The World’s Most Comprehensive and Complex Modern Air Warfare Laboratory

Every war has its own unique identity. Whilst there are many reasons for this, when you get down to basics, you realise that both the people who plan the war and the geography in which it takes place are shaped by the same factors. A country’s unique nature has evolved into its unique form of warfare. When examining the real-world air warfare laboratory in Qatar, you must adopt a mindset that is unique to you and transcends the default assumptions of your thinking. For this reason, we shall begin this three-part article by exploring the Qatar Emirate Air Force (QEAF) from its inception to the present day.

The Founding Period of the Qatar Emirate Air Force

In early 1967, when the United Kingdom began withdrawing its military presence from the Gulf, a significant power vacuum began to emerge. This prompted many Arab nations to establish their own armed forces. Naturally, this endeavour would also extend to the air domain. The QEAF was established in 1974. In 1979, six Alpha Jet trainer/light attack aircraft were ordered, and with the delivery of 14 Mirage F1 supersonic jet fighter aircraft between 1980 and 1984, the air force attained its initial operational capability. However, there is an important factor from these years that must not be overlooked. The emirate’s population and shortage of skilled personnel led to the creation of an ‘Air Force Built with Imported Expertise and Labour’.

In fact, the first three generations of jet aircraft emerged during an era when digital electronics did not exist, and despite originating from different sources, there were no significant gaps in terms of operating the air force. For this reason, although the QEAF began its journey with French aircraft such as the Alpha Jet and Mirage F1, we can characterise its formative period (1974–1990s) as the British-Pakistani era. During this initial phase, retired British (RAF) officers and personnel from the Pakistan Air Force (PAF) formed the backbone of the organisation. This group was responsible for both the piloting and maintenance of the Alpha Jet and Mirage F1 aircraft.

Qatar participated in the first Gulf War of 1991—which began with Iraq’s invasion of Kuwait and led to the formation of a broad international coalition—on the side of the allied forces. This limited participation was carried out within the framework of the founding period’s mercenary air force structure. For the QEAF, starting from scratch with a discipline and a flight safety culture aligned with Western standards was undoubtedly an advantage. Of course, in return, they had to accept complete dependence on external sources. Qatar had, in effect, handed over the keys to its own airspace to these two countries. However, thanks to the experience gained in 1991–92, a series of developments were to follow.

The QEAF’s Mirage 2000 Procurement and Modernisation Struggle (1992–2010s)

The fundamental requirement in terms of air power was as follows: fourth-generation jet fighter aircraft; with their advanced electronics, self-defence capabilities and other new-generation features, as well as smart munitions, necessitated a process of change and transformation. In fact, this modernisation process also required a choice of identity in terms of the differentiation of jet aircraft and their schools of thought. The French emerged as a reliable and independent arms supplier and, in 1994, secured an order comprising 9 single-seat Mirage 2000-5EDA and 3 two-seat Mirage 2000-5DDA aircraft. This modest force of 12 aircraft was deemed sufficient. Because...

Following 1992, Qatar had opened its doors to the US Air Force and had become the heart of the US presence in the region. Having established itself at Al Udeid Air Base, the US had deployed a powerful presence ranging from the most modern aircraft to air defence systems. The US Central Command (CENTCOM) forward headquarters was now also based there. Under such a security umbrella, a modest investment in the air force was sufficient. The Mirage 2000s, entirely independent of the US yet still a product of the Western bloc, would be a sensible investment. French personnel replaced the British. Senior Pakistani pilots (PAF exchange officers) and, to some extent, technicians retained their roles on the ground. The Qatari military leadership, meanwhile, began to monitor this development even more closely...

During this period of the QEAF, a hybrid pool of experience emerged through the convergence of very different schools of thought (British, Pakistani, French). In fact, the USAF aircraft they had hosted and flown alongside for years could also be included in this mix of schools. However, we must remember this fact: in reality, the Pakistanis, acting as ‘hired brains’ flying the French aircraft, ensured Qatar’s regional deterrence during this period. A further benefit of this process was that they gained an intimate understanding of the Indian Air Force’s main aircraft, the Mirage 2000...

