Operation Epic Fury Reveals How Tomahawk Missiles Enable US Navy Long-Range Combat Strikes.

U.S. Navy Arleigh Burke-class destroyers are delivering sustained Tomahawk cruise missile strikes against Iranian-linked targets under Operation Epic Fury, hitting hardened infrastructure from stand-off ranges exceeding 1,000 miles (about 1,600 km) while remaining outside contested airspace. The campaign extends U.S. strike reach and sustains high-volume, precision fires without exposing manned platforms to advanced air defenses.

The strikes use ship-launched Tomahawk Land Attack Missiles to engage dispersed targets at distances beyond 1,600 km, with multiple destroyers coordinating time-phased launches through vertical launch systems. The approach marks a shift toward distributed maritime strike, reducing dependence on forward airbases while maintaining continuous pressure on adversary infrastructure.

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U.S. Navy Arleigh Burke-class guided-missile destroyer USS Frank E. Petersen Jr. (DDG 121) launches a Tomahawk Land Attack Missile during Operation Epic Fury, demonstrating the U.S. Navy’s ability to conduct long-range precision strikes against high-value targets from standoff distances while sustaining distributed maritime firepower. (Picture source: U.S. Department of War)

Between late February and mid-March 2026, at least 82 to 108 Tomahawk missiles were fired from multiple destroyers operating in the region, according to compiled launch data and visual confirmations. The scale and tempo of these strikes underscore a deliberate U.S. effort to degrade critical infrastructure and command nodes while reinforcing deterrence through persistent, precision-enabled naval firepower.

The USS Thomas Hudner (DDG-116) appears to have played a central role, with reported launch counts ranging from 18 to 44 TLAMs. Video evidence from March 1 to March 5 shows repeated use of both forward and aft Vertical Launch System (VLS) cells, indicating sustained firing operations and rapid re-engagement cycles. Such high-volume employment from a single platform highlights the Arleigh Burke-class destroyer’s capacity to function as a primary strike node in distributed maritime operations.

The USS Bainbridge (DDG-96) contributed at least 20 Tomahawk launches on March 2, confirmed through multiple video sequences showing sequential salvos. This pattern reflects the U.S. Navy’s doctrine of massed precision fires, where multiple ships coordinate to overwhelm air defense systems and ensure high probability of target destruction. Similarly, USS John Finn (DDG-113) executed 13 missile launches on March 10, reinforcing the sustained tempo of operations across different task groups.

U.S. Navy USS Thomas Hudner (DDG-116) launches multiple Tomahawk Land Attack Missiles on March 4, 2026, in support of Operation Epic Fury, highlighting the U.S. Navy’s capacity to deliver sustained, long-range precision strikes from sea-based platforms. (U.S. Navy Video)

Additional destroyers including USS Mahan (DDG-72) with 12 launches and USS Frank E. Petersen Jr. (DDG-121) with at least 11 launches further contributed to the cumulative strike volume. These ships demonstrated the flexibility of the Mk 41 VLS architecture, allowing rapid sequencing of cruise missile strikes without the need for aircraft sortie generation, thereby compressing the kill chain and increasing responsiveness.

Lower-volume contributors such as USS Spruance (DDG-111), USS Delbert D. Black (DDG-119), USS Milius (DDG-69), and USS Bulkeley (DDG-84) collectively added to the distributed lethality model, ensuring that strike capability was dispersed across multiple platforms. This distribution complicates adversary targeting and enhances survivability while maintaining continuous strike pressure.

Notably, visual evidence of a black-colored Tomahawk launch from USS Spruance suggests the possible operational use of modified or specialized TLAM variants. The destroyers USS John Finn and USS Spruance are equipped with the AN/SEQ-4 Optical Dazzling Interdictor, Navy (ODIN) system, designed to counter unmanned aerial systems and surveillance assets. The integration of ODIN alongside strike operations indicates a layered approach to both offensive and defensive capabilities, ensuring protection against ISR threats during missile launch sequences.

