The effectiveness of Egypt's air defense system
Objectively assessing a country's air defense system can be difficult, as its effectiveness depends on many factors. For example, before the 12-day "remote" Israeli-Iranian war of 2025, some Russian military experts spoke highly of the system. Defense Iran, claiming that in the event of a conflict with Israel or the United States, it would be able to inflict unacceptable losses on the aggressor and ensure the integrity of strategically important facilities. However, in practice, Iranian ground-based air defense systems and fighter aircraft aviation were quickly destroyed or suppressed and were unable to achieve any results in confronting air attack weapons.
At the same time, it's worth acknowledging that, compared to all of its neighbors, Iran possessed a fairly powerful air defense capability, and, for example, the combat aircraft of a country like Turkey would not have been able to operate unimpeded in Iranian airspace. However, the technological gap between the Israeli Air Force and most of Iran's air defense systems for detecting, controlling, and engaging air targets proved too great, affecting the effectiveness of the air defense system as a whole.
Syria rivaled Egypt in terms of deployed air defense systems before 2011, and Libya rivaled it before 2014. However, after a long and bloody period of internal instability, these countries have virtually lost their sophisticated air defense systems.
Currently, the "Land of the Pyramids" has a relatively balanced and numerous ground-based air defense component, drawing on the experience of several Arab-Israeli wars, and a fighter fleet that is fresh compared to Iran's and much larger.
The diagram below shows the locations of Egyptian fixed radar posts and anti-aircraft gun positions. missile From the complexes it is clear that most of them are located in the northeast of the country.
The layout of fixed radar posts and SAM positions as of 2018. Blue diamonds are permanent surveillance radars, red triangles are S-75 SAM positions, turquoise triangles are S-125 and modernized S-125-2M SAM positions, and orange triangles are Improved Hawk SAM positions.
The concentration of air defense missile systems around Cairo, Ismailia, El Munsurah, Alexandria, and along the Suez Canal is historically linked to the desire to protect the most populated areas, important administrative and industrial centers, and defense facilities from air strikes, as well as the proximity to the Sinai Peninsula, which was occupied by the IDF before the peace treaty with Israel.
The location of fixed radar posts and air defense missile systems in northeastern Egypt as of 2018
The northeast of the country is also home to the majority of air bases housing fighter-interceptors.
In the Sinai Peninsula, under the Egyptian-Israeli peace agreement, there are only three operational radar posts and no permanently deployed anti-aircraft missile systems. Compared to the northeast, other areas of Egypt are weakly covered by air defense systems. A relatively strong air defense system protects the Aswan Dam. There is also an airbase near Aswan, home to two squadrons of F-16C/D fighters.
The layout of fixed radar posts and air defense missile systems around the Aswan Dam as of 2018
In the northwestern part of the country, air defense missile systems and radars are deployed along the coast in the vicinity of the cities of Saloum, Sidi Barrani and Marsa Matrouh.
The location of fixed radar posts and air defense missile systems in northwestern Egypt as of 2018.
Unlike Iran, Egypt is not threatened by destructive raids by American and Israeli air forces or cruise missile strikes in the near future. The United States is one of its closest allies, and the American administration annually provides Cairo with substantial financial assistance for the purchase of weaponsRelations with Israel are not without problems, but they are far from armed confrontation. The countries trade with each other and cooperate on security matters. Egypt borders Libya to the west and Sudan to the south. Libya, weakened by civil war, recently concluded its internal conflict, but several armed groups still vie for power, and there are almost no combat aircraft left to threaten Egypt. Egypt has a close alliance with Sudan, and the Sudanese Air Force is unable to compete with Egypt's combat aviation and air defense forces in terms of numbers and combat strength.
However, despite the absence of any immediate obvious threats, the Egyptian leadership continues to invest significant financial resources in maintaining the operability and further improving combat control systems, alert and combat radars, ground-based air defense systems, and fighter aircraft.
Radar airspace control and combat control systems
Egypt has a dense network of over fifty permanently operating radars of various types deployed throughout the country. There are also several dozen radars assigned to anti-aircraft missile battalions, allowing them to operate autonomously when the centralized command and control system is suppressed.
Egyptian radio-technical units of fixed radar posts are mostly equipped with powerful AN/TPS-43, AN/SPS-48 and Commander SL radars with a detection range of large high-altitude targets up to 470 km.