The Boom Period That Brought the Qatari Air Force into the Modern Era

The Gulf Cooperation Council (GCC), of which Qatar is a member, attempted to isolate and even swallow up the country in 2017. Following the 2017 Gulf blockade, Qatar ordered an air force of a scale its population could not sustain (F-15, Rafale, Typhoon). As it was impossible to find enough Qatari pilots to fly this massive fleet, the ‘Expat 2.0’ era began. Turkey, which stood by Qatar throughout these trying times, became integrated into the country’s defence and security equation. Furthermore, Qatar’s native population had grown and the quality of education had improved. Consequently, interest in prestigious professions such as ‘fighter pilot’ had also increased. Consequently, during the Expat 2.0 era, we observe that the Qatari population is acting not merely as observers, but as participants and students.

I touched upon the performance of the Turkish F-16s in Qatar in the first part of this series. Setting that aside and focusing on the third phase, we see a change. In modern 4th generation and beyond aircraft, the electronic aspect has taken on immense importance. Moreover, digital electronics have a layered structure comprising both software and hardware. Consequently, a foreign (Turkish or Pakistani) pilot entering the cockpit of another country’s aircraft (US/France/UK) always poses a risk of technology leakage. Training a foreign technician to maintain these aircraft also carries a similar risk. On the other hand, the desire of military aircraft manufacturers to sell their products to other countries creates a difficult-to-resolve contradiction, despite the countless secondary benefits it brings. This has led to the ‘Expat 2.0’ era evolving into a distinct identity of its own.

The approach adopted by Qatar is essentially as follows: when procuring aircraft from a country, to do so within the framework of a fleet to be operated jointly with that country. For example, operating Eurofighter aircraft alongside UK personnel, or Rafale aircraft alongside French personnel. In this way, an ecosystem is established where both pilots and maintenance personnel can make the supplier countries feel more secure. Furthermore, this model transforms the purchase of aircraft into a multi-purpose initiative that also incorporates a country’s political support. Whilst this plan appears highly logical and sustainable on paper, it undoubtedly has aspects that run counter to reality.

Firstly, the capacity of these source countries to deploy personnel abroad is quite limited. Whether they adopt a rotation system or seek to provide a source of income for retired personnel, the difficulties faced by Western powers in securing qualified personnel willing to serve in the military have long been a well-known reality. It is clear that these countries, unable to fully meet the needs of their own armed forces, cannot sufficiently share their scarce human resources with the outside world. This already necessitates that the QEAF, founded on a mercenary basis, must tolerate its expatriate personnel. Whilst the issue of technological and military risks—particularly the pressure from the US and France to impose a ban on information sharing with Qatar—has intensified; it does not prevent Pakistani or Turkish pilots from operating the aircraft in question. For this reason:

we must view the evolution of the QEAF as the story of its transformation from an unprecedented mercenary air force model into a strategic power managing the world’s most modern and complex air platforms. The unsung heroes of this story will always be the expats (foreign specialists). Among these specialists, Turkey and Pakistan hold a special place. The chaotic process that began with Operation Epic Fury has eased the controls and limitations on expat personnel, making the full-performance use of the aircraft a necessity. As a supplier of Eurofighters and a NATO member state, Turkey has benefited greatly from this situation.

Performance of Fighter Aircraft Types Deployed in the Qatar Defence

American F-15QA: We can actually describe this aircraft as a jet that provides sufficient deterrence simply by its presence. The AN/APG-82(V)1 AESA radar, wide-screen cockpit (LAD), adequate self-defence and electronic warfare suite, and massive munitions carrying capacity... A colossal aircraft representing the latest 4.5-generation model from the American defence and aerospace industry, which has even led to further orders from its own country (the F-15EX Eagle 2). However, this very size is its disadvantage. It produces a very large radar signature and is not particularly agile in dogfights. This is particularly evident when it is heavily loaded.

