The Final Mission of USS Rodney M. Davis (FFG-60): A Cold War Frigate’s Role in Modern Naval Training

The former USS Rodney M. Davis (FFG-60), once a front-line guided-missile frigate of the United States Navy, met its end not in combat but during a carefully planned military training exercise. The ship was intentionally sunk after being struck by an AGM-84 Harpoon anti-ship missile as part of a SINKEX—short for “sinking exercise.” These exercises are controlled, live-fire naval operations designed to test weapons systems, assess ship survivability, and enhance operational readiness under realistic conditions.

Although images and video of missiles striking a former warship can appear dramatic or even alarming to the general public, the sinking of USS Rodney M. Davis was neither accidental nor hostile. Instead, it represented the final mission of a vessel that had already completed decades of active service. Following a structured decommissioning process, the ship was repurposed one last time to contribute to naval research, training, and tactical development.

This event highlights not only the lifecycle of a modern warship but also the evolving nature of naval warfare, the importance of real-world testing, and the emotional connections sailors form with the ships they serve aboard.

Origins in the Cold War Era

USS Rodney M. Davis was an Oliver Hazard Perry-class frigate, a ship type conceived during the Cold War at a time when the United States Navy faced growing threats from Soviet submarines. The strategic environment of the 1970s and early 1980s demanded a large number of capable yet affordable surface combatants that could protect vital sea lanes, escort carrier strike groups, and counter underwater threats.

Commissioned in 1982, USS Rodney M. Davis was named in honor of Captain Rodney Maxwell Davis of the United States Marine Corps. Captain Davis was posthumously awarded the Medal of Honor for extraordinary heroism during combat operations in Vietnam, and the ship carried his name as a symbol of courage, sacrifice, and service.

The Oliver Hazard Perry-class frigates were designed with versatility in mind. While their primary mission was anti-submarine warfare, they were also equipped to engage surface ships and defend against limited aerial threats. This multi-mission capability made them a central component of U.S. naval strategy during the latter stages of the Cold War.

Design and Capabilities of the Oliver Hazard Perry Class

The design philosophy behind the Oliver Hazard Perry-class emphasized efficiency, standardization, and adaptability. These frigates were built to operate as part of larger task forces but were also capable of independent missions such as patrols, surveillance, and maritime interdiction.

Key features of the class included:

A single-shaft propulsion system for reduced cost and maintenance
A helicopter flight deck and hangar, enabling anti-submarine operations using embarked aircraft
Guided missile systems for surface and air defense
Sonar and torpedo systems optimized for submarine detection and engagement

Although not heavily armored compared to larger warships, the frigates featured compartmentalized hull designs intended to improve survivability in the event of damage. This design philosophy would later become relevant during USS Rodney M. Davis’s final moments in the SINKEX exercise.

Operational Service and Global Deployments

Over more than two decades of active duty, USS Rodney M. Davis participated in a wide range of naval operations. Like many ships of its class, it conducted routine patrols, took part in multinational exercises, and supported U.S. maritime security objectives around the world.

The frigate operated in multiple theaters, reflecting the global reach of the U.S. Navy. These deployments included joint exercises with allied navies, presence missions intended to deter aggression, and operations aimed at maintaining freedom of navigation in critical waterways.

Throughout its service life, the ship functioned not only as a weapons platform but also as a floating community. Hundreds of sailors lived and worked aboard USS Rodney M. Davis, forming professional bonds and personal memories tied closely to the vessel itself.

Decommissioning in an Era of Modernization

As naval warfare evolved and newer classes of warships entered service, older platforms like the Oliver Hazard Perry-class frigates began to show their age. Advances in missile technology, sensors, cyber warfare, and stealth capabilities gradually reduced the operational relevance of legacy designs.

USS Rodney M. Davis was eventually decommissioned as part of the Navy’s broader effort to modernize its fleet. Decommissioning does not signify failure or obsolescence in a negative sense; rather, it reflects the continuous cycle of technological advancement inherent in military organizations.

Once decommissioned, naval vessels may follow several different paths. Some are transferred to allied nations, others are preserved as museum ships, and many are dismantled and recycled. A select number, however, are chosen for use in SINKEX exercises.

Selection and Preparation for SINKEX

SINKEX exercises provide rare opportunities to test live weapons against real ship hulls. Computer simulations and laboratory tests can replicate many conditions, but they cannot fully capture the complexity of structural failure, flooding behavior, and system interactions that occur during an actual missile strike.

Before USS Rodney M. Davis was approved for use as a target ship, it underwent extensive preparation. All hazardous materials, including fuels, oils, asbestos, and certain electronic components, were removed to reduce environmental risks. Sensitive equipment and classified systems were also stripped from the vessel.

The U.S. Navy conducts these preparations in accordance with strict environmental regulations and international maritime standards. The goal is to ensure that the exercise poses minimal risk to marine ecosystems while still providing valuable training and data.

The AGM-84 Harpoon Missile

The weapon used during the sinking of USS Rodney M. Davis was the AGM-84 Harpoon, a long-standing anti-ship missile employed by the U.S. Navy and many allied forces. Introduced in the late 1970s, the Harpoon has remained relevant through continuous upgrades and improvements.