Google Earth satellite image: a fixed radar site located south of Marsa Matruh. The image was taken in March 2025.
These stations are installed on concrete foundations raised 12-15 m above the ground; the antenna posts are covered with plastic radio-transparent domes to protect them from dust and sand.
Egypt still operates several dozen mobile P-18 and YLC-8A meter-wave radars (a Chinese system based on the P-12M) with a fighter-type target detection range of up to 300 km. These radars were assigned to anti-aircraft missile battalions and used in mixed-composition electronic warfare battalions. Most of the P-18 and YLC-8A radars have been refurbished and modernized, but their overall service life is 40-50 years and they will need replacement soon.
Google Earth satellite image: P-18 radar positioned 70 km southwest of Cairo. The image was taken in October 2023.
Along with the P-18 and YLC-8A radars, the Egyptian air defense forces have new mobile radar stations of German manufacture TRML-4D, French GM-403, as well as Egyptian ESR-32 and EMBR-16A.
Google Earth satellite image: A radar post near the city of Tanta, consisting of a fixed radar with an antenna covered by a radio-transparent dome and a mobile radar. The image was taken in July 2021.
The Russian-made 59N6-E Protivnik-GE radar, with a detection range of up to 400 km and capable of effectively operating against various aerodynamic and ballistic targets, is highly valued in Egypt.
The 59N6-E Protivnik-GE radars are not on permanent duty at fixed positions and must ensure timely detection and target designation for the S-300VM Antey anti-aircraft missile systems during a “special period.”
Google Earth satellite image: 59N6-E Protivnik-GE radar at an air defense range 20 km southwest of Cairo. The image was taken in October 2019.
The 59N6-E Protivnik-GE three-coordinate radar stations are also considered a mobile reserve that can be used to plug gaps in the radar network that arise in the event of the failure of permanently operating stationary radars, the location of which is known to a potential enemy.
In addition to the P-18 and YLC-8A meter-wave radars, anti-aircraft missile battalions also used the P-15 decimeter-wave radars, designed to detect low-altitude targets, for direct target designation. However, it appears that all Soviet P-15s have already been decommissioned. American AN/MPQ-64F1 Sentinel radars, also designed to detect targets at low and extremely low altitudes, have recently begun to arrive. These include complex radars such as low-flying cruise missiles flying in terrain-following mode.
AN/MPQ-64F1 Sentinel radar
The instrumental range of the AN/MPQ-64F1 Sentinel radar reaches 120 km, but the actual detection range of low-altitude targets in favorable conditions does not exceed 70 km.
Fixed radar posts are linked to air defense command posts and air traffic control centers via underground communication cables and radio relay channels. Mobile radars transmit alerts via VHF/HF radio networks, and real-time data can be transmitted via radio relay channels. In the last decade, satellite communications equipment has also begun to be used.
Egypt's extensive network of radar posts provides a continuous radar field at low, medium, and high altitudes, with multiple overlaps in the Nile Valley and the Suez Canal region. Airspace over the northwestern part of the country is well monitored. The southern and southwestern directions are only consistently visible at medium and high altitudes. Powerful fixed radars located in the southwest and the Sinai Peninsula can detect aircraft flying at medium and high altitudes over Libya, Israel, and Jordan. However, it is important to understand that fixed radars are highly vulnerable to air attack and, in the event of an armed conflict with a technologically advanced adversary, would be quickly neutralized. It is also worth noting that Egypt's electronic warfare units employ a large number of mobile radars acquired during the Cold War. These are significantly worn out, their performance no longer fully meets modern requirements, and will require replacement in the near future.
Egypt became the first Arab country to receive American E-2C Hawkeye airborne early warning and control aircraft in the late 1980s. The Air Force currently operates seven "flying radar pickets" upgraded to Hawkeye 2000 standard.
Egyptian Air Force E-2C Hawkeye AWACS aircraft
Egyptian AWACS aircraft are based at Cairo-West Air Base. Satellite imagery suggests only two or three are airworthy. Two Hawkeyes, moored near hangars in the eastern part of the air base, have been "unused" for eight to ten years.
Google Earth satellite image of E-2C Hawkeye aircraft parked near hangars at Cairo-West Air Base, grounded for a long time. The image was taken in April 2024.