It is a aircraft that has proven ineffective in simple, asymmetric missions such as drone interception. However, there is no doubt regarding its capabilities in shooting down enemy aircraft and cruise missiles. It demonstrated this by shooting down two Iranian Su-24s. Leaks suggest that during this engagement, the aircraft operated in conjunction with the SecureARX satellite communication system and fired the missile by receiving data from ground-based sensors whilst its radar was switched off (passive mode). However, it is said that the aircraft, which reaches the edge of the airspace within 3–5 minutes of taking off, can only demonstrate its true potential in an attack role.

The French Dassault Rafale: This aircraft, favoured by the QEAF, has become the pride of the force following its combat experience. It is highly manoeuvrable and has lower operational costs than the F-15 and EF. It can undertake and successfully execute any mission. The Spectra Electronic Warfare System is, quite frankly, unrivalled. It is extremely resilient and robust. Even in the most hostile electronic warfare environments, it provides the pilot with uninterrupted confidence. It is highly effective not only against enemy aircraft but also against land- and sea-based sensors. It is even known to have been deployed near Iranian coastlines to assess the country’s radar resilience.

It faces the most serious criticism regarding engine power. The current power output is the most significant obstacle to utilising both the AESA radar and the electronic warfare system at full performance. Furthermore, for this reason, it cannot accelerate as quickly as the EF, and its momentum begins to wane during dogfights. As it lacks variable-geometry air intakes, its high-altitude performance is also noticeably more limited. Even when evaluated alongside all its advantages and disadvantages, it remains a high-end and expensive solution. It requires a complementary element.

Eurofighter Typhoon: Aircraft of the latest version (Tranche 3A) equipped with the ECRS Mk.0 AESA radar. Although they still have shortcomings in terms of electronic warfare and their radars are still maturing, their radar performance exceeds that of the F-15 and Rafale. For this reason, they are unrivalled in beyond-visual-range engagements. Together with the Meteor missile, they establish a ‘no-escape zone’ extending up to 100 km. In fact, it is known that the EF’s radar is used as a flying sensor against ballistic missile threats in the region. There are also rumours that tests are being conducted to establish a data link with Turkish-made UAV systems on the aircraft.

At the start of the war, the aircraft’s combat readiness and sortie production capability had been criticised. However, during this period, Turkish pilots and technicians stationed in the country had begun working alongside their British counterparts. It is said that the creative solutions devised by British and Turkish technicians in the field have significantly enhanced sortie generation capabilities. Furthermore, it is rumoured that Turkish pilots undergoing the EF transition have demonstrated a performance that defies expectations. It is emphasised that by utilising the aircraft’s agility and manoeuvrability to perform manoeuvres outside the rulebook, they demonstrated exceptional performance in countering drone swarms. This provides a real combat experience that significantly raises our expectations regarding the benefits the EF aircraft will offer once they enter the TSK inventory.

Note: The combat experience and integration status of Kuwait’s EF aircraft with its current air force differ considerably from those of Qatar. Furthermore, in this country, it is Italian rather than British pilots and ground support crews who are stationed there. Despite their use of AESA-radar-equipped Tranche 3A variants, this difference is a separate issue that warrants further evaluation. It is also of significance from our country’s perspective.

French Mirage 2000-5: These are the reserve aircraft stored in the QEAF’s depots, yet they are the ones used for the longest period and are the most familiar to the air force. You might therefore assume that they will be taken out of storage, deployed on the most high-risk missions and at the front lines, and that they will expend their ageing munitions without hesitation. You would be mistaken, sir, because they haven’t even cracked open the hangar doors. For the QEAF, pilots and the technicians who maintain the aircraft are far more valuable than these factors. Consequently, whilst focusing on much newer and technologically superior aircraft, they have deprived these jets of real combat experience.

