BARKAN 2Autonomous Medium Class UGV
About BARKAN 2
Our system BARKAN 2, which we have given high quality with its ability to overcome difficult terrain and adverse weather conditions, eliminates asymmetric threats that military units may face.
Among the missions it can perform with its advanced autonomous features are providing firepower with different types of weapons, transporting equipment and wounded, IED destruction, surveillance and reconnaissance and damage assessment. In addition to these tasks, it can perform joint operations with other autonomous vehicles with its swarm infrastructure feature.
Upgradable Peripheral Surveillance System (Thermal/Day)
Propulsion System:
Electric Motor
Robotic Arm (Bomb Disposal Mission)
Peripheral Surveillance System
Weight Without Payload: 750 kg
3D Mapping
7.62 mm Weapon System
40 mm Grenade Launcher
LOAD CARRIER
CASEVAC
ROBOTIC ARM
GRENADE LAUNCHER
MINE DETECTOR
DUAL LAUNCHER
Base Platform Features
- Weight Without Payload : 750 kg
- Dimensions (LxWxH): 190 cm x 125 cm x 100 cm
- Ground Clearance: 20 cm
- Maximum Speed: 12 km/h
- Payload Capacity: 200-400 kg
- Trench Crossing: 700 mm Max.
- Operating Time: Min. 5 Hours
- Propulsion System: Electric Motor
- Operating Temperature: -200C - +490C
- Design: Scalable - Modular - Flexible
Mission Capabilities
- 5.56 / 7.62 / 12. 7 mm Weapon System
- 40 mm Grenade Launcher
- Loitering Ammunition
- Laser Guided Missile
- Robotic Arm (Bomb Disposal Mission)
- Load Carrying Kit
- Casualty Carrying Stretcher
- Trailer
- Mast Units
- Extendable Peripheral Surveillance System (EO/IR/LRF)
- SATCOM (Optional)
- Night/Day Reconnaissance
- 3D Mapping
- Rescue Missions
- Swarm Capabilities
Autonomous Features
- Autonomous Patrol
- GPS Standalone Task
- Return to Home in Loss of Link
- Leader Follow-up
- Obstacle Avoidance
- Drivable Route Selection
- Dynamic Route Planning
| 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 | Design 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 |
