U.S. extends A-10 Warthog attack aircraft service to 2030 after combat use in Iran
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The United States is keeping the A-10 Warthog in service until 2030 after combat operations against Iran demonstrated its continued battlefield value in close air support and low-altitude strike missions. The decision preserves a proven platform for sustained fire support and battlefield presence at a time when newer aircraft cannot yet fully replace its role.
Combat use during Operation Epic Fury showed the A-10 delivering persistent close air support, counter-drone engagements, and maritime strike capability in complex environments. Its endurance, heavy cannon firepower, and ability to operate close to friendly forces reinforce its relevance in modern warfare, particularly in conflicts where air superiority is already established but ground forces still require continuous protection and precision engagement.
Related topic: U.S. Congress stops U.S. Air Force plan to retire A-10 Thunderbolt ground attack aircraft by 2026
Operational successes during Operation Epic Fury played a direct role in the reversal of retirement plans, as the A-10 was deployed within the first 48 hours of strikes against Iranian targets. (Picture source: US Air Force)
On April 20, 2026, Secretary of the U.S. Air Force Troy Meink confirmed that the A-10C Thunderbolt II will remain in service until 2030, reversing the FY2026 plan to retire all 162 remaining ground attack aircraft. Instead, two operational squadrons will operate through 2030 and one through 2029, after an internal review of operational demand observed during Operation Epic Fury between March and April 2026. The extension is implemented in parallel with statutory constraints imposed by the FY2026 National Defense Authorization Act (NDAA), which prevents the U.S. Air Force from reducing the A-10 fleet below 103 aircraft and requires at least 93 primary mission aircraft through September 30, 2026.
The policy shift reflects a requirement to maintain available close air support capacity during a period in which the production of replacement aircraft (such as the F-15EX and the F-35) has not reached sufficient scale. The U.S. Air Force had previously justified the A-10 retirement on cost and survivability grounds, particularly in high-threat environments. The current decision introduces a limited retention model without restoring the broader institutional framework that supported the aircraft. Force structure adjustments concentrate the remaining A-10 units within a reduced number of squadrons while eliminating expansion capacity through training or maintenance.
The 23rd Fighter Group at Moody Air Force Base retains two squadrons, with one scheduled to remain active until 2030 and the second until 2029, while a reserve squadron at Whiteman Air Force Base is retained through 2030. The final A-10 pilot training class graduated in April 2026 at Davis-Monthan Air Force Base, terminating the pipeline for new pilots and fixing future personnel levels to the existing pool. Depot-level maintenance capability for the A-10 airframe had already been discontinued at Hill Air Force Base prior to the extension, removing the primary facility for structural refurbishment and long-term sustainment.
This results in a configuration where the three operational squadrons are retained without corresponding regeneration capacity for aircraft or personnel. The U.S. Air Force also inactivated A-10 test units in December 2025 and closed training units, confirming that the extension does not reconstitute full-spectrum support functions. The retained A-10 force is therefore constrained by declining sustainment capacity over time. Yet, legislative controls under the FY2026 National Defense Authorization Act (NDAA) impose key binding constraints on fleet management and directly influence the extension decision.
The law prohibits any action that would reduce the A-10 inventory below 103 aircraft, including reclassification, storage, or transfer to backup status, effectively defining retirement in operational terms rather than administrative categories. It also mandates that at least 93 aircraft remain designated as primary mission aircraft through September 30, 2026, ensuring that multiple squadrons remain combat-capable rather than maintaining a residual fleet. Any additional reduction requires certification by the Secretary of the Air Force, accompanied by a detailed recapitalization plan that addresses mission reassignment, personnel impacts, and the redistribution of assets, followed by a 30-day congressional notification period.
A multi-year transition plan covering 2027 to 2029 was required by March 31, 2026, establishing a framework for phased divestment. These provisions extend a pattern of congressional intervention dating back to the early 2010s, when attempts by the U.S. Air Force to retire the A-10 were repeatedly constrained due to the absence of a direct replacement for the close air support role. Operational employment during Operation Epic Fury provided irrefutable inputs to retain the A-10, particularly in mission areas requiring sustained presence and low-altitude engagement. A-10 aircraft were deployed within the first 48 hours of strike operations in early March 2026, conducting close air support against Iranian and proxy ground elements and maintaining armed overwatch against dispersed targets.
