UAE Reveals Combat Interception of Iranian Shahed-136 and Shahed-107 One-Way Attack Drones
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On 3 March 2026, the UAE Ministry of Defence said United Arab Emirates Air Force F-16 Block 60 and Mirage 2000-9 fighters helped intercept Iranian Shahed drones and Al Qiam ballistic missiles over four days of attacks. The operation highlights the growing role of advanced Gulf air forces in countering Iran’s expanding one-way attack drone and missile arsenal.
On 3 March 2026, the Ministry of Defence of the United Arab Emirates (UAE) announced that its air and missile defence forces had intercepted multiple waves of Iranian missile and drone attacks over the preceding four days. During a live briefing on Abu Dhabi TV, posted by Emirati journalist @Sajwani on X, officials presented imagery and footage of debris recovered from across the country. According to the ministry, UAE Air Force F-16 Block 60 and Mirage 2000-9 fighter jets, operating in coordination with ground-based defence systems, successfully neutralised hundreds of Al Qiam ballistic missiles, Shahed-136, Shahed-107, and Shahed-238 drones, as well as several cruise missiles. The briefing, widely circulated by national media, underscores the critical role of Emirati air power in countering Iran’s use of one-way attack drones, an evolving threat that has reshaped modern warfare dynamics.
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UAE Reveals Combat Interception of Shahed 136 and Shahed 107 One-Way Attack Drones, as the United Arab Emirates Air Force deployed F-16 Block 60 and Mirage 2000-9 fighters alongside ground-based air defenses to neutralise hundreds of Iranian missiles and UAVs over four days of sustained attacks (Picture Source: UAE Ministry of Defence / Iranian Media / IRGCN)
Over the last four days, Emirati airspace has been the scene of a sustained campaign of long-range strikes originating from Iran, combining ballistic missiles, cruise missiles and successive waves of Shahed-family drones. The UAE Ministry of Defence states that “hundreds” of incoming threats have been detected and engaged, with debris falling in sparsely populated desert areas as well as around critical infrastructure. The images shown during the Abu Dhabi TV briefing include mangled airframes, engines, guidance components and warhead fragments, presented as physical proof of the interception of both missiles and unmanned systems. For the authorities, this controlled disclosure aims to demonstrate the scale of the attack while reassuring the population about the performance of national defences.
Declassified footage released by the ministry shows UAE Air Force F-16E/F Block 60 “Desert Falcon” and Mirage-2000-9 jets performing interception missions against incoming Shahed drones. Infrared and electro-optical sequences, recorded by onboard targeting pods, capture the moment air-to-air missiles impact Iranian Shahed-136 and Shahed-107 drones, which then break up into multiple fragments before crashing into the sea or desert. These sequences confirm that, beyond ground-based air defence systems, manned fighter aircraft are being used intensively to thin out the incoming salvos, particularly when drones are flying outside the optimum engagement envelope of short-range surface-to-air systems or when rapid reaction is needed against low-flying targets.
The Shahed-136, widely employed by Russia in Ukraine, is a large one-way attack drone featuring a cropped delta-wing design. Open-source profiles commonly place its all-up weight around 200 kg and its warhead in the 30–50 kg class, although different variants may trade payload mass against fuel and therefore range. Typically launched from multi-cell racks, the system generally follows pre-planned flight paths using inertial navigation aided by satellite navigation to strike programmed coordinates. While the “waypoint-to-coordinate” concept remains the baseline, Russian modifications and field adaptations have been reported over time, so it is safer to describe its employment as primarily pre-programmed rather than uniformly and exclusively so.
With an operational range assessed from several hundred kilometres to well over 1,000 km depending on configuration and payload, the drone’s low speed, distinctive piston-engine noise, and consistent flight profile render it a persistent but relatively slow-moving target. Its design philosophy emphasises saturating air defences through volume rather than manoeuvrability or low observability. In the Emirati context, available reporting most consistently points to Shahed-type one-way drones being used against fixed infrastructure and other area targets; any references to specific sites such as air bases should be linked to clearly documented, publicly reported incidents rather than presented as a general rule.
