U.S. Navy F/A-18E with Twin AGM-84K SLAM-ERs Signals Long-Range Strike Operations from Carrier in the Middle East.

A U.S. Navy F/A-18E Super Hornet aboard USS George Washington appears to be carrying two AGM-84K SLAM-ER-family missiles during flight operations in the U.S. 5th Fleet area, according to footage released by NAVCENT Public Affairs on September 4, 2026. Although the weapons have not been officially identified, the probable twin-missile load highlights the carrier air wing’s ability to deliver precision strikes from standoff range against targets in heavily defended environments.

The weapons’ Harpoon-derived shape and underwing configuration support a high-probability identification as SLAM-ER-family missiles, while the exact subvariant and full mission loadout remain unconfirmed. Carrying two such weapons would give the Super Hornet a specialized long-range strike role, allowing carrier aviation to engage high-value land targets while reducing exposure to increasingly capable air-defense systems.

Related Topic: U.S. Central Command Iran Strike Wave Features F/A-18E Super Hornet Carrying Probable AGM-154 Joint Standoff Weapon

U.S. Navy imagery shows an F/A-18E Super Hornet aboard USS George Washington apparently carrying two SLAM-ER-family missiles, underscoring the carrier air wing’s long-range precision-strike capability in the U.S. 5th Fleet area (Picture Source: U.S. Navy)

On September 4, 2026, NAVCENT Public Affairs released footage showing the Nimitz-class aircraft carrier USS George Washington (CVN 73) conducting flight operations in the U.S. 5th Fleet area of responsibility, with the Navy describing the activity as taking place on September 1, while the source metadata records August 31 as the date taken. Among the most significant details visible is an F/A-18E Super Hornet, wings folded for carrier-deck handling, apparently carrying two large air-to-surface weapons whose external characteristics closely match the AGM-84K Standoff Land Attack Missile-Expanded Response, or SLAM-ER. The U.S. Navy has not identified those weapons or confirmed that the aircraft subsequently flew an operational strike sortie, making the identification a high-probability visual assessment rather than an official determination. If confirmed, however, the paired configuration would underline the considerable long-range precision-strike capacity available to Carrier Air Wing Five during operations in one of the world’s most demanding maritime and air-defense environments.

Probable Twin SLAM-ER Carriage Gives the F/A-18E a Specialized Standoff Role

The two stores visible beneath the F/A-18E appear consistent with the AGM-84K SLAM-ER family on the basis of their elongated Harpoon-derived fuselage, overall dimensions, aerodynamic arrangement and underwing carriage geometry. The imagery appears sufficiently consistent to support a probable AGM-84K-family identification, but not a definitive determination of the more specific AGM-84K-1 configuration. Automatic Target Acquisition-related software, seeker improvements and internal electronic standards would not necessarily produce externally distinguishable features. The available footage also does not reveal the aircraft’s complete station configuration, meaning associated mission-support equipment cannot be fully reconstructed. Consequently, the most defensible assessment is that the Super Hornet appears with relatively high probability to be carrying two AGM-84K SLAM-ER-family precision-strike missiles, while the exact subvariant remains unconfirmed.

SLAM-ER gives the single-seat F/A-18E a substantially different attack profile from one based primarily on direct-attack precision weapons. NAVAIR describes the AGM-84K as a day/night, adverse-weather, over-the-horizon precision weapon intended for both pre-planned missions and targets of opportunity against land and maritime objectives. The missile measures approximately 4.4 meters in length, weighs about 674.5 kilograms and travels at high-subsonic speed. It carries a 500-pound Tomahawk-derived titanium warhead designed to provide significant penetration and lethality, while its publicly stated range exceeds 135 nautical miles, or approximately 250 kilometers. Both the F/A-18E and F/A-18F are certified launch and control platforms.

Its sophistication extends considerably beyond range. SLAM-ER combines ring-laser-gyro inertial navigation with multi-channel GPS for mid-course guidance and an imaging-infrared seeker for terminal target discrimination. The Navy also identifies a two-way data-link architecture associated with the AWW-13 Advanced Data Link pod for man-in-the-loop control, while upgraded missiles incorporate Automatic Target Acquisition, or ATA. ATA is intended to improve target acquisition in cluttered scenes, overcome many infrared countermeasures and mitigate degraded environmental conditions. Flexible terminal approach geometry further allows the missile to attack from tactically favorable directions rather than relying upon a simple direct flight path. These attributes are especially relevant when the desired effect is precise destruction of a specific radar, command facility, communications node, hardened military installation or selected maritime target rather than the broader-area effects associated with less discriminate weapons.

The apparent two-missile carriage makes the George Washington observation particularly noteworthy. In July 2026, Army Recognition Group reported another F/A-18E, this time operating from USS Abraham Lincoln (CVN 72), with a single probable AGM-84K-family SLAM-ER clearly visible during CENTCOM operations. That earlier assessment placed moderate-to-high confidence in the family identification while stressing that the AGM-84K-1 subtype could not be established visually and that the footage did not prove subsequent missile employment. The July imagery did not reveal the aircraft’s entire weapons configuration, meaning it cannot establish that only one SLAM-ER was carried. By comparison, the George Washington footage appears to reveal two such stores on the same F/A-18E, making the paired configuration the more significant visual finding. If both stores are operational SLAM-ERs, one aircraft could theoretically carry weapons for two separate precision engagements, use multiple weapons against a particularly important objective, or provide additional mission flexibility and redundancy. None of these possibilities can be inferred as the actual tasking of the aircraft shown, but the configuration visibly concentrates considerable precision-strike capacity on a single carrier-based fighter. Large external weapons also impose aerodynamic, weight and endurance penalties, suggesting that such a configuration would represent a deliberate mission-specific tradeoff among standoff firepower, fuel, defensive armament and other stores rather than a generic multirole loading.