The Warthog was also tasked with maritime strike missions in the Strait of Hormuz, engaging fast attack craft in a congested maritime environment where response time and target discrimination were critical. On April 3, 2026, the A-10 also supported a combat search and rescue operation (CSAR) involving a downed F-15E crew, providing suppression while HH-60W helicopters conducted recovery operations. Engagements during this mission occurred at close range with sustained exposure to ground fire, resulting in the loss of at least one A-10 to hostile fire, with the pilot ejecting after reaching friendly airspace. The aircraft’s ability to remain on station and deliver continuous fire support contributed to the execution of the recovery mission, where higher-speed aircraft are well less suited.
Mission profiles executed during Operation Epic Fury demonstrate the continued alignment of the A-10 with specific operational requirements that are not fully addressed by other aircraft types. Persistent close air support involved repeated low-altitude attack runs using the GAU-8/A cannon and precision-guided munitions against ground targets in proximity to friendly forces. Counter-unmanned aerial system missions included the engagement of Shahed-type drones with APKWS laser-guided rockets and AIM-9M missiles, expanding the A-10’s role into short-range air defense. Maritime strike operations in the Strait of Hormuz focused on neutralizing small, fast-moving Iranian surface vessels that require visual identification and rapid engagement cycles.
Armed overwatch missions over Iraq and Syria required continuous presence over operational areas, often for extended periods, to respond to emerging threats against ground units. Combat search and rescue support involved integration with HC-130J and HH-60W aircraft, with the A-10 providing suppression during personnel recovery. These mission sets rely on endurance, low-speed maneuverability, and the ability to operate at low altitude for extended durations. Also, the Thunderbolt’s fuel consumption profile supports longer time on station compared to faster jets such as the F-15 or F-35. The A-10’s legendary GAU-8/A Avenger cannon, firing 30 mm rounds at approximately 3900 rounds per minute, provides direct fire capability against armored vehicles and fortified positions with an effective range of 1,220 meters.
Furthermore, the Warthog carries up to 7,260 kg of ordnance across 11 pylons, enabling flexible loadout configurations that can be adjusted per mission. APKWS laser-guided rockets, derived from Hydra 70 rockets with guidance kits, have a unit cost below $30,000 and are used to engage low-cost unmanned systems, improving cost-exchange efficiency relative to more expensive air-to-air missiles. The AIM-9M Sidewinder is employed for both self-defense and interception of aerial targets, while the AGM-65 Maverick is used against armored and hardened ground targets. A typical loadout observed during operations against Iran included two AGM-65 missiles, two AIM-9M missiles, two LAU-131 rocket pods carrying 14 APKWS rockets, a Litening targeting pod, and a 600-gallon external fuel tank.
This configuration allows simultaneous engagement of air and surface targets during a single sortie, but also extends operational endurance through additional fuel capacity. Optimized for low-altitude operations and sustained engagement, the A-10 has a cruise speed of approximately 560 km/h, which supports maneuverability and visual target identification in close air support scenarios. It can operate from runways shorter than 1,200 meters, including semi-prepared surfaces, enabling a deployment to forward operating locations with limited infrastructure. The twin TF34-GE-100A engines are mounted high on the fuselage to reduce foreign object ingestion, particularly during operations from austere environments.
Redundant hydraulic systems provide resilience against damage, while a manual reversion flight control mode allows the aircraft to remain controllable even after hydraulic failure. The GAU-8/A cannon generates a recoil force of approximately 45 kN, which is managed through centerline alignment and structural reinforcement to maintain stability during firing. These features collectively enable sustained low-altitude operations in proximity to ground forces. The A-10’s cockpit is enclosed in a titanium armored structure designed to withstand small arms fire and anti-aircraft artillery, providing direct protection to the pilot. Fuel tanks are equipped with foam to reduce the risk of explosion, and flight control systems are physically separated to prevent single-point failures.