In contrast, the Shahed-107 represents a distinct evolution within Iran’s unmanned aerial systems portfolio. Open-source analyses describe it as a smaller fixed-wing loitering munition, measuring roughly 1.6 to 2.5 metres in length with a wingspan of 2.5 to 3 metres. It carries an internal warhead of approximately 8 to 15 kg and is powered by a compact piston engine. Intelligence assessments from Ukrainian and Western sources indicate a range of several hundred kilometres, with some estimates suggesting flights of up to 1,500 km depending on configuration and fuel capacity. Reportedly equipped with inertial and satellite navigation as well as anti-jamming systems, certain variants may transmit live video for improved target precision against critical assets such as command posts, radar installations, or logistics nodes. First publicly revealed between 2024 and 2025 and later observed in Russian operations over Ukraine, the Shahed-107 illustrates Iran’s continuing efforts to field a compact, flexible strike platform complementing the heavier Shahed-136.
From an operational perspective, the contrast between the Shahed-136 and Shahed-107 is key to understanding the Emirati defensive posture. The Shahed-136 is a larger and heavier platform optimised for long-range, high-volume attacks against fixed infrastructure. Its substantial warhead enhances destructive potential on impact but also increases detectability across radar and infrared spectrums, easing early identification and tracking. The Shahed-107, by comparison, is smaller, lighter, and designed for precision engagements against high-value or time-sensitive targets. Its reduced signature and shorter flight time, particularly when launched from forward positions, pose greater challenges for interception. Together, these complementary capabilities compel the UAE to employ a layered air defence strategy: long-range aircraft and missile systems to intercept massed Shahed-136 formations at altitude and distance, supported by agile, short-range interceptors and rapid-response fighter patrols to neutralise lower-flying Shahed-107 threats near critical facilities.
The UAE’s F-16 Block 60 and Mirage-2000-9 fleets, tailored over the last two decades to national requirements, are at the heart of this layered posture. Equipped with advanced radars, electronic warfare suites and modern air-to-air missiles, they function both as mobile sensors and as shooters, able to patrol designated sectors, pick up low-flying drones handed over by ground radars and engage them beyond visual range when rules of engagement and airspace management allow. Combined with ground-based systems, this air component increases the depth of the defensive screen and adds redundancy if fixed batteries are saturated or temporarily blinded. The images and video released by the Ministry of Defence seek to illustrate this synergy, repeatedly showing fighter-launched missiles destroying drones before they can reach urban areas.
The Ministry’s communication also underscores the scale of the challenge. By indicating that “hundreds” of Al Qiam ballistic missiles, Shahed-136, Shahed-107 and Shahed-238 drones and multiple cruise missiles have been intercepted in just four days, Emirati authorities implicitly acknowledge that even a well-equipped state can be subjected to prolonged, high-density salvos of low-cost munitions. Each interception consumes a missile, flight hour or interceptor drone, and even successful engagements create risks from falling debris, as highlighted by the images of wreckage shown on Abu Dhabi TV. For decision-makers, this raises questions about stockpile depth, logistics and the need to integrate new, more economical counter-UAS technologies into the existing architecture.
The sequence detailed by the UAE Ministry of Defence conveys a clear strategic message at both domestic and international levels. By publicly documenting the interception of Iranian Shahed-136 and Shahed-107 drones by F-16 Block 60 and Mirage 2000-9 fighters, the Emirates has underscored the operational effectiveness of its advanced air and missile defence architecture. At the same time, the scale and persistence of the attacks highlight a broader shift in the regional threat landscape, where long-range precision strike capabilities are increasingly within reach of state and non-state actors alike. The encounters over the Gulf will likely serve as a key case study for other nations assessing how modern air forces must adapt to counter mass-produced, low-cost unmanned systems that now define contemporary air warfare.
Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group
Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.
