TAI Baykuş | |
---|---|
Role | Unmanned drone reconnaissance, surveillance, target acquisition |
Manufacturer | Turkish Aerospace Industries (TAI) |
TAI Baykuş is a radio-controlled tactical unmanned drone designed, developed and built by Turkish Aerospace Industries (TAI) between 2003-2004.
Baykuş is the Turkish word for " owl". TAI produces other UAVs named after birds.
The UAV was developed based on the experience gained by its half-sized model TAI Pelikan. [1]
The shoulder-winged UAV has all composite material airframe with metal twin tail booms. The drone is propelled by two 2-cylinder 2-stroke gasoline engines of type JPX DC320 from France with 2 x 20 hp (15 kW) power. There exist two versions of TAI Baykuş related to propeller configuration, a pusher and a tractor aircraft. [1]
The drone carries a two-axis gimbaled EO/ IR camera, which relays its video in real-time telemetry. Its guidance/tracking takes place fully autonomous based on INS/ GPS integrated waypoint navigation system. Take off and landing of the drone is accomplished in conventional way on wheels. [1]
Data from TR Defence [1]
General characteristics
Performance
TAI Baykuş | |
---|---|
Role | Unmanned drone reconnaissance, surveillance, target acquisition |
Manufacturer | Turkish Aerospace Industries (TAI) |
TAI Baykuş is a radio-controlled tactical unmanned drone designed, developed and built by Turkish Aerospace Industries (TAI) between 2003-2004.
Baykuş is the Turkish word for " owl". TAI produces other UAVs named after birds.
The UAV was developed based on the experience gained by its half-sized model TAI Pelikan. [1]
The shoulder-winged UAV has all composite material airframe with metal twin tail booms. The drone is propelled by two 2-cylinder 2-stroke gasoline engines of type JPX DC320 from France with 2 x 20 hp (15 kW) power. There exist two versions of TAI Baykuş related to propeller configuration, a pusher and a tractor aircraft. [1]
The drone carries a two-axis gimbaled EO/ IR camera, which relays its video in real-time telemetry. Its guidance/tracking takes place fully autonomous based on INS/ GPS integrated waypoint navigation system. Take off and landing of the drone is accomplished in conventional way on wheels. [1]
Data from TR Defence [1]
General characteristics
Performance