021/00887 |
| PATENT | AN ARTIFICIAL INTELLIGENCE-BASED ROBOTIC ATTACK AND DEFENSE SYSTEM WITH MIXED SWARMS OF UNMANNED AERIAL AND LAND VEHICLES | 2020/22726 |
| Application Class | Brand Name | Application No |
| BRAND | BARKAN | 2020/54607 |
| Application Class | Design Name | Application No |
| DESIGN | IMAGE PROCESSING COMPUTER FOR MEDIUM AND HEAVY CLASS UNMANNED GROUND VEHICLES | 2022/012888 |
| DESIGN | UNMANNED GROUND VEHICLE (BARKAN V2) | 2022/012163 |
| DESIGN | UNMANNED GROUND VEHICLE (BARKAN) | 2022/010602 |