The Tomahawk cruise missile, developed by Raytheon (RTX), is a long-range, subsonic, precision-guided weapon designed for deep strike against high-value land targets. With a range exceeding 1,600 kilometers, the missile flies at low altitude, using terrain-following profiles to evade radar detection and reduce the probability of interception. Its guidance architecture combines inertial navigation, GPS, Terrain Contour Matching (TERCOM), and Digital Scene Matching Area Correlation (DSMAC), enabling high-precision targeting even in GPS-degraded environments. The missile typically carries a 450 kg-class unitary warhead capable of penetrating hardened structures, making it particularly effective against command bunkers, air defense nodes, and critical infrastructure.

Modern variants such as the Block IV and Block V significantly expand operational flexibility. Block IV introduced two-way satellite communications, allowing operators to retarget the missile in flight, loiter over a designated area, or transmit real-time imagery for battle damage assessment. Block V builds on this by enhancing navigation resilience, improving resistance to electronic warfare, and adding a maritime strike capability against moving surface targets. These upgrades effectively transform the Tomahawk from a pre-programmed strike asset into a networked, adaptive weapon integrated into joint all-domain operations.

The continued reliance on Tomahawk missiles in Operation Epic Fury reflects their unique operational value. Unlike tactical aircraft, which require access to forward bases, aerial refueling, and suppression of enemy air defenses, Tomahawks can be launched from ships operating at extended standoff ranges. This allows the United States to conduct immediate precision strikes in denied environments while minimizing exposure of pilots and high-value air assets. The missile’s compatibility with the Mk 41 Vertical Launch System across a wide range of surface combatants further ensures that strike capability is broadly distributed across the fleet.

This operational model is not new but has evolved significantly over time. During Operation Iraqi Freedom in 2003, the U.S. launched hundreds of Tomahawks in the opening phase to dismantle Iraqi command and control networks and integrated air defenses, enabling rapid air dominance. In the 2017 and 2018 strikes against Syrian chemical weapons facilities, Tomahawks were used in coordinated salvos to precisely destroy hardened targets with minimal collateral damage, demonstrating their effectiveness in politically sensitive, limited-scope operations.

More recent uses, including strikes against Iranian-linked targets in Iraq and Houthi infrastructure in Yemen, have reinforced the missile’s role as a scalable and precise response option. However, Operation Epic Fury marks a notable evolution in employment patterns, shifting from short-duration, high-intensity salvos toward sustained, distributed strike operations involving multiple destroyers over an extended period. This reflects the U.S. Navy’s transition toward distributed maritime operations, where firepower is dispersed across numerous platforms to enhance survivability and complicate adversary defense planning.

From a capability perspective, the Tomahawk’s endurance, precision, and flexibility make it particularly suited for degrading integrated air defense systems and high-value infrastructure in contested environments. Its low-altitude flight profile and small radar cross-section reduce detection windows, while coordinated salvos can saturate even advanced air defense networks. This enables follow-on operations by air and naval forces, effectively shaping the battlespace before escalation to higher-intensity combat phases.

Strategically, the scale of Tomahawk use in Operation Epic Fury signals a calibrated approach to escalation, allowing the United States to impose high operational costs without committing ground forces or risking large-scale air engagements. It reinforces the credibility of U.S. long-range strike capabilities and demonstrates the ability to sustain pressure over time using sea-based assets.

The operation also highlights the growing importance of networked fires and multi-domain integration, in which naval platforms contribute to a broader joint strike architecture. By combining precision weapons, real-time targeting, and distributed launch platforms, the United States enhances both the resilience and effectiveness of its strike capabilities.

Looking ahead, the sustained employment of Tomahawk missiles in this campaign is likely to influence future procurement priorities, stockpile management, and modernization efforts. As potential conflicts with near-peer adversaries emphasize contested access and long-range engagements, the Tomahawk remains a critical tool for delivering immediate, precise, and scalable effects. Operation Epic Fury underscores that, despite decades of service, the missile remains a central component of U.S. strike doctrine, bridging legacy capabilities with emerging operational concepts in modern warfare.

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.