FIRST UNMANED FIGHTER JET KIZILELMA
Last Updated: October 19, 2026
This article was reviewed and updated with the latest available information and sources.
The fighter jet of the Islamic country of Turkey, which is going to be as dangerous without any pilot. As much as other fighter jets.
So Let's Talk About :
Bayraktar KIZILELMA
About 12 years ago, Turkey began its work on the creation of an improved unmanned fighter aircraft. This idea has been realized in the Bayraktar KIZILELMA, which has completed its tests and is preparing for serial production. At first, Bayraktar KIZILELMA was planned to be ready by 2023, but after several flight tests, and after improving many parts and technologies, the release of this aircraft is planned for 2026. This will be Turkey’s first unmanned fighter aircraft that will be used in combat.
Friend's, Turkey is very well aware of the upcoming technological era. Turkey now knows very well how to defend the country with new technology . Therefore, Turkey is ahead of many countries in making drones.
What Is KIZIELMA ?
The KIZIELMA does not fall into the category of other drones, it is an unmanned fighter aircraft with a jet-powered single engine. These unmanned fighter jets are low-observable supersonic and carrier-capable fighters.
Now, The Question is- Why has Bayraktar KIZILELMA not entered service with the Turkish Armed Forces yet??
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| Bayraktar KIZILELMA |
The Bayraktar KIZILELMA AI fighter Drone will be used in combat, but so far, it has not entered service. This happens because it takes much time to improve and test an unmanned fighter aircraft. Unlike drones, the KIZILELMA fighter aircraft is made for fighter aircraft missions. It must undergo various flight tests, engine tests, avionics tests, radar technology, and many other tests. Various trials, including the acceptance of weapons by the Turkish Air Force, are being carried out to establish reliable and safe operation of this aircraft. Thus, this process takes much time, but Bayraktar KIZILELMA fighter aircraft will be officially accepted for use in the Turkish Armed Forces in about 2026.
Latest 2026 Update-KIZILELMA Weapons Testing:
According to Türkiye Baykartech, the KIZILELMA conducted firing tests with the TEBER-82 munition on July 25, 2026, and the TOLUN munition on July 28, 2026. In both tests, the aircraft successfully struck the designated targets. The KIZILELMA features an internal weapons system—meaning the weapons are housed within the unmanned fighter itself and deploy outward during firing—designed to help the aircraft maintain a low radar signature while executing precision-strike missions.
Prior to this, in July 2026, the KIZILELMA S2 also completed the first firing test of the JET-230 supersonic air-to-ground missile. According to Baykar, the missile was launched from a distance of over 120 km and successfully hit the target.
However, the KIZILELMA is still in the development and testing phase.
Baykar CEO Haluk Bayraktar stated that the company is targeting the commencement of initial serial deliveries in 2026. As this was the company's stated target, it should not be construed as confirmed operational deployment.
Recent tests indicate that the KIZILELMA program has progressed beyond basic flight testing and entered the stage of advanced weapons integration and testing. However, it is important to distinguish between development milestones and planned deliveries, on the one hand, and actual operational entry, on the other.
The Bayraktar KIZILELMA programme had moved closer to operational service. On 30 September 2026, Baykar Chairman and CTO Selçuk Bayraktar stated that KIZILELMA would enter the Turkish Armed Forces inventory in the near future. He also said that serial production was continuing and that the production rate was being increased.
October 2026 Update: Progress on Türkiye's Domestic Jet Engine:
The latest Update's report On
October 1,
2026, The reports citing
Turkish Engine Industries (
TEI) stated that the company had completed operational testing of its
TEI-
TF6000 jet engine, developed for platforms including
Baykar's KIZILELMA unmanned combat aircraft.
TEI expected to begin delivering the engine to
Baykar by the end of
2026 or early
2027.
A domestically developed engine could support Türkiye's long-term efforts to reduce reliance on foreign propulsion systems. However, the engine testing and delivery are only part of the development process, further integration, flight testing, and validation may still be required before the aircraft can achieve its intended operational capabilities. The engine milestone alone does not confirm that KIZILELMA has entered operational service.
As of October 19, 2026, the official announcements reviewed for this update do not establish a confirmed operational-service entry date for KIZILELMA.
Now Let's talk About Specification Of KIZIELMA Unmanned Fighter Jet
Aircraft Specifications
| SpecificationDetails |
|
| Maximum Takeoff Weight |
6 tonnes |
| Prototype |
2 prototypes — 1 subsonic and 1 supersonic |
| Internal & Combat Range |
1,000 kilometers |
| Endurance |
6 hours |
| Takeoff & Landing |
Fully automatic on both long and short runways |
And its service ceiling will be up to 45 thousand feet.
Apart from this, it also has a very good radar. Which will give awareness about extreme situations.
Now if we talk about its payload, it will be able to carry a payload of 1500 kg.
ARMAMENTS :
It will have two internal stations with 6 external stations which will be on the wings. And it will be able to carry all kinds of weapons.
Now whether it is bombs, air-to-air missiles, air-to-ground missiles or anti-radiation missiles or any other. And avionics includes targeting system and electronic warfare etc.
So these are the real game changer aircraft that are being built for air superiority. And this is just the beginning, in times to come. It will be even better. Now, we are waiting for them to become operational..
CONCLUSION :
For an advanced unmanned fighter aircraft to enter operational service, it is not enough to simply develop it; it must also undergo various types of testing. From technology improvements to operational requirements, each stage must be successfully completed. Only then can an unmanned aircraft be inducted into operational service. The KIZILELMA's failure to enter operational service is also part of this complex development and testing process, and it is still in the development, integration, and testing phases.
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