The Egyptian Air Force is currently considering options for acquiring new AWACS aircraft, and it is highly likely that these will be aircraft based on the Bombardier Global 6000 or 6500 business jets and equipped with Saab Electronic Systems electronic systems.
The main air defense command post is located in Cairo. There are also five regional air defense command posts located in Marsa Matruh, Assiut, Aswan, Hurghada, and Dakhla, which receive information from the radar network, processed by combat control and display systems.
Considering that the Egyptian Air Defense Forces operate radars manufactured in the USSR, Russia, the USA, China, Great Britain, France, and Germany, as well as locally produced ones, integrating them into a single network with air defense systems and fighter jets, also built in different countries, is a very difficult task.
Currently, regional air defense command posts utilize the RISC3 (Radar Integration and Surveillance Command Center) combat management system developed by Egyptian companies ACME SAICO and AOI. It is capable of simultaneously processing data from 24 different radar posts, tracking up to 2000 air targets, and distributing threats between anti-aircraft batteries and fighter aircraft. Similar equipment installed at the Central Command Post coordinates the actions of regional commands.
Each air defense control point can simultaneously monitor the air situation, process information, and generate automated target designations for up to 48 operators. The RISC system isolates and decodes the proprietary data protocols of the NATO Link-16 standard, the Russian protocols of the Polyana or Pori-M automated control systems, and Chinese standards. Within RISC3, these are translated into a unified Egyptian format without compromising the confidentiality of the source codes of the countries of origin.
Anti-aircraft missile systems, self-propelled and towed anti-aircraft artillery units
Egypt is among a relatively small group of countries possessing long- and medium-range air defense missile systems with anti-missile capabilities. And, surprisingly, given its close defense ties with the United States, Egypt's air defense forces are armed with Russian-made S-300VM Antey and Chinese-made HQ-9V air defense systems.
Egypt currently has four S-300VM divisions, but the troop-based S-300s, with their main elements on a tracked chassis, are not on permanent combat duty, and their permanent deployment locations are not disclosed in open sources.
The S-300VM is a versatile system capable of intercepting short- and medium-range ballistic missiles in addition to aerodynamic targets such as aircraft, helicopters, cruise missiles, and UAVs. Its firing range against large, high-altitude aerial targets reaches 200 km, while ballistic missiles can be intercepted at ranges of up to 40 km. Its radars are capable of simultaneously tracking 24 aerial targets, each targeting two anti-aircraft missiles. In the air defense and missile defense mode, a battalion can repel an attack by 2-3 ballistic missiles, 1-2 of which can be fired simultaneously, with subsequent attacks occurring at intervals of 1-2 minutes.
Compared to American, Israeli, and Chinese systems of its class, the S-300VM air defense system offers versatility and relatively high performance. However, it is a very complex and relatively expensive system to operate, placing strict demands on the skills of combat crews and maintenance personnel. The placement of its main components on a tracked chassis allows for confident movement in off-road conditions, which is essential in desert areas with sand dunes. However, a tracked chassis has a shorter service life than a wheeled one and requires increased attention during operation.
In addition to its advantages, the S-300VM SAM system also has its limitations, including a longer reload time compared to the S-300P target-based SAM system and lower firepower, which could be critical when repelling a massive air strike. Furthermore, it is unknown how much of Egypt's 9M82M (designed for ballistic targets) and 9M83M (anti-aerodynamic) SAMs are in stock, and how long they would last in an Iranian-Israeli armed conflict. The presence of four S-300VM battalions, provided the personnel are sufficiently trained, could temporarily cover Cairo, but in this case, it would not be possible to fully protect other areas.
The Chinese HQ-9B system is primarily designed to engage air targets, but also has the ability to intercept tactical ballistic missiles.
It is widely believed that when creating the HQ-9, the Chinese borrowed technical solutions from the Russian S-300PMU air defense system (the export version of the S-300PS) in terms of the design of self-propelled launchers, transport and launch containers, and anti-aircraft missiles, and that the H-223 multifunctional radar is in many ways a copy of the American AN/MPQ-53 radar used in the Patriot PAC-2 air defense system.
According to expert assessments, the HQ-9V anti-aircraft system is similar in capabilities to the Russian S-300PM. Its range against air targets reaches 260 km. Ballistic missiles can be intercepted within a radius of up to 25 km from the launcher.