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On 3 March 2026, the UAE Ministry of Defence said United Arab Emirates Air Force F-16 Block 60 and Mirage 2000-9 fighters helped intercept Iranian Shahed drones and Al Qiam ballistic missiles over four days of attacks. The operation highlights the growing role of advanced Gulf air forces in countering Iran’s expanding one-way attack drone and missile arsenal.
On 3 March 2026, the Ministry of Defence of the United Arab Emirates (UAE) announced that its air and missile defence forces had intercepted multiple waves of Iranian missile and drone attacks over the preceding four days. During a live briefing on Abu Dhabi TV, posted by Emirati journalist @Sajwani on X, officials presented imagery and footage of debris recovered from across the country. According to the ministry, UAE Air Force F-16 Block 60 and Mirage 2000-9 fighter jets, operating in coordination with ground-based defence systems, successfully neutralised hundreds of Al Qiam ballistic missiles, Shahed-136, Shahed-107, and Shahed-238 drones, as well as several cruise missiles. The briefing, widely circulated by national media, underscores the critical role of Emirati air power in countering Iran’s use of one-way attack drones, an evolving threat that has reshaped modern warfare dynamics.
UAE Reveals Combat Interception of Shahed 136 and Shahed 107 One-Way Attack Drones, as the United Arab Emirates Air Force deployed F-16 Block 60 and Mirage 2000-9 fighters alongside ground-based air defenses to neutralise hundreds of Iranian missiles and UAVs over four days of sustained attacks (Picture Source: UAE Ministry of Defence / Iranian Media / IRGCN)
Over the last four days, Emirati airspace has been the scene of a sustained campaign of long-range strikes originating from Iran, combining ballistic missiles, cruise missiles and successive waves of Shahed-family drones. The UAE Ministry of Defence states that “hundreds” of incoming threats have been detected and engaged, with debris falling in sparsely populated desert areas as well as around critical infrastructure. The images shown during the Abu Dhabi TV briefing include mangled airframes, engines, guidance components and warhead fragments, presented as physical proof of the interception of both missiles and unmanned systems. For the authorities, this controlled disclosure aims to demonstrate the scale of the attack while reassuring the population about the performance of national defences.
Declassified footage released by the ministry shows UAE Air Force F-16E/F Block 60 “Desert Falcon” and Mirage-2000-9 jets performing interception missions against incoming Shahed drones. Infrared and electro-optical sequences, recorded by onboard targeting pods, capture the moment air-to-air missiles impact Iranian Shahed-136 and Shahed-107 drones, which then break up into multiple fragments before crashing into the sea or desert. These sequences confirm that, beyond ground-based air defence systems, manned fighter aircraft are being used intensively to thin out the incoming salvos, particularly when drones are flying outside the optimum engagement envelope of short-range surface-to-air systems or when rapid reaction is needed against low-flying targets.
The Shahed-136, widely employed by Russia in Ukraine, is a large one-way attack drone featuring a cropped delta-wing design. Open-source profiles commonly place its all-up weight around 200 kg and its warhead in the 30–50 kg class, although different variants may trade payload mass against fuel and therefore range. Typically launched from multi-cell racks, the system generally follows pre-planned flight paths using inertial navigation aided by satellite navigation to strike programmed coordinates. While the “waypoint-to-coordinate” concept remains the baseline, Russian modifications and field adaptations have been reported over time, so it is safer to describe its employment as primarily pre-programmed rather than uniformly and exclusively so.
With an operational range assessed from several hundred kilometres to well over 1,000 km depending on configuration and payload, the drone’s low speed, distinctive piston-engine noise, and consistent flight profile render it a persistent but relatively slow-moving target. Its design philosophy emphasises saturating air defences through volume rather than manoeuvrability or low observability. In the Emirati context, available reporting most consistently points to Shahed-type one-way drones being used against fixed infrastructure and other area targets; any references to specific sites such as air bases should be linked to clearly documented, publicly reported incidents rather than presented as a general rule.
