The Navy's Ticonderoga-class guided-missile cruisers, twenty-seven ships commissioned between 1983 and 1994, are in the final phase of their service lives as of 2025, with roughly a dozen hulls remaining in commission according to Naval Vessel Register data and successive Navy budget submissions. The class is being retired on a schedule driven by hull aging rather than by combat-system obsolescence, because its Aegis combat system remains the basis of fleet air defense. No one-for-one replacement exists: the DDG(X) next-generation destroyer is not planned to deliver until the early 2030s, and the Navy's documented plan is to sustain a small, modernized group of cruisers through the gap. This guide explains how the class got here, what the retirement schedule looks like, and what replaces its missions.
What was the Ticonderoga class designed to do?
The Ticonderoga class (CG-47 through CG-73) was built around one defining system: the Aegis Combat System with its phased-array SPY-1 radar, which gave each ship the ability to track and engage large numbers of aircraft and missiles simultaneously, according to Navy fact files. Twenty-seven ships were built in five procurement groups on a Spruance-class destroyer hull stretched and widened, and the class introduced capabilities that later moved through the fleet, including vertical launching system cells, with later ships carrying 122 VLS cells. Cruisers served through the Cold War's final decade and every major naval campaign since, and later Baseline upgrades made selected hulls ballistic-missile-defense capable, a role the Navy assigned to hulls such as USS Lake Erie (CG-70) and USS Shiloh (CG-67). The class was the Navy's designated air-defense commander platform, built to protect carrier strike groups and amphibious forces as the senior escort in a group.
Why is the Navy retiring the cruisers now?
The reason documented in every relevant Navy budget submission of the 2010s and 2020s is hull condition. The ships are more than thirty years old, and the Navy found that extending them carried growing maintenance costs and material risks in hull, machinery, and electrical systems. In 2012 the Chief of Naval Operations proposed, and Congress debated at length, a phased plan: rather than retire the entire class at once, the Navy would modernize a group of cruisers in waves, placing ships in a reduced operating status while their modernizations were completed, so that modernized hulls would be available into the 2030s. Congress resisted wholesale early retirement and directed the Navy to report on cruiser sustainment options in successive National Defense Authorization Acts. The resulting plan, documented in budget materials through the mid-2020s, retained a core group of cruisers while allowing the oldest and least modernized hulls to leave service as their upkeep intervals came due.
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How many cruisers remain, and what is the schedule?
As of 2024, roughly a dozen Ticonderoga-class cruisers remained in commission, according to Naval Vessel Register data, down from the twenty-seven built. Navy budget documents for the mid-2020s laid out further retirements in fiscal years 2026 and 2027, with the last hulls of the class planned to leave service by the end of the decade, ahead of meaningful DDG(X) deliveries. The precise sequencing of individual hull retirements has shifted between budget submissions, and this guide avoids listing ship-by-ship dates that have changed across documents; the documented constants are the class-level endpoints: a shrinking force in the mid-2020s and an empty cruiser line by around 2030 or sooner. Ships retired in recent years have inactivated at their homeports of Norfolk, Virginia, and San Diego, California, then moved through the Navy's inactivation process to eventual disposal.
What replaces the cruisers' missions?
The replacement plan has three documented parts. First, the Flight III Arleigh Burke-class destroyers, beginning with USS Jack H. Lucas (DDG-125), carry the SPY-6 radar and the newest Aegis baseline, and they absorb the air-defense commander role in deployed groups, with the Navy describing Flight III as the bridge to DDG(X). Second, DDG(X), the next-generation destroyer program, is the designed cruiser successor in all but name: it is planned as a large, highly survivable surface combatant with the capacity the cruisers' hulls provided, with first delivery projected in the early 2030s according to Navy program documents, and it is covered in detail in a separate guide on this site. Third, for ballistic-missile defense, the Navy has shifted the burden toward Burke-class BMD-capable ships, documented in Missile Defense Agency reporting. The documented gap is area-air-defense command capacity: a cruiser carries more VLS cells and command facilities than even a Flight III destroyer, and Navy testimony through the mid-2020s acknowledged that the fleet absorbs that reduction until DDG(X) arrives.
What happens to retired cruisers?
Decommissioned Ticonderoga-class ships enter the Navy's inactivation channels at the Naval Sea Systems Command: they are stripped of usable equipment, defueled at Puget Sound Naval Shipyard if their reactors have not already been disposed of, and eventually transferred for dismantling under the Navy's nuclear-powered ship recycling program, according to Navy disposal documentation. The class shares the nuclear propulsion plant derived from the Spruance-era design, and reactor compartments are processed at Puget Sound in Washington state. No Ticonderoga-class cruiser has been preserved as a museum, and the Navy's donation-hold process has at times held hulls for potential memorial use, though none of the retired cruisers had reached museum status as of 2024. The recycling program is the same path followed by the class's destroyer-hull cousins and by early nuclear cruisers disposed of in the 1990s.
Why the cruiser drawdown matters for fleet counts
The cruiser retirement is one of the largest single contributors to the Navy's shrinking battle force count in the mid-2020s, alongside LCS retirements and dock landing ship inactivations documented in the same budget submissions. Each cruiser removed takes 122 VLS cells out of the fleet inventory, and Navy testimony has linked the surface force's strike-capacity calculations to these retirements. For readers tracking fleet numbers in 2026, the cruiser line is the clearest documented example of a capability the Navy is retiring before its replacement is built, on a schedule fixed by steel age and managed by Congress through annual defense legislation.