Bayraktar Kızılelma vs MQ-28 Ghost Bat & Pakistan and India’s Future AI Combat Aircraft
There was a time when the air power of any country was judged only by how many fighter squadrons it had, how many pilots were available, and how many airbases existed. But now the situation has changed. The real power in future aerial warfare is shifting into the hands of autonomous combat drones that can enter Adversary airspace without pilots and not only conduct surveillance but also carry out autonomous strikes.
A New Technological Race Between Pakistan, Türkiye, and India
In this changing scenario, a new silent but extremely dangerous technological race appears to be emerging between Pakistan, Türkiye, and India.
Recently, in connection with the published photographs of the chief of the Pakistan Air Force, Air Chief Marshal Zaheer Ahmed Baber Sidhu, and the Turkish President, in which the Pakistani general is seen next to the cutting-edge stealth drone Bayraktar Kizilelma, The visit has generated speculation about whether Pakistan could eventually acquire or collaborate on the Kızılelma program, although no official purchase agreement has been publicly announced.
Apparently, it was a formal visit. But defense experts know that in the modern era Such high-level meetings can provide insight into areas of future defense cooperation, but the specific outcome of the discussions has not been publicly disclosed.. Especially when the air chief of a country is seen standing near one of the world’s most advanced AI fighter drones, it is not just about taking photographs, rather it is considered a signal toward possible future defense plans.
Bayraktar Kizilelma is not an ordinary drone. It is Türkiye’s stealth UCAV that is being developed according to the future Loyal Wingman concept. Loyal Wingman is a concept of an unmanned aircraft that can perform various combat missions in conjunction with manned aircraft. For instance, if a J10C or F-16 is to take part in a high-risk mission, a number of drones would accompany it. These drones will engage Adversary radars, air defense systems, and fighter aircraft, while the main fighter jet remains comparatively safer.
In this way, combat capability increases many times while the risk to pilots’ lives is also reduced. Pakistan’s interest in Kizilelma is considered important because Pakistan is already continuously strengthening defense cooperation with Türkiye and China. The speed at which Türkiye’s Baykar organization has progressed in combat drone technology has surprised Western countries. Turkish drones have proven their capabilities in the Karabakh war, Libya, Syria, and the Ukraine war. And now Kizilelma is considered the next stage of this success.
On the other hand, India has also not remained silent. According to reports, India is showing interest in the MQ28 Ghost Bat program together with Australia and Boeing. MQ28 has been jointly developed by Australia and Boeing and it is also an AI combat drone based on the Loyal Wingman concept.
If Pakistan becomes part of the Turkish Kizilelma ecosystem and India moves toward MQ28, then for the first time South Asia could witness a new race of AI fighter drones. This competition will not remain limited to Pakistan and India only, rather its effects could spread across the entire Indo-Pacific region because China, America, Quad countries, and other powers now understand that future wars cannot be won without Artificial Intelligence and autonomous combat systems.
During the Pakistan Air Force's visit to Türkiye, meetings were held with Turkish Air Force Chief General Ziya Cemal, Defense Minister Yasar Guler, and Baykar Chief Technology Officer Selcuk Bayraktar. This is by no means an ordinary meeting, especially with Selcuk Bayraktar, a man who made Turkey a drone superpower. Therefore, when Pakistani delegations repeatedly meet such personalities, defense observers naturally search for larger strategic objectives behind these meetings.
Some analysts believe Pakistan may be interested in broader cooperation involving unmanned systems, sensors, data links and AI-enabled combat capabilities. it is possible that during war AI systems themselves could determine opponent targets and even aerial strategies.
Kizilelma’s Stealth and Combat Capabilities
The most important thing about Kizilelma is that it is universal, silent, and combat-ready. It is said that previously, drones were developed mainly for reconnaissance purposes, while Kizilelma is designed to operate in a contested environment, meaning that it can penetrate the air defense of an adversary that has modern radar, missile systems, and fighter planes.
It is stated that this drone’s speed is nearly Mach 0.9, making it significantly faster than many UAVs. Combat radius of the drone is expected to be about 500 nautical miles, allowing it to perform various missions. It is also reported that Kizilelma can carry almost 1500 kg of weapons, equipment, and other military gear, such as guided missiles, electronic warfare modules, and air-to-air missiles.