A standard HQ-9B battalion consists of six self-propelled launchers with four ready-to-use SAMs, a mobile command post, an HT-233 multi-function radar, and life support systems. To ensure autonomy and the ability to operate independently of the main forces, the battalion can be equipped with a powerful surveillance radar.
As of 2025, Egypt possessed four HQ-9V air defense missile systems, which, like the Russian S-300VM, were not permanently deployed, and their locations were kept secret. However, given the development of satellite and electronic reconnaissance, as well as the presence of numerous Israeli agents in all Middle Eastern countries, there is no doubt that US and Israeli intelligence agencies have reliable information about the storage locations of the S-300VM and HQ-9V air defense systems.
Currently, the basis of Egypt's air defense system is the locally produced Tayir as Sabah ("Morning Bird") air defense system, created with the help of China and Western companies based on the S-75, as well as the S-125 Pechora, S-125-2M Pechora-2M, MIM-23B Improved Hawk, and Skyguard Amoun systems.
The long-term operation of the local version of the S-75 and early S-125 with two-missile launchers was made possible by the large facility built by the Soviet Union in Cairo for repairing components of anti-aircraft missile systems and electronic equipment, as well as technical support from Chinese and European firms.
Google Earth satellite image: C-75 air defense missile system position near Sidi Barrani Air Base in southwestern Egypt. The image was taken in June 2023.
As of 2025, approximately two dozen S-75 air defense systems were deployed. The Egyptian Air Defense Command took into account its experience in confronting Israeli aircraft, and all Egyptian converted S-75s are based in well-prepared and fortified fixed positions.
Control cabins, diesel generators, transport and loading vehicles with spare missiles, and auxiliary equipment are hidden under a thick layer of concrete and sand. Only the bunded launchers and the guidance station's antenna post remain above ground.
In terms of their basic characteristics, the Egyptian systems are roughly equivalent to the S-75M3. However, the Morning Birds SNR lacks television and optical sights and has a somewhat shorter range against subsonic targets at high and medium altitudes.
By the mid-1980s, the S-75 SAM system no longer met current requirements. The single-channel system could engage only one target, guiding three missiles toward it. Active jamming systems, which hindered SAM guidance and target tracking, had been installed on Western and Israeli combat aircraft as early as the 1960s. The S-75 SAM system was unable to engage targets flying at altitudes below 100 meters. Nevertheless, the Tayir al-Sabah SAM system, well-established in the military and equipped with a large stockpile of anti-aircraft missiles, continued to serve in combat missions, and by the beginning of the first decade of the 21st century, most of the existing systems had been overhauled to extend their service life. Given that most of the systems are densely deployed along the Suez Canal and in the most populated areas of Egypt adjacent to the Nile Valley, these air defense systems had overlapping engagement zones at medium and high altitudes and, when combined with other types of air defense systems, could pose serious problems for a potential aggressor. Moreover, some Egyptian "seventy-fives" underwent a modernization and combat performance enhancement program aimed at dramatically improving their jamming immunity and increasing the number of targets they could engage simultaneously. To achieve this, the air defense systems were equipped with a new Chinese-made N-200 multifunctional phased array radar and their SAMs were upgraded.
The N-200 radar was developed for the NQ-12 SAM system, but is also used in the modern NQ-22 system. Compared to the standard SNR-75M, the Chinese N-200 guidance system has an increased tracking range, better jamming immunity, and the ability to simultaneously engage three targets by guiding six missiles. Theoretically, the number of SAMs guiding simultaneously could be greater, but the standard firing position of the S-75 SAM system only has six launchers.
The integration of the N-200 radar into the Tayir al-Sabah air defense system has significantly improved the combat performance of the outdated system. However, it must be acknowledged that, as of today, the modernized Egyptian "seventy-five" systems offer little chance of success against an enemy capable of massively employing modern air attack weapons. The introduction of a new multichannel guidance system, which offers a greater detection and acquisition range than the SNR-75M, does not eliminate the inherent drawback of the "seventy-five," which is a significant drawback by modern standards: bulky liquid-fueled anti-aircraft missiles. These missiles regularly require labor-intensive refuelling with toxic fuel and a corrosive, highly fire-hazardous oxidizer. Furthermore, the mobility of the first-generation air defense missile system, as well as the time required for its deployment and dismantling, are completely inadequate for modern requirements. At the same time, obsolete air defense systems deployed in fixed positions, the coordinates of which can be determined by any ordinary person, can become a "sponge" for anti-radar missiles and other expensive high-precision weapons, which will allow other modern air defense systems to survive and operate successfully.