The A-10 can deploy up to 480 chaff and flare countermeasures through AN/ALE-40 systems, providing defense against radar-guided and infrared-guided threats. Operational history includes cases where aircraft sustained extensive structural damage, including more than 150 individual penetrations in 2003 for the aircraft piloted by Kim Campbell, while remaining controllable through manual flight controls. Despite these features, the aircraft is vulnerable to modern integrated air defense systems and man-portable air defense systems, which limit its use in contested environments. Its optimum survivability is therefore contingent on operating in areas where enemy air defenses are degraded or suppressed.
The absence of onboard radar requires reliance on external targeting data from intelligence, surveillance, and reconnaissance assets or direct visual identification, limiting autonomous target acquisition. The A-10’s refueling profile requires lower altitudes and speeds than those used by fighters such as the F-35, F-22, and F-15E, necessitating dedicated tanker support or modified refueling tracks. Slower transit speeds complicate synchronization with faster aircraft in large strike packages, particularly in operations requiring coordinated timing across multiple platforms. These factors restrict the A-10’s role in deep strike missions within contested airspace and concentrate its use in permissive or semi-permissive environments.
Integration requires specific planning to align with mission timelines and tanker availability. Despite these limitations, the A-10 continues to provide specialized capabilities that are hardly replaceable at the moment. In fact, the extension of the A-10’s service life is closely linked to the absence of a direct replacement for the close air support mission and the current limitations of alternative aircraft. The F-35, while capable in multiple roles, has higher operating costs and reduced loiter time without tanker support, which affects its ability to sustain a continuous presence over target areas.
Previous Air Force plans sought to retire the A-10 to redirect funding toward F-35 procurement and next-generation air dominance programs. The estimated $423 million required to sustain the A-10 fleet was not included in the FY2026 budget, reflecting the expectation of full retirement prior to the extension decision. Simultaneous actions, including the closure of training units and inactivation of test units, indicate that the broader divestment process remains in place despite the extension. The current policy maintains a reduced number of operational squadrons without reestablishing long-term sustainment infrastructure. This approach, to my deep regret, indicates that the extension is intended to preserve short-term operational capacity rather than alter long-term force structure planning.
Written by Jérôme Brahy
Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.
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The United States is keeping the A-10 Warthog in service until 2030 after combat operations against Iran demonstrated its continued battlefield value in close air support and low-altitude strike missions. The decision preserves a proven platform for sustained fire support and battlefield presence at a time when newer aircraft cannot yet fully replace its role.
Combat use during Operation Epic Fury showed the A-10 delivering persistent close air support, counter-drone engagements, and maritime strike capability in complex environments. Its endurance, heavy cannon firepower, and ability to operate close to friendly forces reinforce its relevance in modern warfare, particularly in conflicts where air superiority is already established but ground forces still require continuous protection and precision engagement.
Related topic: U.S. Congress stops U.S. Air Force plan to retire A-10 Thunderbolt ground attack aircraft by 2026
Operational successes during Operation Epic Fury played a direct role in the reversal of retirement plans, as the A-10 was deployed within the first 48 hours of strikes against Iranian targets. (Picture source: US Air Force)
On April 20, 2026, Secretary of the U.S. Air Force Troy Meink confirmed that the A-10C Thunderbolt II will remain in service until 2030, reversing the FY2026 plan to retire all 162 remaining ground attack aircraft. Instead, two operational squadrons will operate through 2030 and one through 2029, after an internal review of operational demand observed during Operation Epic Fury between March and April 2026. The extension is implemented in parallel with statutory constraints imposed by the FY2026 National Defense Authorization Act (NDAA), which prevents the U.S. Air Force from reducing the A-10 fleet below 103 aircraft and requires at least 93 primary mission aircraft through September 30, 2026.
The policy shift reflects a requirement to maintain available close air support capacity during a period in which the production of replacement aircraft (such as the F-15EX and the F-35) has not reached sufficient scale. The U.S. Air Force had previously justified the A-10 retirement on cost and survivability grounds, particularly in high-threat environments. The current decision introduces a limited retention model without restoring the broader institutional framework that supported the aircraft. Force structure adjustments concentrate the remaining A-10 units within a reduced number of squadrons while eliminating expansion capacity through training or maintenance.