One of the Harpoon’s defining characteristics is its sea-skimming flight profile. By flying at very low altitude just above the water’s surface, the missile reduces the time available for enemy detection and interception. This makes it particularly effective against surface vessels, especially those lacking advanced defensive systems.

During the SINKEX exercise, the missile was launched under controlled conditions designed to ensure accurate data collection. The objective was not merely to destroy the target but to observe how the missile’s guidance system performed and how its warhead affected the ship’s structure.

Impact and Progressive Sinking

Observers reported that the Harpoon missile struck USS Rodney M. Davis as intended. The impact caused significant structural damage, breaching the hull and allowing water to enter the ship. Despite the severity of the strike, the vessel did not sink immediately.

This delay demonstrated the effectiveness of the frigate’s compartmentalized design. Warships are built with multiple watertight sections to slow flooding and give crews time to respond in combat situations. Even without an active crew, these design features influenced how the ship reacted to damage.

Over time, however, flooding spread and stability was lost. The ship began to list, and eventually the accumulated damage overcame its remaining buoyancy. USS Rodney M. Davis sank in a designated area, with monitoring systems tracking the descent and recording environmental data.

The Purpose and Value of SINKEX Exercises

SINKEX exercises serve multiple strategic and technical purposes. From an engineering perspective, they provide real-world data that can be compared against predictive models. This helps refine future ship designs, improve weapon effectiveness, and enhance defensive systems.

For naval commanders and trainers, these exercises offer insight into how ships respond to missile strikes, including fire propagation, flooding behavior, and structural failure points. Such information is essential for developing realistic damage control training and improving crew survivability in combat scenarios.

SINKEX events also allow navies to evaluate layered defense concepts, assessing how offensive weapons interact with hull structures and protective measures. The lessons learned influence everything from armor placement to electronic countermeasures.

Emotional Impact on Veterans and Sailors

While SINKEX exercises are planned and controlled, they often evoke strong emotions among veterans who served aboard the targeted ships. For sailors, a warship is more than a piece of military equipment—it is a workplace, a home, and a symbol of shared hardship and achievement.

Many former crew members of USS Rodney M. Davis followed news of the sinking with mixed feelings. There was pride in knowing that the ship continued to serve a meaningful purpose, even after decommissioning. At the same time, there was a sense of loss as a vessel tied to years of personal history disappeared beneath the waves.

Such reactions are common whenever retired military platforms are deliberately destroyed for training. They serve as reminders that behind every ship or aircraft lies a human story shaped by service, camaraderie, and sacrifice.

Implications for Modern Naval Warfare

The sinking of USS Rodney M. Davis illustrates broader trends in contemporary naval warfare. Anti-ship missiles like the Harpoon remain central to maritime combat strategy, even as newer and more advanced systems are developed.

The exercise reinforced the vulnerability of older warship designs to modern precision weapons. This reality drives ongoing investment in missile defense systems, electronic warfare capabilities, and improved sensor networks intended to detect and defeat incoming threats.

At the same time, the event underscored the importance of continuous training and testing. Navies cannot rely solely on theoretical models or historical experience. Real-world exercises provide insights that directly shape doctrine, procurement decisions, and operational planning.

Environmental Responsibility and Monitoring

Environmental stewardship is a critical component of modern SINKEX exercises. Before sinking, ships are thoroughly cleaned to remove materials that could harm marine life. Sinking locations are carefully selected to avoid shipping lanes and ecologically sensitive areas.

After the exercise, monitoring continues to assess environmental impact. In many cases, sunken ships eventually become artificial reefs, supporting marine ecosystems. While this is not the primary goal, it is often viewed as a secondary benefit.

The Navy’s approach reflects an effort to balance operational training needs with environmental responsibility, an increasingly important consideration in modern military planning.

A Warship’s Final Contribution

In its final mission, USS Rodney M. Davis continued to serve the Navy and the nation. Though no longer crewed, the ship played a role in advancing knowledge that will help protect future sailors and improve the effectiveness of naval forces.

From its commissioning during the Cold War to its deliberate sinking decades later, the ship’s lifespan mirrored a period of profound change in global naval strategy. Its history reflects the transition from Cold War deterrence to modern, technology-driven maritime operations.

Conclusion

The sinking of USS Rodney M. Davis (FFG-60) was not an accident or an act of war, but a carefully planned military exercise designed to support training, testing, and analysis. Struck by a Harpoon missile during a controlled SINKEX event, the former frigate fulfilled its final mission by providing data that will inform future ship design, weapon development, and naval tactics.

While dramatic imagery may capture public attention, the true significance of such exercises lies in their contribution to naval preparedness. Through controlled risk and rigorous planning, navies gain the insights needed to better protect active ships and the sailors who serve aboard them.

USS Rodney M. Davis now rests beneath the sea, no longer patrolling the world’s oceans. Yet even in its final act, the ship upheld a long-standing naval principle: a warship’s duty does not end with decommissioning—it ends only when it has given everything it can in service.