What the Configuration Could Mean for CENTCOM and an Iran-Focused Strike Mission

Operationally, SLAM-ER is particularly significant because the U.S. Navy defines it as a Standoff Outside of Area Defense, or SOAD, weapon. That terminology distinguishes it from weapons intended primarily to suppress radar emitters directly. SLAM-ER is not an AGM-88-series anti-radiation missile and does not principally depend on homing against radar emissions. Instead, it allows an F/A-18E to engage a designated land or maritime aimpoint from considerable distance using GPS-aided navigation, imaging-infrared terminal guidance and, where employed, man-in-the-loop refinement. In an Iran-focused operational scenario inside the CENTCOM area, this would make the weapon particularly relevant to high-value fixed or sufficiently well-located objectives such as coastal-surveillance installations, command-and-control facilities, air-defense infrastructure, communications nodes, hardened missile-support facilities and selected maritime capabilities. The purpose of standoff employment would be to reduce the requirement for the launching Super Hornet itself to enter the densest portion of localized defensive engagement zones while retaining precision against critical components of an opposing military system.

Recent CENTCOM operations illustrate why those target characteristics matter, without establishing any connection between the George Washington aircraft shown and a specific strike. On July 16, 2026, CENTCOM stated that U.S. forces had used precision weapons against Iranian military targets including coastal-surveillance and air-defense sites, military logistics infrastructure and maritime capabilities; subsequent July operations also included missile and drone storage facilities, military command centers and communications networks. Those categories closely correspond to the types of fixed or high-value targets for which a precision SOAD weapon can have considerable operational utility. Viewed as part of a maritime kill chain, coastal sensors can detect and classify traffic, command networks can distribute targeting data, and missile or naval forces can provide the engagement mechanism. Precision strikes against selected sensors, command nodes and supporting infrastructure can disrupt multiple links within that chain. A probable SLAM-ER-equipped F/A-18E would represent one potential means of producing such effects from standoff distance, although there is no public evidence that the George Washington aircraft visible in the September footage was assigned to an Iranian target or actually employed either weapon.

The aircraft should also not be considered in isolation from the wider combat system operating from USS George Washington. Carrier Air Wing Five is composed of nine squadrons operating F-35C Lightning IIs, F/A-18E/F Super Hornets, EA-18G Growlers, E-2D Advanced Hawkeyes, CMV-22 Ospreys and MH-60R/S Seahawks. This creates a layered carrier-air-wing architecture in which a standoff-strike Super Hornet could, depending on the mission plan, operate alongside fifth-generation sensing, electronic attack, airborne early warning, fighter protection and maritime surveillance capabilities. There is no evidence that all of those platforms supported the aircraft visible in the NAVCENT footage, but their presence inside CVW-5 demonstrates the broader operational ecosystem available to U.S. commanders. In a sophisticated air-defense environment, the decisive factor is rarely the missile alone: intelligence preparation, electronic warfare, airspace control, target-quality ISR, fighter protection and battle-management capabilities collectively determine whether long-range precision weapons can be employed efficiently and repeatedly.

The geostrategic significance is equally notable. On July 30, 2026, USS George Washington, Carrier Air Wing Five and elements of Carrier Strike Group Five were officially reported arriving in Da Nang, Vietnam, while operating under the U.S. 7th Fleet in the Indo-Pacific. Barely a month later, the carrier was conducting flight operations in the U.S. 5th Fleet area in support of maritime security and stability in the Middle East. The transition illustrates a central advantage of American carrier aviation: the ability to reposition not merely an aircraft carrier, but an integrated sea-based air-power system across combatant-command boundaries without depending upon permanent access to a nearby land airfield for its primary flight operations. When that mobile air base can generate F/A-18E sorties carrying weapons with more than 135 nautical miles of publicly stated standoff reach, U.S. commanders gain another layer of operational flexibility. Whether the weapon’s appearance in publicly released footage was deliberate or incidental cannot be determined, but its visibility itself reinforces a strategic reality: military planners facing a U.S. carrier strike group must account for precision threats extending well beyond the carrier’s immediate location and beyond the direct-attack radius of its aircraft.

The NAVCENT Public Affairs footage does not provide sufficient evidence to state that the U.S. Navy has officially confirmed an AGM-84K-1 loadout aboard USS George Washington, nor does it demonstrate that the F/A-18E shown subsequently launched either weapon against Iran or any other target. What the imagery does provide is a credible visual indication that a Super Hornet aboard the carrier may have been configured with two AGM-84K SLAM-ER-family standoff missiles, compared with the single probable weapon clearly visible in the earlier USS Abraham Lincoln imagery. Combined with SLAM-ER’s more than 135-nautical-mile range, penetrating warhead, imaging-infrared terminal guidance, Automatic Target Acquisition and man-in-the-loop architecture, the configuration points toward a highly specialized precision-strike option suited to operations against valuable land or maritime military objectives while reducing unnecessary exposure of the launch aircraft to concentrated defenses. More broadly, its appearance aboard a forward-deployed carrier that had moved from the Indo-Pacific into the CENTCOM theater within weeks underscores the central strategic value of U.S. naval aviation: the ability to rapidly reposition a complete, integrated and credible standoff-strike architecture wherever operational requirements demand it.

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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.