Bayraktar DİHA’s new flight images were shared

Test flight images of Bayraktar DİHA with vertical landing and take-off feature developed by Baykar Teknoloji have been published. Bayraktar DİHA flight images and features are in our news.
 Bayraktar DİHA’s new flight images were shared
READING NOW Bayraktar DİHA’s new flight images were shared

The test flight images of Bayraktar Vertical Take-off Unmanned Aerial Vehicle System (Bayraktar DİHA), which are under development by Baykar Teknoloji, have been shared. Bayraktar DİHA is planned to start mass production this year.

Bayraktar DİHA, as the name suggests, can take off and land vertically and thus does not need a runway. It can be used in areas where there is no flight track and its operational capability is narrow. It takes off vertically in an area of ​​20 by 20 meters.

Bayraktar DİHA to be used in observation missions

Bayraktar DİHA, designed for reconnaissance and intelligence missions, will be in the tactical UAV class. It coordinates the troops on the ground with the day camera, thermal camera, laser pointer and rangefinder on it.

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12 hours Bayraktar DİHA, which has a communication range of up to 150 kilometers and a flight time of 12 hours, has a hybrid engine structure. It takes off and takes off with an electric motor, and it travels in the air with an internal combustion engine. In this way, it achieves longer flight times compared to electric aircraft. It has a useful load capacity of 5 kilograms and a take-off weight of 50 kilograms. It will perform its operations at an altitude of 9,000 feet, but it can go up to 15,000 feet. It sails between 45-50 knots.

Bayraktar DİHA specifications

  • 150 Kilometers Communication Range
  • 45-50 Knot Travel Speed ​​
  • 80 Knots Maximum Speed ​​
  • 9000 Feet Operational Altitude
  • 15000 Feet Altitude Ceiling
  • 12 Hours Airtime
  • 5 Meter Wingspan
  • 1.5 Meter Length
  • Vertical Take-off
  • 5 Kilogram Payload Capacity
  • 50 Kilogram Maximum Takeoff Weight
  • Fully Automatic Flight System
  • Sensor Fusion Assisted Fully Autonomous
  • Autonomous Takeoff and Landing System
  • Semi-Autonomous Flight Mode
  • Fault Tolerant System Architecture
  • Triple Redundant Flight Control System (980710)
  • Redundant Servo Actuators
  • Electro-Optical (EO) Camera Module
  • Infrared (IR) Camera Module
  • Laser Range Finder
  • Laser Pointer
  • Digital Data and Video Link
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  • Defense Industry News
  • Bayraktar DİHA’s flight images released

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