US Confirms Air Superiority in Iran as A-10 Jets and Apache Helicopters Face No Air Defense Engagement.

U.S. Defense Secretary Pete Hegseth said A-10 Thunderbolt II land attack jets and AH-64 Apache helicopters flew inside Iranian airspace, including over the Strait of Hormuz, a direct challenge in one of the world’s most heavily defended corridors. If accurate, the flights demonstrate the U.S. can push low-altitude strike aircraft into contested territory long dominated by advanced air defenses.

The reported missions suggest U.S. forces either penetrated or bypassed Iran’s layered defenses with platforms built for close air support, not stealth entry. Operations over the Strait point to localized air superiority or tightly managed corridors enabled by electronic warfare, suppression of enemy air defenses, or forward basing.

Read also: Operation Epic Fury Proves U.S. A-10 Warthog Jet’s Unmatched Close Air Support Role

A U.S. Air Force A-10 Thunderbolt II conducts combat air operations over the U.S. Central Command area of responsibility during Operation Epic Fury, supporting precision strikes and maritime security missions in the Strait of Hormuz. (Picture source: U.S. Department of War)

The U.S. Department of War statement, delivered during an official briefing on March 26, 2026, suggests repeated sorties over strategic waterways, raising questions about the status of Iran’s integrated air defense systems and the extent of U.S. suppression or avoidance capabilities. The operational implications center on freedom-of-navigation enforcement and the credibility of U.S. rapid-response strike options in the Gulf.

The A-10 Thunderbolt II is specifically designed for close air support in high-threat environments and is equipped with titanium armor, redundant flight systems, and the GAU-8/A 30mm cannon, which can engage armored and maritime targets. However, despite its survivability features, the aircraft is not stealthy and remains vulnerable to modern surface-to-air missile systems such as Iran’s Russian-supplied S-300PMU-2 and domestically developed Bavar-373. Its reported presence over Iranian territory would therefore imply either temporary degradation of air defense coverage or highly controlled operational corridors supported by electronic warfare and suppression of enemy air defenses (SEAD) assets.

Similarly, the AH-64 Apache attack helicopter is optimized for low-altitude operations, anti-armor warfare, and precision-strike missions, equipped with Hellfire missiles and 30mm chain guns. In a maritime context such as the Strait of Hormuz, the platform can support the interdiction of fast-attack craft and provide close escort to naval forces. However, its operational range, speed, and vulnerability to radar-guided and infrared threats make sustained operations in contested airspace highly risky without significant air superiority and electronic protection measures.

These reported air operations align with broader U.S. offensive activity under what officials have described as Operation “Epic Fury,” a campaign targeting Iranian military infrastructure and maritime capabilities. According to Hegseth, U.S. forces have destroyed more than 10,000 enemy targets in under one month, including underground facilities and buildings linked to Iran’s defense industrial base. He also stated that over 150 Islamic Revolutionary Guard Corps (IRGC) vessels have been sunk, indicating a sustained effort to degrade Iran’s asymmetric naval warfare capacity in the Gulf.

The scale and tempo of strikes attributed to Operation Epic Fury suggest a high-intensity, multi-domain campaign combining precision airpower, naval fires, and potentially cyber and electronic warfare effects. The destruction of hardened and underground facilities would imply the use of advanced bunker-penetrating munitions and persistent ISR targeting cycles, aimed at dismantling production, storage, and command infrastructure critical to Iran’s military resilience. The reported attrition of IRGC naval assets further indicates a deliberate effort to neutralize swarm tactics and fast-attack craft capabilities that pose a direct threat to commercial shipping and U.S. naval forces in the Strait of Hormuz.

A key factor enabling these operations appears to be the rapid establishment of air superiority through coordinated U.S.-Israeli action targeting Iran’s air defense network from the opening phase of the campaign. Israeli Air Force assets, including F-35I Adir stealth fighters, are assessed to have conducted initial deep-penetration strikes against high-value radar sites, command nodes, and long-range surface-to-air missile systems, degrading Iran’s early warning and engagement capability. This would have been complemented by U.S. stealth platforms such as the F-22 Raptor and B-2 Spirit, alongside cruise missile strikes, to systematically dismantle critical elements of the integrated air defense system.