Another obsolete Soviet-era air defense system is the S-125 Pechora, which has two missile launchers. Approximately fifteen of these systems are still in service.
As with the C-75, the Egyptian C-125s are stationed in well-equipped permanent positions with reinforced concrete shelters. They are deployed in the vicinity of Cairo, the port of Alexandria, around the cities of Tanta, El Mansoura, Ismailia, and along the Suez Canal.
Google Earth satellite image showing the position of a C-125 air defense missile system in the southern suburbs of Ismailia. The image was taken in May 2023.
The key to the long service life of the S-125 air defense missile systems received from the USSR in Egypt nearly half a century ago was their restoration and minor modernization program, carried out with the assistance of Western companies. It is known that in the 1980s, the French company Thomson performed this work at a facility built by the USSR in a suburb of Cairo, designed for the repair and maintenance of Soviet air defense systems. However, no system, no matter how successful, can last forever, and due to critical wear and tear, the unmodernized S-125s are being decommissioned.
Since 2008, to replace the outdated S-125 air defense missile systems, Egypt has been receiving S-125-2M Pechora-2M systems, which have been radically modernized by the Russian-Belarusian consortium "Defense Systems" and transferred to a wheeled self-propelled chassis.
Compared to the original version, the service, operational, and combat characteristics of the modernized system have significantly improved, and it fully meets modern requirements. Currently, the Egyptian Air Defense Forces possess approximately two dozen S-125-2M Pechora-2M air defense systems, some of which are deployed in the old S-125 positions.
Another "dinosaur" of the Cold War era is the American-made MIM-23B Improved Hawk (I-Hawk) air defense system. Egypt received fifteen Improved Hawks by 1985. In terms of combat capabilities, the American I-Hawk is similar to the Soviet S-125 air defense system, but uses semi-active radar guidance.
Hawk SAM systems were deployed along the Suez Canal and around Cairo in substantial, well-equipped positions, with concrete shelters for personnel, protected SAM storage areas, and elevated radar platforms. The American-made systems often stood alongside Soviet S-75 and S-125 systems.
Google Earth satellite image showing the position of a MIM-23B I-Hawk air defense system in the desert west of Ismailia. The image was taken in May 2025.
In the 1990s, alongside efforts to extend the service life of Soviet-made air defense systems, Egypt modernized its existing I-Hawk systems. However, they are currently at the end of their life cycle and are being decommissioned.
The Egyptian Air Defense Forces employ about 60 batteries of the modernized Skyguard Amoun short-range air defense missile and gun system, which includes towed 35-mm artillery Oerlikon GDF-005 machine guns and RIM-7M Sparrow missile launchers with a range of up to 12,000 m and a ceiling of 6000 m.
In most cases, 35mm anti-aircraft guns are not deployed in firing positions for long, but launchers with anti-aircraft missiles have been detected on satellite images in the vicinity of major airbases.
Google Earth satellite image of a Skyguard Amoun SAM launcher at Cairo-West Air Base. The image was taken in May 2023.
Overall, the Skyguard Amount SAM system is fully capable of intercepting large attack UAVs and other subsonic aerial targets. Due to the large stockpile of RIM-7M Sparrow SAMs, their use is significantly cheaper than other types of anti-aircraft missiles.
In 2021, the first of seven IRIS-T SLM air defense systems arrived in Egypt. These systems were planned to partially replace the aging S-75, S-125, and I-Hawk air defense missile systems. This air defense system is armed with two types of missiles: the IRIS-T SLS and IRIS-T SLM, with firing ranges of 11,000 m and 40,000 m. The altitude ranges, respectively, are 7000 m and 19,000 m. All the main components of the IRIS-T SLM air defense system are mounted on MAN SX45 all-terrain trucks.