In contrast, the Shahed-107 represents a distinct evolution within Iran’s unmanned aerial systems portfolio. Open-source analyses describe it as a smaller fixed-wing loitering munition, measuring roughly 1.6 to 2.5 metres in length with a wingspan of 2.5 to 3 metres. It carries an internal warhead of approximately 8 to 15 kg and is powered by a compact piston engine. Intelligence assessments from Ukrainian and Western sources indicate a range of several hundred kilometres, with some estimates suggesting flights of up to 1,500 km depending on configuration and fuel capacity. Reportedly equipped with inertial and satellite navigation as well as anti-jamming systems, certain variants may transmit live video for improved target precision against critical assets such as command posts, radar installations, or logistics nodes. First publicly revealed between 2024 and 2025 and later observed in Russian operations over Ukraine, the Shahed-107 illustrates Iran’s continuing efforts to field a compact, flexible strike platform complementing the heavier Shahed-136.
From an operational perspective, the contrast between the Shahed-136 and Shahed-107 is key to understanding the Emirati defensive posture. The Shahed-136 is a larger and heavier platform optimised for long-range, high-volume attacks against fixed infrastructure. Its substantial warhead enhances destructive potential on impact but also increases detectability across radar and infrared spectrums, easing early identification and tracking. The Shahed-107, by comparison, is smaller, lighter, and designed for precision engagements against high-value or time-sensitive targets. Its reduced signature and shorter flight time, particularly when launched from forward positions, pose greater challenges for interception. Together, these complementary capabilities compel the UAE to employ a layered air defence strategy: long-range aircraft and missile systems to intercept massed Shahed-136 formations at altitude and distance, supported by agile, short-range interceptors and rapid-response fighter patrols to neutralise lower-flying Shahed-107 threats near critical facilities.
The UAE’s F-16 Block 60 and Mirage-2000-9 fleets, tailored over the last two decades to national requirements, are at the heart of this layered posture. Equipped with advanced radars, electronic warfare suites and modern air-to-air missiles, they function both as mobile sensors and as shooters, able to patrol designated sectors, pick up low-flying drones handed over by ground radars and engage them beyond visual range when rules of engagement and airspace management allow. Combined with ground-based systems, this air component increases the depth of the defensive screen and adds redundancy if fixed batteries are saturated or temporarily blinded. The images and video released by the Ministry of Defence seek to illustrate this synergy, repeatedly showing fighter-launched missiles destroying drones before they can reach urban areas.
The Ministry’s communication also underscores the scale of the challenge. By indicating that “hundreds” of Al Qiam ballistic missiles, Shahed-136, Shahed-107 and Shahed-238 drones and multiple cruise missiles have been intercepted in just four days, Emirati authorities implicitly acknowledge that even a well-equipped state can be subjected to prolonged, high-density salvos of low-cost munitions. Each interception consumes a missile, flight hour or interceptor drone, and even successful engagements create risks from falling debris, as highlighted by the images of wreckage shown on Abu Dhabi TV. For decision-makers, this raises questions about stockpile depth, logistics and the need to integrate new, more economical counter-UAS technologies into the existing architecture.
The sequence detailed by the UAE Ministry of Defence conveys a clear strategic message at both domestic and international levels. By publicly documenting the interception of Iranian Shahed-136 and Shahed-107 drones by F-16 Block 60 and Mirage 2000-9 fighters, the Emirates has underscored the operational effectiveness of its advanced air and missile defence architecture. At the same time, the scale and persistence of the attacks highlight a broader shift in the regional threat landscape, where long-range precision strike capabilities are increasingly within reach of state and non-state actors alike. The encounters over the Gulf will likely serve as a key case study for other nations assessing how modern air forces must adapt to counter mass-produced, low-cost unmanned systems that now define contemporary air warfare.
Written by Teoman S. Nicanci – Defense Analyst, Army Recognition Group
Teoman S. Nicanci holds degrees in Political Science, Comparative and International Politics, and International Relations and Diplomacy from leading Belgian universities, with research focused on Russian strategic behavior, defense technology, and modern warfare. He is a defense analyst at Army Recognition, specializing in the global defense industry, military armament, and emerging defense technologies.