In parallel, U.S. electronic warfare and cyber capabilities likely played a decisive role in suppressing and disrupting Iranian sensor networks. Assets such as the EA-18G Growler, combined with space-based ISR and cyber operations, would have enabled the creation of temporary corridors of reduced threat density. This layered approach allows non-stealth platforms, including the A-10 and AH-64, to operate in windows of relative permissiveness despite the underlying contested environment.

Beyond these initial suppression efforts, the sustained achievement of air superiority since the beginning of Operation Epic Fury can be attributed to a highly integrated, coalition-enabled air campaign architecture. U.S. and Israeli forces likely combined real-time intelligence fusion from satellites, high-altitude UAVs, and airborne early warning platforms such as the E-3 Sentry and E-7 Wedgetail to maintain continuous situational awareness of Iranian airspace activity. This persistent ISR coverage would enable dynamic targeting of mobile air defense systems and rapid re-tasking of strike assets, preventing Iran from reconstituting an effective air defense picture.

The role of network-centric warfare is also central to understanding how air superiority has been maintained. Secure data links, such as Link 16 and advanced battle management systems, would allow U.S. and Israeli aircraft to share targeting data, threat updates, and engagement priorities in near-real time. This level of interoperability enhances kill-chain speed, reduces reaction time against emerging threats, and enables distributed operations across a wide geographic area, including the Strait of Hormuz and deeper-inland targets.

Another decisive factor is the use of stand-off weapons and long-range precision-strike capabilities to reduce the exposure of manned platforms. U.S. forces likely employed Tomahawk cruise missiles, JASSM-ER, and other precision-guided munitions to neutralize high-value targets from outside dense air defense zones. Israeli platforms are also equipped with advanced stand-off munitions, enabling coordinated strikes that degrade defenses before lower-altitude assets enter the battlespace. This layered strike methodology progressively reduces risk while expanding operational access.

Logistics and forward basing also contribute significantly to sustained air operations. U.S. forces operating from Gulf bases, aircraft carriers, and pre-positioned assets benefit from robust aerial refueling support provided by KC-135 and KC-46 tankers, enabling extended sortie duration and persistent presence over key operational areas. Israeli participation further compresses response times and increases sortie generation rates, reinforcing operational tempo and pressure on Iranian defenses.

The claim of “free flight” over Iranian airspace must therefore be understood within the broader context of this multi-domain suppression campaign. Rather than indicating uncontested and continuous control of the airspace, it likely reflects localized and time-bound air superiority achieved through synchronized strikes, electronic attack, and persistent intelligence support.

From an operational standpoint, the Strait of Hormuz represents a critical chokepoint through which approximately one-fifth of global oil supply transits. The ability to deploy close air support and attack aviation assets over this area enhances U.S. capability to secure maritime routes, deter Iranian naval or proxy actions, and respond rapidly to emerging threats against commercial shipping. Even limited-duration air access would significantly expand the tactical options available to U.S. Central Command.

At the strategic level, the announcement also serves as a signal to both adversaries and regional partners. For Iran, it suggests that U.S. and allied forces retain the capacity to penetrate and degrade layered air defenses while sustaining high-tempo strikes against critical military infrastructure. For Israel and Gulf allies, it reinforces the effectiveness of joint operations and integrated airpower in achieving rapid operational access in contested environments.

Ultimately, whether these flights represent routine operations, limited demonstrations, or strategic signaling, when combined with the scale of strikes reported under Operation Epic Fury, they imply a deliberate U.S.-led effort to impose operational pressure across multiple domains. The credibility of that message will depend on the sustainability of coordinated allied air operations, the continued degradation of Iranian defensive systems, and the ability to maintain access despite adaptive countermeasures.

Written by Alain Servaes – Chief Editor, Army Recognition Group
Alain Servaes is a former infantry non-commissioned officer and the founder of Army Recognition. With over 20 years in defense journalism, he provides expert analysis on military equipment, NATO operations, and the global defense industry.