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Why not?? All of mentioned drones are suitable for the missions you described we just need the numbers which will be achieved in 2-3 years at maxImagine if we designed drone squadrons where each drone has a specific role.
5 x anti infantry TB2's
1 x heavy bombardment Akinci
1 x anti tank Aksungur
1 x Electronic Warfare Aksungur
Obviously you could change that up in any way you like. Just imagine the possibilities.
By the way the TB2's in this case serve as loyal wingmen for the larger and more expensive drones.
This is interesting, looking forward to seeing what type of wing they've developed!
How are the domestic motor plans for the UAV's going?
Which Engines They are developing?Does TEI have manpower enough to develop multiple engines ? They seem to be working on a lot of engines....
I keep thinking of ghost recon when reading mini uav... lolBayraktar VTOL UAV
Bayraktar Vertical Landing Unmanned Aerial Vehicle (DIHA) is a Mini Tactical UAV class aircraft capable of carrying out activities for reconnaissance and intelligence missions.
The vehicle is capable of automatic cruise, autonomous take-off, autonomous landing and semi-autonomous cruise flight. Bayraktar DIHA, after taking off with electric motors, will switch to cruise flight mode and only fuel engine is going to be active in cruise flight mode. There are three options for landing: vertical landing, landing on fuselage and parachute landing. The aircraft has a flight control system that can perform automatic route tracking, target tracking, circling and return-to-home modes.
Basic flight performance criteria
Advanced Features
- 150 Kilometer Communication Range
- 45-50 Knot Cruising Speed
- 80 Knot Maximum Speed
- 9000 Feet Operational Altitude
- 15000 Feet Altitude Ceiling
- 12 Hours Endurance Time
- 5 Meter Wingspan
- 1.5 Meters Length
- Vertical Landing
- 30 Kilogram Maximum Takeoff Weight
- 5 Kilogram Payload Capacity
Looks like it'll be utilising the newly developed TEI-PG Boxer aviation engines.
- Fully Automatic Flight System
- Sensor Fusion Assisted Full Autonomous
- Autonomous Take-off and Landing System
- Semi-Autonomous Flight Mode
- Fault Resistant System Architecture
- Triple Redundant Flight Control System
- Redundant Servo Actuators
- Electro-Optical (EO) Camera Module
- Infrared (IR) Camera Module
- Laser Range Finder
- Laser Pointer
- Digital Data and Video Link
- From Prototype to Reality
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