The 23rd Fighter Group at Moody Air Force Base retains two squadrons, with one scheduled to remain active until 2030 and the second until 2029, while a reserve squadron at Whiteman Air Force Base is retained through 2030. The final A-10 pilot training class graduated in April 2026 at Davis-Monthan Air Force Base, terminating the pipeline for new pilots and fixing future personnel levels to the existing pool. Depot-level maintenance capability for the A-10 airframe had already been discontinued at Hill Air Force Base prior to the extension, removing the primary facility for structural refurbishment and long-term sustainment.
This results in a configuration where the three operational squadrons are retained without corresponding regeneration capacity for aircraft or personnel. The U.S. Air Force also inactivated A-10 test units in December 2025 and closed training units, confirming that the extension does not reconstitute full-spectrum support functions. The retained A-10 force is therefore constrained by declining sustainment capacity over time. Yet, legislative controls under the FY2026 National Defense Authorization Act (NDAA) impose key binding constraints on fleet management and directly influence the extension decision.
The law prohibits any action that would reduce the A-10 inventory below 103 aircraft, including reclassification, storage, or transfer to backup status, effectively defining retirement in operational terms rather than administrative categories. It also mandates that at least 93 aircraft remain designated as primary mission aircraft through September 30, 2026, ensuring that multiple squadrons remain combat-capable rather than maintaining a residual fleet. Any additional reduction requires certification by the Secretary of the Air Force, accompanied by a detailed recapitalization plan that addresses mission reassignment, personnel impacts, and the redistribution of assets, followed by a 30-day congressional notification period.
A multi-year transition plan covering 2027 to 2029 was required by March 31, 2026, establishing a framework for phased divestment. These provisions extend a pattern of congressional intervention dating back to the early 2010s, when attempts by the U.S. Air Force to retire the A-10 were repeatedly constrained due to the absence of a direct replacement for the close air support role. Operational employment during Operation Epic Fury provided irrefutable inputs to retain the A-10, particularly in mission areas requiring sustained presence and low-altitude engagement. A-10 aircraft were deployed within the first 48 hours of strike operations in early March 2026, conducting close air support against Iranian and proxy ground elements and maintaining armed overwatch against dispersed targets.
The Warthog was also tasked with maritime strike missions in the Strait of Hormuz, engaging fast attack craft in a congested maritime environment where response time and target discrimination were critical. On April 3, 2026, the A-10 also supported a combat search and rescue operation (CSAR) involving a downed F-15E crew, providing suppression while HH-60W helicopters conducted recovery operations. Engagements during this mission occurred at close range with sustained exposure to ground fire, resulting in the loss of at least one A-10 to hostile fire, with the pilot ejecting after reaching friendly airspace. The aircraft’s ability to remain on station and deliver continuous fire support contributed to the execution of the recovery mission, where higher-speed aircraft are well less suited.
Mission profiles executed during Operation Epic Fury demonstrate the continued alignment of the A-10 with specific operational requirements that are not fully addressed by other aircraft types. Persistent close air support involved repeated low-altitude attack runs using the GAU-8/A cannon and precision-guided munitions against ground targets in proximity to friendly forces. Counter-unmanned aerial system missions included the engagement of Shahed-type drones with APKWS laser-guided rockets and AIM-9M missiles, expanding the A-10’s role into short-range air defense. Maritime strike operations in the Strait of Hormuz focused on neutralizing small, fast-moving Iranian surface vessels that require visual identification and rapid engagement cycles.
Armed overwatch missions over Iraq and Syria required continuous presence over operational areas, often for extended periods, to respond to emerging threats against ground units. Combat search and rescue support involved integration with HC-130J and HH-60W aircraft, with the A-10 providing suppression during personnel recovery. These mission sets rely on endurance, low-speed maneuverability, and the ability to operate at low altitude for extended durations. Also, the Thunderbolt’s fuel consumption profile supports longer time on station compared to faster jets such as the F-15 or F-35. The A-10’s legendary GAU-8/A Avenger cannon, firing 30 mm rounds at approximately 3900 rounds per minute, provides direct fire capability against armored vehicles and fortified positions with an effective range of 1,220 meters.
