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BAHA

Sub-Cloud Autonomous UAV

Product descripton: BAHA by Havelsan

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.

 

Technical specifications

General Features

  • MTOW: 28 kg (including payload)
  • Wingspan: 4 m
  • Payload Capacity: 2 kg
  • Data Link Range: Up to 50 km
  • Cruise Speed: 43 knots / 80 km/h
  • Propulsion System: Electric Motor
    • Endurance: Up to 2 hours
    • Ceiling Altitude: 10.000 ft
    • Operating Altitude: 8.000 ft
  • Wind Limit: 25 knots
  • Operating Temparature: -10/+50 °C

Key Features

  • Vertical Take-Off and Landing and Runway Independent Mission Capability
  • Sub-Cloud Mission Capability
  • Transportation, Operation and Maintenance with Two Technicians
  • Day and Night Reconnaissance, Surveillance and Intelligence
  • Mission Capability in Jamming Environment
  • Target Coordinate Estimation
  • Telemetry Link Redundancy
  • Return Home, Autonomous Landing in Case of Link Loss
  • Integration with Various Mission-Oriented Sensors

Applications

  • 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

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