Most attention has been given to its AESA radar. AESA radar is considered extremely important in modern aerial warfare because it can track multiple targets simultaneously and remains comparatively protected from Adversary electronic jamming. If an AI drone is combined with such a radar, it can become extremely dangerous for the Adversary. Another important feature of Kizilelma is its internal weapon bay. This means weapons are stored inside the aircraft so that radar cross section remains low and Adversary radars cannot easily detect it. The same concept is used in America’s F35 and China’s J20 stealth fighters.
Turkey does not want to stop at the prototype and plans to enter the mass production of Kizilelma drones. It is reported that the first aircraft are expected to be delivered to the Turkish Air Forces in 2026, while the first flight is expected to take place in the following year. This is why many countries are now showing interest in the program. Even Indonesia is reportedly close to an agreement for purchasing Kizilelma. Reports suggest Indonesia is considering buying 12 Kizilelma drones while an additional option of 48 units is also under discussion. This shows that global demand for low-cost AI combat drones is increasing rapidly. But Kizilelma’s most dangerous capability is considered to be its air-to-air combat ability. Normally drones are used for ground strikes. However, Kizilelma is being integrated with the Gokdogan missile. Gokdogan is Türkiye’s beyond visual range air-to-air missile and is considered a local alternative to the AIM120 AMRAAM.
This missile uses active radar guidance and its range is reportedly more than 65 kilometers. This means Kizilelma could in the future gain the ability to target Adversary fighter aircraft from long distances.
In a reported test during November 2025, Kizilelma successfully intercepted a jet-powered drone target. If this capability becomes fully operational, the entire concept of aerial warfare could change. Earlier it was believed that only manned fighter jets could achieve air superiority. But now autonomous drones are also beginning to participate in aerial combat.
That is why America, China, Russia, and European countries are spending billions of dollars on AI combat aircraft programs.
Bayraktar KIZILELMA – Detailed Specifications
Type & Role-
- Unmanned Combat Aerial Vehicle (UCAV)
- Jet-powered stealth-capable drone fighter
- Air-to-air + air-to-ground combat capable
- Carrier operations (naval deployment) planned
Airframe & Design-
- Low observable (semi-stealth design)
- Internal weapons bay (reduced radar signature concept)
- Delta-wing / tailless aerodynamic design
- Designed for high agility like fighter jets
Engine & Performance-
- Jet engine powered (afterburner variants under development)
- Estimated top speed: Mach 0.8 – 0.9 (subsonic / near transonic)
- High thrust-to-weight optimized for combat maneuvers
- High-speed interception capability (for UCAV class)
Size & Weight (approx.)-
- Length: ~ 14–14.5 meters
- Wingspan: ~ 10 meters (approx.)
- Max takeoff weight: 8,000 – 9,000 kg range
- Payload capacity: 1,500 – 2,000 kg (estimated)
Weapons Capability-
Bayraktar KIZILELMA Drone Can carry both air-to-air and air-to-ground weapons:
Air-to-Air:
- Short/medium range missiles (BVR capability planned)
- AI-assisted target tracking
Air-to-Ground-
- Precision-guided bombs
- Smart munitions
- Anti-radiation / strike missiles (integration planned)
AI & Avionics-
- Advanced AI-assisted autonomous flight
- Semi-autonomous combat decision support
- Swarm drone coordination capability (future concept)
- Satellite + data-link control system
- Electronic warfare integration
Sensors & Systems-
- AESA radar (planned / integrated in later versions)
- EO/IR targeting system (day/night strike capability)
- Advanced data fusion system
- Electronic countermeasure (ECM) support
Operational Capability-
- Runway takeoff + carrier deck launch capability (CATOBAR/STOBAR concepts)
- High-speed strike missions
- Deep penetration missions in contested airspace
Endurance-
- Estimated flight endurance: 3–5 hours (combat load dependent)
- Range: ~1,000+ km class (mission dependent)
Operational Integration: The Real Test for Pakistan
Now Let's Talk About India MQ28 Program
India’s MQ28 Program and the Emerging AI Air War
The special aspect of MQ28 is its modular architecture. Meaning its different sections and payloads can be changed according to mission requirements. If it is a reconnaissance mission, different sensors can be installed. If it is an electronic warfare mission, jammer systems can be integrated. And for strike missions, different missiles and bombs can be used.