Furthermore, the Warthog carries up to 7,260 kg of ordnance across 11 pylons, enabling flexible loadout configurations that can be adjusted per mission. APKWS laser-guided rockets, derived from Hydra 70 rockets with guidance kits, have a unit cost below $30,000 and are used to engage low-cost unmanned systems, improving cost-exchange efficiency relative to more expensive air-to-air missiles. The AIM-9M Sidewinder is employed for both self-defense and interception of aerial targets, while the AGM-65 Maverick is used against armored and hardened ground targets. A typical loadout observed during operations against Iran included two AGM-65 missiles, two AIM-9M missiles, two LAU-131 rocket pods carrying 14 APKWS rockets, a Litening targeting pod, and a 600-gallon external fuel tank.
This configuration allows simultaneous engagement of air and surface targets during a single sortie, but also extends operational endurance through additional fuel capacity. Optimized for low-altitude operations and sustained engagement, the A-10 has a cruise speed of approximately 560 km/h, which supports maneuverability and visual target identification in close air support scenarios. It can operate from runways shorter than 1,200 meters, including semi-prepared surfaces, enabling a deployment to forward operating locations with limited infrastructure. The twin TF34-GE-100A engines are mounted high on the fuselage to reduce foreign object ingestion, particularly during operations from austere environments.
Redundant hydraulic systems provide resilience against damage, while a manual reversion flight control mode allows the aircraft to remain controllable even after hydraulic failure. The GAU-8/A cannon generates a recoil force of approximately 45 kN, which is managed through centerline alignment and structural reinforcement to maintain stability during firing. These features collectively enable sustained low-altitude operations in proximity to ground forces. The A-10’s cockpit is enclosed in a titanium armored structure designed to withstand small arms fire and anti-aircraft artillery, providing direct protection to the pilot. Fuel tanks are equipped with foam to reduce the risk of explosion, and flight control systems are physically separated to prevent single-point failures.
The A-10 can deploy up to 480 chaff and flare countermeasures through AN/ALE-40 systems, providing defense against radar-guided and infrared-guided threats. Operational history includes cases where aircraft sustained extensive structural damage, including more than 150 individual penetrations in 2003 for the aircraft piloted by Kim Campbell, while remaining controllable through manual flight controls. Despite these features, the aircraft is vulnerable to modern integrated air defense systems and man-portable air defense systems, which limit its use in contested environments. Its optimum survivability is therefore contingent on operating in areas where enemy air defenses are degraded or suppressed.
The absence of onboard radar requires reliance on external targeting data from intelligence, surveillance, and reconnaissance assets or direct visual identification, limiting autonomous target acquisition. The A-10’s refueling profile requires lower altitudes and speeds than those used by fighters such as the F-35, F-22, and F-15E, necessitating dedicated tanker support or modified refueling tracks. Slower transit speeds complicate synchronization with faster aircraft in large strike packages, particularly in operations requiring coordinated timing across multiple platforms. These factors restrict the A-10’s role in deep strike missions within contested airspace and concentrate its use in permissive or semi-permissive environments.
Integration requires specific planning to align with mission timelines and tanker availability. Despite these limitations, the A-10 continues to provide specialized capabilities that are hardly replaceable at the moment. In fact, the extension of the A-10’s service life is closely linked to the absence of a direct replacement for the close air support mission and the current limitations of alternative aircraft. The F-35, while capable in multiple roles, has higher operating costs and reduced loiter time without tanker support, which affects its ability to sustain a continuous presence over target areas.
Previous Air Force plans sought to retire the A-10 to redirect funding toward F-35 procurement and next-generation air dominance programs. The estimated $423 million required to sustain the A-10 fleet was not included in the FY2026 budget, reflecting the expectation of full retirement prior to the extension decision. Simultaneous actions, including the closure of training units and inactivation of test units, indicate that the broader divestment process remains in place despite the extension. The current policy maintains a reduced number of operational squadrons without reestablishing long-term sustainment infrastructure. This approach, to my deep regret, indicates that the extension is intended to preserve short-term operational capacity rather than alter long-term force structure planning.
Written by Jérôme Brahy
Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.