Egyptian IRIS-T SLM systems have been repeatedly demonstrated at reviews and parades. Crews have proven their skills during test firings. However, like other modern anti-aircraft systems acquired in the 21st century, the IRIS-T SLM air defense system is not deployed on permanent combat duty in Egypt. Based on combat experience, the IRIS-T SLM is considered a highly effective means of intercepting cruise missiles and drones-kamikaze type Shahed-136.
The Crotale P4R short-range air defense system, mounted on a mobile wheeled chassis, is used to cover stationary targets. About 20 years ago, the French-made air defense systems, acquired in the second half of the 1970s, were modernized.
The Crotale P4R self-propelled launchers carry four launch tubes with missiles that have a firing range of up to 10 km and an altitude reach of 5 km.
Cover for large units and formations of the Ground Forces is provided by Soviet-era Kvadrat air defense missile systems (14 batteries) and Russian Buk-M1-2/M2 missile systems (approximately 10 batteries). Modernized Kvadrat missiles with updated missiles can be effective against long-range kamikaze drones and cruise missiles, but modern systems EWThe systems deployed on American and Israeli aircraft effectively suppress the semi-active radar guidance system of anti-aircraft missiles. A significant drawback of this system is its inability to guide SAMs to multiple targets simultaneously.
The military Buk-M1-2/M2 are quite modern systems, capable of engaging a wide range of targets.
The Buk-M2 air defense system has the capability to intercept tactical ballistic missiles and air-launched missiles at ranges of up to 20 km, as well as cruise missiles with a low radar cross-section. The long-range engagement zone has been extended to 45 km, and the altitude limit has been increased to 25 km.
Mobile short-range air defense systems include the Russian Tor-M1E (16 vehicles) and Tor-M2E (up to 16 vehicles), as well as the American M48A3 Chaparral (48 self-propelled guns) and M1097 Avenger (75 vehicles). The most effective in this list are the highly automated Tor-M2E air defense systems, capable of engaging targets flying at high subsonic speeds at ranges of up to 15,000 m and altitudes of 10-10,000 m. It can simultaneously engage four targets with eight missiles.
The M48A3 Chaparral and M1097 Avenger air defense systems use thermal homing missiles.
Egyptian M48A3 Chaparral air defense systems
The Chaparral air defense missile system is not the latest technology, but if external warning is received in a timely manner, it is quite capable of counteracting drones and cruise missiles at a distance of up to 9000 m.
Several years ago, Egyptian Avengers were modernized with improved targeting and search systems, new communications equipment, and expanded capabilities for exchanging information with other air defense systems and external target designation from various sources. They now have a range of up to 5500 meters. The vehicle's remote-controlled 12,7mm machine gun expands its counter-UAV capabilities.
At least 1,000 Ayn-al-Saqr (Hawkeye) MANPADS, a licensed version of the Soviet-era Strela-2M man-portable air defense system, are in service or in storage. Due to its low sensitivity and inadequate jamming resistance, this MANPADS is obsolete, but it remains in active use.
The United States supplied Egypt with approximately 900 Stinger MANPADS armed with FIM-92C and FIM-92K missiles. The latter variant is a SAM with a dual-band (infrared and ultraviolet) socket-type seeker with high jamming resistance and improved maneuverability.
In 2005, a contract was signed for the supply of 656 launchers for the then-new Russian Igla-S MANPADS and an unspecified number of anti-aircraft missiles. The Igla-S system has an increased engagement range and ceiling. The introduction of a new, more sensitive dual-spectrum seeker improved jamming immunity in the face of intensive use of flares. The Igla-S MANPADS is capable of effectively engaging small targets, such as cruise missiles and drones.
Assessing the saturation of the Egyptian Ground Forces with MANPADS, it can be stated that with a total number of personnel of about 310,000 people, it is quite sufficient, but there is a need to replace the outdated portable systems.
Self-propelled anti-aircraft artillery is represented by the ZSU-23-4M4 Shilka-Strelets (about 300 units) and Sinai 23 (approximately 45 units).
All Egyptian Shilka submarines received a new digital radio system and modern communications equipment during a major overhaul and modernization. Their armament was supplemented by a transport launcher with Igla-S missiles.
The Sinai 23 self-propelled air defense missile and gun system (SAM) was produced in Egypt from 1986 to 1989. Its armament consists of two 23mm cannons and four launchers with Ayn al-Saqr SAMs. In a battery of five vehicles, only the command vehicle is equipped with a radar surveillance system. Several sources report that the outdated Egyptian-made missiles were recently replaced by Stinger MANPADS.
