
The chief technology officer of Turkish drone maker Baykar gave information about the technical features of the newly designed Turkish unmanned combat aerial vehicle (UCAV) and said the aircraft will have a low-level radar cross-section.
It doesn't mean it's completely invisible, the aircraft, named Kizilelma (red apple), is also visible on the cameras, but low detectability is an advantage, Selcuk Bayraktar stated.
A few countries in the world are working on this kind of fighter drone, he underlined during Türkiye's largest technology event TEKNOFEST KARADENIZ on Tuesday.
"We expect that the future will be completely dominated by unmanned aerial vehicles (UAVs), not only in the airfield but also in land and sea fields," he stressed.
Touching on foreign countries' embargoes on defense products, he said systems that will come or not come from abroad are not a problem for Türkiye.
"We wouldn't be able to see these (domestically produced drones) if there were imported UAVs. Maybe it's better if they don't sell us," he underlined.
Kizilelma -- the prototype was completed in May 2021 -- is set to make its maiden flight at the beginning of next year.
The drone has aggressive maneuverability, with a flight time of five hours and an operational altitude of 35,000 feet.
It has the ability to land and take off from ships with short runways like TCG Anadolu, an assault ship of the Turkish Navy.
Kaynak: Anadolu Ajansı

"We are very proud, and it is very touching for us to be one of the symbols of this big resistance in Ukraine," Bayraktar TB2 drone-maker Baykar's CEO, Haluk Bayraktar said, talking to CNN in an interview, answering a question on how it feels to attract this much attention around the world.

Turkish defence firm Baykar said its first jet-powered unmanned aerial combat vehicle (UCAV) completed its maiden flight on Wednesday, as the company continues to gain popularity globally, most recently by helping Ukraine's army fight Russian forces.

Bayraktar KIZILELMA, Türkiye’s first-ever unmanned fighter jet, developed indigenously and originally by Baykar, successfully completed the Aerodynamics System Identification Test in accordance with its test schedule.
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