Note: The situation in the United Arab Emirates is entirely different. The country has used this aircraft extensively and gained significant combat experience. They also found the efficiency of this usage to be high. Consequently, the status of these aircraft—which were recently considered for donation to countries such as Morocco and Egypt—has begun to be debated once again. The UAE finds itself caught between its promises and the realities on the ground. In fact, it is working on alternative solutions that would allow it to incorporate other Arab countries into its own defence, if possible by retaining the main base on its own territory without transferring ownership of the aircraft.

A Brief Assessment of Aircraft Types and Joint Operations

As you can see, Qatar possesses four types of fighter aircraft, three of which are brand new. When we include the Turkish F-16s stationed in the region, the number of types increases by one. Even if they are all products of the Western bloc, communication problems are inevitable amongst these fighter aircraft of different origins. The information I have received indicates that a ‘Joint Air Defence Operations Cell’ was established in Qatar in the first week of April. This cell comprises Qatar, the US, the UK and Turkey. The aim is to enable all F-15 (US), Rafale (French), Typhoon (European) and F-16 (Turkish/US) aircraft to communicate in the same digital language without delay. This will be a technically very challenging task.

In fact, it is said there is a major conflict behind the scenes. A silent battle is raging at the QEAF headquarters: Whose Standard? American Boeing technicians, French Dassault teams and British BAE Systems personnel do not trust one another at all regarding logistics and data security, even whilst using the same hangars. Qatar has requested ‘Joint Integration Consultancy’ from Turkey to manage this battle of wits. Who will protect Qatar’s skies? Doha’s money, London’s intellect, or Ankara’s doctrine? The strategies drawn up on paper before the war have crashed against the wall of reality and must change. We can no longer view Qatar merely as a multinational repository of advanced weapon systems. Our presence in this country, which has transformed into a global military capabilities laboratory, has taken on an entirely different meaning and significance...

Note: As you may have noticed, I have not mentioned Hürkuş, Hürjet, Kaan, Kızılelma, Anka-3 or any other indigenous and national systems. We are currently assessing the situation, and these are topics that require separate consideration. Remaining sensitive to the faint voices and weak signals coming from the Gulf, I continue without losing focus.

The Human Resources Front of War and Prominent Differences

To be honest, I could have made this topic more engaging by framing it as a clash of four schools of thought. Yes, the pilot groups within the QEAF exhibit distinct differences in terms of flight discipline and tactical approach. However, to portray this as a clash would be somewhat of an exaggeration. For these differences also present an opportunity for the QEAF to forge a unique synthesis.

Pakistani Pilots: We can describe them as a school with technical depth and tradition. Historically, Pakistani pilots form the backbone of the QEAF, and I discussed this at length in the first section of this article. They take on the role of instructors, particularly on the Rafale and F-15QA platforms. It can also be said that they fly combat missions (defence-oriented) alongside these roles. Pakistani pilots are masters at blending Western systems with Eastern tactics. Moreover, they have a long history of cooperation with China. They possess a very high level of precision, particularly in low-altitude flights.

We can describe Pakistani pilots as skilled warriors with a natural aptitude for flying with precision. Whilst the country’s retired pilots and technicians constitute a significant resource, the majority of personnel serving within the QEAF are active-duty personnel. They serve under a rotation programme. A significant decline has also been observed in the English language proficiency and teamwork skills of the new generation of pilots.

Among Pakistani technicians, however, English proficiency stands out as a far greater issue. Furthermore, they have been observed to face serious difficulties in adapting to and maintaining the digital infrastructure of new-generation aircraft. I shall not delve into the causes of this erosion in language and teamwork quality. However, I must remind you that whilst Pakistan is making efforts to overcome this issue, it could open up a far more promising opportunity by initiating a much more comprehensive reform process. After all, many other countries in the Gulf are also bolstering their air forces.