The anti-aircraft units of the Egyptian armed forces have about a thousand towed machine gun and artillery mounts of 14,5, 23, 35 and 57 mm caliber: ZPU-1, ZPU-2, ZU-23, Oerlikon GDF-005 and AZP-57.
The 140 35mm Oerlikon GDF-005 artillery mounts are considered the most modern and effective, setting the standard in their class and serving in more than 30 countries.
The Oerlikon GDF-005 is capable of engaging aerial targets at ranges of up to 4000 meters, with an altitude reach of up to 3000 meters. It has a rate of fire of 1100 rounds per minute. Reloading of spare ammunition boxes and loading of the projectile into the barrel is automatic, eliminating the need for crews to be present at the firing position. The system is equipped with a computerized sight with a laser rangefinder and a digital fire control system. The anti-aircraft battery is controlled by a gun-laying station, the roof of which houses a rotating pulse-Doppler radar antenna, a radar rangefinder, and a television camera. A high degree of automation and sophisticated target acquisition and target acquisition equipment ensure a high probability of engaging aerial targets, even at night.
The remaining towed anti-aircraft machine guns and artillery mounts in service are ineffective against modern jet fighters, but can be used quite successfully against drones. The Egyptian Air Defense Command is currently considering equipping the 14,5mm ZPU-2 and 23mm ZU-23 with modern thermal imaging sights combined with laser rangefinders, and a modern fire control station is being sought for the 57mm anti-aircraft guns.
A Google Earth satellite image shows an anti-aircraft artillery position at a military base near the city of Sallum in southwestern Egypt. The image was taken in September 2022.
Anti-aircraft machine guns and artillery mounts are used to cover radar posts, fixed air defense missile systems positions, military equipment storage areas, and large military warehouses.
In terms of the number of ground-based air defense systems, Egypt surpasses all other states in the region. However, a significant portion of the air defense systems deployed in the "Land of the Pyramids" are obsolete and subject to decommissioning in the near future. Modern systems of various types are in service, but their number is small compared to first-generation air defense systems, and they are not on permanent alert. It is also unknown how well these new air defense systems are equipped with ammunition and how long they will be able to combat air, missile, and drone attacks.
fighter aircraft
The Egyptian Air Force operates over 300 supersonic fighters, including 218 single- and two-seat F-16C/D Block 40, Block 42 (upgraded Block 15), and Block 50 fighters. It also operates 16 single-seat and two two-seat French-made Mirage 2000EM and Mirage 2000BM fighters. Around 2017, Egyptian pilots began training with MiG-29M/M2 fighters. A total of 40 single-seat MiG-29Ms and six two-seat MiG-29M2s have been delivered. The French Rafale EM/DM are considered the Egyptian Air Force's most modern fighters. As of early 2026, 42 of the 54 aircraft ordered were in service.
Rafale EM/DM fighter jets at Egypt's Gebel al-Basour airbase.
Several fighter squadrons are equipped with two-seat subsonic aircraft of French manufacture Alpha Jet MS2 and Chinese Karakorum-8E.
Alpha Jet MS2 multirole aircraft
In total, more than forty Alpha Jet MS2 aircraft and over a hundred Karakorum-8E aircraft are operated by combat and training units. The Flight Training Center is assigned 11 L-59E Super Albatros combat trainers.
In the past, the Alpha Jet MS2, Karakorum-8E and L-59E Super Albatros aircraft, in addition to providing close air support and counter-aircraft missions, fleet, practiced intercepting low-flying targets, which has become especially important with the growth of the unmanned aerial threat.
Egypt, which aspires to significant regional influence, formally possesses a very substantial fighter fleet for such a country. However, maintaining the proper level of combat readiness for its fighter aircraft poses certain challenges.
For quite a long time, the backbone of the Egyptian fighter air force consisted of the MiG-21 in various modifications and the J-7 (the Chinese version of the MiG-21F-13). Although these aircraft had very simple avionics and armament, they were popular in combat squadrons due to their favorable balance of cost, effectiveness, and ease of operation.