MQ28 is also believed to have very high endurance, meaning it can remain airborne for long durations. However, its missile integration capability is still considered to be in early stages. According to reports, by late 2025 it successfully tested the launch of the AIM120 AMRAAM missile. But this missile was mounted on external hardpoints. In the future Block III variant, there are discussions about introducing an internal weapon bay, which could further improve its stealth capability.
Now the situation is shaping up in such a way that on one side there is Türkiye’s Kizilelma ecosystem in which Pakistan appears interested, while on the other side there is the Boeing and Western ecosystem toward which India is looking. This is not merely a competition between two drones, rather it is a clash between two different military philosophies. In the future, this very competition could determine the direction of aerial warfare around the world. Defense experts believe that if Pakistan truly joins the Kizilelma program, it will not only gain a new drone but also move closer to the Turkish and Chinese AI defense ecosystem. This could significantly strengthen Pakistan’s MUMT, meaning Manned-Unmanned Teaming capability. On the other hand, India is also working on its CATS Warrior program, which in the future could become a Loyal Wingman platform for the Indian Air Force.
The world’s major powers have now reached the conclusion that the next major war will not be fought by humans alone, but Artificial Intelligence itself will become part of the battlefield. That is why programs such as America’s Collaborative Combat Aircraft, China’s AI drone swarms, Russia’s S70 Okhotnik, and Türkiye’s Kizilelma are advancing rapidly.
Now the same transformation is entering South Asia as well, and the new competition between Pakistan and India will no longer remain limited to J10C, Rafale, or SU30MKI fighters, but has expanded toward AI-driven combat ecosystems.
If Pakistan acquires Kizilelma in the future, it could bring a major change in the operational doctrine of the Pakistan Air Force.
| MQ-28 Ghost Bat — Detailed Specifications | |
|---|---|
| Aircraft Name | MQ-28 Ghost Bat |
| Aircraft Type | Uncrewed Collaborative Combat Aircraft (CCA) |
| Developer | Boeing Australia |
| Country of Development | Australia |
| Program Origin | Airpower Teaming System / Loyal Wingman program |
| First Flight | 2 March 2021 |
| Current Status | Development, testing and capability maturation |
| Maximum Takeoff Weight | Up to 12,000 lb (approximately 5,443 kg) |
| Maximum Speed | Up to Mach 0.9 |
| Range | More than 2,000 nautical miles (approximately 3,700 km) |
| Service Ceiling | 40,000+ ft (12,192+ m) |
| Propulsion | Jet-powered; specific engine model not publicly disclosed by Boeing |
| Control & Autonomy | Autonomous systems with human-machine teaming |
| Primary Concept | Collaborative combat aircraft designed to operate alongside crewed platforms |
| Mission Roles | Combat support, ISR, tactical early warning, electronic warfare and other missionized roles |
| Networking | Designed to share sensor and payload information with other aircraft and platforms |
| Weapons Capability | Designed for mission-specific payloads; demonstrated an autonomous AIM-120 air-to-air weapon engagement in testing |
| Weapon Demonstration | AIM-120 AMRAAM engagement demonstrated in December 2025 |
| Stealth / Low Observability | Low-radar-profile design; Boeing reported successful radar-cross-section testing in 2026 |
| Architecture | Open-system architecture designed for mission flexibility and third-party payload integration |
| Modularity | Missionized nose and modular payload approach |
| Human-Machine Teaming | Designed to complement and extend the capabilities of crewed aircraft |
| Key Advantage | Long-range autonomous operation combined with collaborative combat capability |
| Primary Operator | Royal Australian Air Force |
Note: MQ-28 specifications can evolve as the program progresses. Figures above are based primarily on publicly available Boeing and Royal Australian Air Force information.
CONCLUSION :
Both Kızılelma and MQ-28 represent a broader shift toward unmanned combat aircraft capable of operating alongside or, in some missions, complementing conventional fighters.
Pakistan’s engagement with Baykar shows growing interest in this direction, while any Indian move toward the MQ-28 would represent another potential step in the development of advanced manned-unmanned operations. For now, however, the key distinction is between confirmed cooperation and future possibilities.”
Final Question
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