The story of the USS Rodney M. Davis (FFG‑60) spans the full life of a naval vessel—from its role as a protector of the seas during the Cold War to its final, sacrificial duty as a weapons testing target. When the decommissioned guided-missile frigate was sunk during a controlled Sinking Exercise, or SINKEX, it marked the end of an era. Struck by an AGM‑84 Harpoon missile—a weapon the ship was once designed to launch—the event was not a tragic combat loss but a deliberate final mission, providing crucial data on ship survivability and modern weapon effectiveness.

To appreciate this last mission, one must consider the ship’s origins. Commissioned in 1982, the USS Rodney M. Davis was an Oliver Hazard Perry-class frigate, the workhorses of the U.S. fleet in the late 20th century. These ships were designed to be cost-effective, versatile, and capable of defending carrier groups and merchant convoys. During the Cold War, their main focus was anti-submarine warfare, guarding against submerged threats in the Atlantic and Pacific.

The ship’s namesake added deep meaning to its service. Rodney Maxwell Davis, a U.S. Marine Corps sergeant, received the Medal of Honor posthumously for throwing himself onto a grenade during the Vietnam War to save his fellow Marines. The frigate embodied that spirit of sacrifice through decades of deployments—from maritime security operations and counter-drug missions to international exercises and diplomatic port visits. For over thirty years, the USS Rodney M. Davis symbolized American presence worldwide.

As the fleet modernized, the Perry-class approached the end of its service life. By the mid-2010s, focus shifted to advanced modular platforms like Littoral Combat Ships and the upcoming Constellation-class frigates. The USS Rodney M. Davis was decommissioned in early 2015 at Naval Station Everett, Washington. Unlike many ships destined for mothball fleets or scrap yards, a more purposeful end awaited her.

Preparing a ship for a SINKEX is rigorous and highly regulated. Before being towed to its sinking site, the frigate underwent “environmentally sound preparation,” with all hazardous materials—PCBs, asbestos, mercury, and fuels—carefully removed. Sensitive military technology was salvaged, leaving a structurally sound but hollowed-out target.

The sinking itself was a demonstration of precise naval coordination. The Harpoon missile streaked across the sky, striking the ship with accuracy. Analysts monitored the event with high-speed cameras, acoustic sensors, and structural monitors. SINKEX exercises are designed not merely to destroy a ship, but to study how modern hulls respond to missile strikes, informing the design of stronger bulkheads, firefighting systems, and damage control protocols.

For former crew members, the sinking evoked a mix of emotions. To “plank owners” and later sailors who called her home, the ship was more than steel and wiring—it was a home, a team, a shared history. Watching the USS Rodney M. Davis disappear beneath the waves is bittersweet, yet there is pride in the fact that she did not languish in a salvage yard. By going out “with her boots on,” she continued to serve her country to the very end.

The ship now rests in deep waters, destined to remain undisturbed for centuries. As an artificial reef, she will support marine life, transforming from a vessel built for war into a sanctuary for the natural world.

The USS Rodney M. Davis exemplifies the Navy’s cycle of renewal. Lessons from her final Harpoon strike are being applied to the design and survivability of future surface combatants. Her service did not conclude with decommissioning—it continued in the deep, contributing knowledge to protect future sailors.

In the grand tradition of the sea, the Rodney M. Davis joins the ghost fleet, her legacy preserved both in the hearts of her crew and in the technical wisdom she leaves behind. Named for a hero, she performed a final act of service reflecting her namesake’s selflessness. As the waves closed over her mast for the last time, the USS Rodney M. Davis completed her mission, leaving the oceans safer through the knowledge she provided.