Currently, the F-16 is the backbone of Egypt's fighter air force, serving fifteen squadrons. However, given that a significant portion of these aircraft were acquired in the 1980s, and the high wear rate of the Block 40 and Block 42 Fighting Falcons, they too will soon require replacement. Two dozen F-16C/D Block 50s delivered in 2012–2013 can be considered fairly modern. Judging by satellite imagery, the number of Egyptian F-16s flying has significantly decreased in recent years. According to foreign experts, the percentage of airworthy F-16C/D Block 40 and Block 42 aircraft does not exceed 60%.
Although Egyptian-Israeli relations are currently far from hostile, there are numerous other threats in the region. This likely explains the storage of F-4E Phantom II fighters and the active use of subsonic combat trainers in fighter squadrons.
Google Earth satellite image of F-4E Phantom II fighter jets in storage at Cairo West Air Base. The image was taken in March 2025.
The Egyptian Air Force's weakness is its lack of heavy, long-range fighters equipped with powerful, modern radars. This has been somewhat offset by the acquisition of Rafale jets from France, but these are very expensive aircraft, costing up to $100 million per unit.
In 2018, a contract was signed with Russia for the supply of Su-35SK fighter jets worth approximately $2 billion.
However, in 2022, Cairo, citing the Russian heavy fighter's shortcomings, such as its high radar signature and outdated avionics, terminated the agreement. By the time the deal was terminated, the Komsomolsk-on-Amur Aircraft Plant (KnAAZ) had already built approximately two dozen aircraft for the Egyptian Air Force, some of which were subsequently transferred to Iran.
Following the cancellation of the Su-35SK contract, Egyptian authorities submitted a request for F-35A Lightning II fifth-generation fighters. However, the Americans, eager to maintain the Israeli Air Force's superiority over Arab countries, declined. Following this, Egyptian leaders considered purchasing Chinese FC-31 (J-35) and J-10C aircraft, and there were also reports of the Turkish TAI TF-X KAAN (formerly known as the TF-X) fifth-generation fighter program joining the Turkish program. However, purchasing Chinese fighters could complicate relations with Washington, which annually allocates $1,3 billion in military aid to Cairo, and joint production of a fifth-generation fighter with Turkey faces uncertain prospects.
Under the current circumstances, the most realistic option for the Egyptian Air Force is to order Boeing F-15EX Eagle II multirole fighters. Negotiations between Egypt and the United States are reportedly in the active phase. Unconfirmed reports indicate that the delivery of a batch of 46 aircraft in 2028 is underway.
The F-15EX's increased payload capacity provides greater combat effectiveness and versatility than the F-15C. In a typical air superiority or escort configuration, the F-15EX can carry twelve AIM-120 AMRAAM and AIM-9 Sidewinder air-to-air missiles. The maximum payload is 13,400 kg (29,800 lb). Its integrated armament consists of a 20 mm M61A1 six-barrel cannon with 512 rounds of ammunition. Maximum takeoff weight is 36,740 kg (80,000 lb). Its combat radius without in-flight refueling is up to 1270 km (780 mi). Its service ceiling is 18,000 m (59,000 ft). Two Pratt Whitney F110-GE-129 turbofan engines, each producing 13154 kg (28,500 lb) of afterburning thrust, provide a maximum speed of 2,655 km/h (1,655 mph) at high altitude. Cruising speed: 917 km/h.
An F-15EX Eagle II fighter jet from the 40th Flight Test Squadron of the U.S. Air Force, March 2021.
The F-15EX is equipped with a fast and high-performance Display Core Processor II onboard computer. The fighter also features a fly-by-wire control system and a digital instrument cluster. The AN/APG-82(V)1 AESA radar with an active electronically scanned array (AESA) can detect large targets at ranges of up to 200 km. The avionics suite also includes an AN/ASG-34(V)1 IRST21 infrared search and track system, a modern AN/ALQ-250 electronic warfare and electronic intelligence system, AN/AAS-13 LANTIRN navigation equipment, an AN/ALE-47 flare and chaff dispenser system, and a pod with AN/AAQ-33 Sniper XR targeting and search equipment.
With comparable combat effectiveness to fifth-generation fighters, the F-15EX costs approximately $90 million, roughly the same as the unarmed Israeli F-35I Adir. However, the F-15EX has a significantly lower life cycle cost and is easier to operate.
Information