British Pilots: Within the framework of RAF standards, they can be described as an extremely disciplined school of thought. To put it bluntly, they fly ‘by the book and with extreme composure’. As they are among the leading nations in the development of the Eurofighter, their technical mastery of the jet is flawless. Consequently, British pilots act as the ‘brain’ of the Eurofighter—or, more accurately, of air warfare itself. Their distinguishing feature lies in their ability to manage the aircraft’s complex sensor fusion (Link-16, AESA radar data sharing) like an orchestra conductor. Their mastery of the systems renders them invincible in long-range (BVR) engagements.

In fact, a similar observation can be made regarding British technicians. However, their mastery of their craft, their aptitude for the job, and the quality of their training set them apart. The bespoke solutions they develop alongside Turkish technicians in training, their ability to work in harmony, and their full grasp of the gravity of war distinguish them from other expatriates.

Turkish Pilots: The words that best describe our pilots would be their aggressive adaptability. In fact, most of our pilots already possess real combat experience. They have flown in many crisis zones around the world and continue to participate in joint exercises and operations with other countries. On the front line, they transform into true combatants and operational commanders. The habits associated with a platform like the F-16, which excels in dogfights, are generally observable. They push the aircraft to their limits...

Leaked information suggests that Turkish pilots have demonstrated a performance that defies expectations, particularly during the Eurofighter transition process. The close-combat skills of these pilots, who have experience in the Aegean and Syria, are both admired and raising questions. Admittedly, our pilots’ manoeuvres that go beyond the rulebook are particularly surprising to the British school of thought... Might these habits eventually lead to the EF aircraft being used in ways that waste their capabilities, beyond their intended limits? During the EF transition process, special attention must be paid to this matter, and we must also learn from the British.

Qatari Pilots: It is evident that the new generation of local pilot candidates are on a very steep learning curve. They are naturally suited to the role, well-trained and skilled individuals. But there is one particularly striking aspect: their adaptability to digital cockpits and AI-supported systems (such as the F-15QA’s wide-screen cockpit) is exceptionally high. They can start on a modern training jet like the M-346 and progress to the cockpit of an advanced fighter aircraft. However, they are stuck in a training regime where they begin on older-generation aircraft like the Alpajet or Hawk and are expected to mature in aircraft such as the Mirage 2000-5. This situation is not unique to them. Many air forces around the world are investing in modern training and light attack jets, partly due to these generational differences.

We can say that modern Qatari pilots face no shortage of instructors. They have instructors from many different countries and schools of thought. Among them—though I haven’t examined this in detail—are pilots from various other air forces, primarily Americans and French. Yes, there was a shortage of combat-hardened pilots. However, the ongoing process in the Gulf, the increase in expatriates, and the changing nature of warfare are opening the door to a new world for the new generation of local pilots. How this will play out remains to be seen.

Conclusion:

If you are an expert in military aviation, you may have labelled the text you have read as ‘exactly as I expected’. But do not forget, the true value lies in the details. The text I have written has been filtered through many layers and has lost some of its parts in the process. Nevertheless, for a mind inclined towards research, I must say I have left some clues.

The actual combat experience in the region carries highly valuable insights. We can therefore anticipate that many air forces will reassess their future. We will see them changing or revising their plans in the near future. I plan to evaluate these developments from two perspectives: that of the manufacturing nations and the user demands emerging from the region. Of course, there are also countries that have drawn profound lessons from the subject and are closely observing the situation. India, for instance. However, the transformation of these analyses into concrete outcomes, as well as the timeline for this, remains uncertain. Just as there is a possibility that this regional crisis could lead to a period of global turmoil, many external (non-subject-related) factors will also play a role.

I have outlined my research methodology in detail in the first section of this article. My aim was to present you with a text that is as refined and concise as possible. Even though the first section did not receive the attention I had hoped for, I have decided to continue with a few more sections. I am open to your views, suggestions and criticisms. Your reactions are valuable in helping this article reach a wider audience.