BAHASub-Cloud Autonomous UAV
About BAHA
Unmanned Aerial Vehicles (UAVs) are essential aerial systems capable of performing a wide range of tasks either independently or under the remote control of an operator. As the complexity of modern warfare increases and technology evolves, UAVs have become indispensable components of the battlefield, offering significant strategic advantages.
With features tailored to the requirements of contemporary armed forces, HAVELSAN BAHA is an Autonomous Sub-Cloud UAV with vertical takeoff and landing (VTOL) capabilities that enhances mission flexibility and operational performance. This robust system is designed for seamless integration in joint operations with other unmanned systems, thanks to its modular architecture that accommodates various payloads, ensuring comprehensive multi-mission performance and adaptability in diverse scenarios.
This fully autonomous Unmanned System excels in ISR (Intelligence, Surveillance, and Reconnaissance) roles and is especially effective in GPS denied environments, demonstrating its value in modern combat and future warfare contexts.
Ultimately, BAHA represents a turnkey solution with significant implications for enhanced swarm operations and the evolving landscape of military capabilities.
Maximum Tactical Agility Through Runway-Independent Operations
Thanks to its Vertical Take-Off and Landing (VTOL) capability, BAHA rapidly becomes mission-ready without requiring a runway or additional infrastructure, providing armed forces with exceptional operational agility. This capability enables effective deployment in time-critical missions and hard-to-access operational environments.
Enhanced Situational Awareness Through Persistent Intelligence
Equipped with a fully autonomous flight system and advanced ISR capabilities, BAHA performs real-time reconnaissance, surveillance, and target detection missions with high accuracy, supporting timely and informed decision-making processes.
Reliable Mission Performance in Electronic Warfare Environments
Featuring GNSS anti-jamming capabilities and advanced autonomous flight technologies, BAHA maintains mission continuity in electronically contested environments, enhancing operational reliability during critical missions.
Multi-Platform Operations Integrated with the Digital Troops Concept
Designed to operate seamlessly alongside unmanned aerial and ground platforms, BAHA enhances the effectiveness of network-enabled operations while contributing significantly to multi-platform mission execution.
Future-Ready Mission Capability Through a Modular Architecture
Its open system architecture enables the seamless integration of diverse payloads, delivering a scalable and sustainable solution capable of adapting to evolving operational requirements..
- MTOW
28 kg (Including Payload) - Payload Capacity
2 kg - Wingspan
4 m - Length
2.1 m - Cruise Speed
75 -80 km/h (40-43 Knots) - Data Link Range
Up to 50 km - Propulsion System
Electric Motor - Endurance
Up to 2 hours - Ceiling Altitude
10.000 ft - Operating Altitude
8.000 ft - Wind Limit
- 15 Knots (Take-off / Landing)
- 25 Knots (Cruising)
- Operating Temperature
-10/+50 °C - EO/IR/LRF Integrated Camera
- Fully Autonomous Flight System
- Runway Independent VTOL Mission Capability
- Sub-Cloud Mission Capability
- Transportation, Operation and Maintenance (2 Technicians)
- Intelligence, Surveillance and Reconnaissance with EO/IR/LRF Sensors
- 8 Antennas CRPA GNSS Anti-Jamming Capability
- Target Coordinate Estimation
- Return Home, Autonomous Landing in Case of Link Loss
- Target Detection and Tracking
- Ultimate Mobile Operation Capability
- Telemetry Link Redundancy
- Performing Mission in the Light Rain
- Border and Coastal Patrol
- Anti-Smuggling and Anti-Terrorism
- Public Security
- Narcotic Plant Detection
- Settlement Thermal Measurement
- Forest Fire Prevention
- Post-Disaster Assessment
- Environmental Pollution Detection
- Agricultural Applications
- Oil-Gas Pipelines Observation
- Power Lines Inspection
- Search and Rescue Operations
- Artillery Target Acquisition
- Cartography
| Application Class | Invention Name | Application No |
| PATENT | DETECTING MOVING TARGETS WITH A HYBRID APPROACH AT HIGH ALTITUDE WITH UNMANNED AERIAL VEHICLES | 2021/021117 |
| PATENT | A LOCATION-AIDED IMAGERY AND ARTIFICIAL INTELLIGENCE-BASED MULTI-OBJECT TRACKER METHOD FOR AERIAL PLATFORM CAMERAS | 2024/003807 |
| PATENT | VISION AND AI-BASED MULTI-OBJECT TRACKER FOR AERIAL PLATFORM CAMERAS | 2024/003414 |
| PATENT | DETECTING MOVING TARGETS WITH A HYBRID APPROACH AT HIGH ALTITUDE WITH UNMANNED AERIAL VEHICLES | 2021/021117 |
| PATENT | A SYSTEM AND METHOD FOR LEAKING ENERGY DETECTION WITH UAV IN POWER LINES | 2020/21707 |
| PATENT | A METHOD FOR CAMOUFLAGE DETECTION USING HYPERSPECTRAL CAMERA FOR VARIOUS VEHICLE PLATFORMS | 2019/14872 |
| PATENT | AERIAL SURVEYING SYSTEM WITH MULTIPLE CAMERAS | 2018/09340 |
| PATENT | A BURIED OBJECT DETECTION SYSTEM AND METHOD USED FOR MILITARY PURPOSES | 2017/23009 |
| PATENT | A DETECTION SYSTEM AND METHOD FOR DETECTION OF BURIED OBJECTS UNDERGROUND | 2017/22988 |
| PATENT | A SPECTRAL SIGNATURE BASED BURIED OBJECT DETECTION SYSTEM AND METHOD | 2017/22999 |
| PATENT | A DEEP LEARNING BASED METHOD FOR CANNABIS DETECTION FROM RGB CAMERA IMAGES | 2020/21717 |
| PATENT | A METHOD FOR CANNABIS DETECTION FROM INFRARED CAMERA IMAGES | PCT/TR2022/050865 |
| PATENT | A METHOD FOR CANNABIS DETECTION FROM INFRARED CAMERA IMAGES | 2021/012982 |
| PATENT | SYSTEM AND METHOD THAT ENABLES THE DETECTION OF CANNABIS-LIKE NARCOTIC PLANT THROUGH AERIAL IMAGES | 2017/23113 |
| PATENT | SYSTEM AND METHOD THAT ENABLES THE DETECTION OF POPPY-LIKE NARCOTIC PLANT THROUGH AERIAL IMAGES | 2017/23107 |
| Application Class | Brand Name | Application No |
| BRAND | HAVELSAN BAHA | 2021/026591 |
