KhanOfEurasia
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The first Prototype of TF-6000 which will be used for ANKA-3 seems to be nearly ready.
Why didn't you see Super Şimşek Beauty?ANKA-3 Unmanned Combat Aircraft with its new image!
The fact that it did it during such adverse weather conditions adds to its credit.Bayraktar Akıncı UAV (Türkiye) flight, which supported the search and rescue efforts of the President of Iran, attracted great attention all over the world from the beginning. According to the FlightRadar application, approximately 200 thousand people followed AKINCI İHA's activities in the region.
View attachment 68146
www.eurasiantimes.com
TAI General Manager Temel Kotil:
ANKA-3's twin engine will also arrive and will be able to fly at supersonic speed. They will accompany KAAN.
TAI General Manager Temel Kotil:
ANKA-3's twin engine will also arrive and will be able to fly at supersonic speed. They will accompany KAAN.
What do you mean?They have send TB3 fromKesan to Corlu, something is cooking...
As far as I understand what is meant by twin engines is 2x TEI TF-10000 (because an afterburner may be needed for supersonic cruise). This must represent an enormous leap, such as the complete domestic production of a strategic class and full stealth penetrator/bomber drone. In my opinion, more fuel and ammunition capacity and increased range/endurance will be more important advances than supersonic maximum flight speeds. Therefore, I hope and predict that this twin-engine ANKA-X will significantly exceed the ANKA-3 in terms of both wingspan and MTOW capacity. We may encounter a drone of quite gigantic dimensions.
TAI General Manager Temel Kotil:
ANKA-3's twin engine will also arrive and will be able to fly at supersonic speed. They will accompany KAAN.
So you're talking about a tactical bomber...As far as I understand what is meant by twin engines is 2x TEI TF-10000 (because an afterburner may be needed for supersonic cruise). This must represent an enormous leap, such as the complete domestic production of a strategic class and full stealth penetrator/bomber drone. In my opinion, more fuel and ammunition capacity and increased range/endurance will be more important advances than supersonic maximum flight speeds. Therefore, I hope and predict that this twin-engine ANKA-X will significantly exceed the ANKA-3 in terms of both wingspan and MTOW capacity. We may encounter a drone of quite gigantic dimensions.
I dream of a drone with a wingspan around 20 meters and a surface area close to the size of KAAN, which can carry much more ammunition or systems (compared to Anka-3) from the Anatolian mainland to geographies, lets say deep in the African continent, without being detected by regional air defense radars. Perhaps a drone carrier that can carry different types of drones and drone-like loitering systems at internal stations. While it is very exciting that the ANKA-X will be a wing aircraft in all of KAAN's mission profiles, what always excites me the most is the possibility of the enormous leap in air force strike doctrines that such a large-scale, high-thrust flying wing drone could create. Not only in attack roles, but in a very wide range of areas, notably the tanker drone or the carrier role for other different flying systems.So you're talking about a tactical bomber...
We completed the System Identification and Performance Tests for #BayraktarTB3 and sent it off from our Flight Training and Test Center in Çorlu to Keşan.
They have send TB3 fromKesan to Corlu, something is cooking...![]()
At first I thought it was a ramp. But this engine test area "bremze"There is a ramp visible in the video (0:52)
Afterburner is useful to increase the payload while taking off and especially from shorter distances.Does the afterburner even make sense for Anka 3?
Especially on a stealth drone with a flying wing design?
If you look at the history of all American flying wing designs, from stealth bombers to drones, they all have something in common - they don't have an afterburner, and it should be obvious why that is.
Better stealth, lower emissions/signature.
Apart from the fact that in the speed range beyond Mach 1.5, the respective stealth coating suffers and the cost of maintaining it increases extremely. Today, only short-term "sprints" of Mach 1.6-1.8 are required, which is out of the question for a stealth bomber drone.