U.S. Navy awards General Dynamics $183M USS Truxtun modernization contract

The U.S. Navy has awarded General Dynamics NASSCO-Norfolk a $183million contract to conduct maintenance, modernization, and repair work on the guided-missile destroyer USS Truxtun (DDG 103) as part of the ship’s Fiscal Year 2026 Depot Modernization Period. All work will be performed in Norfolk, Virginia, with completion expected by April 2028.

The contract includes options that, if exercised, would bring the total cumulative value to $183,581,496. Funding for the effort draws from multiple appropriations streams: fiscal year 2026 other procurement Navy funds account for $172,220,253, representing 94 percent of the contract value, while fiscal year 2026 operations and maintenance Navy funds cover $10,976,728, or six percent. Fiscal year 2025 other procurement Navy funds contribute $593,427, and defense-wide procurement funds add $31,742 — each representing less than one percent of the total. Of the full contract amount, $10,976,728 in operations and maintenance funds will expire at the end of the current fiscal year.

The contract was competitively procured through full and open competition using the System for Award Management website. Two offers were received, with General Dynamics NASSCO-Norfolk selected for the work. The competitive procurement process reflects standard Navy contracting practice for depot-level maintenance periods of this scale, ensuring both cost discipline and contractor accountability across a multi-year modernization effort.

USS Truxtun is an Arleigh Burke-class guided-missile destroyer, one of the most capable and widely fielded surface combatants in the U.S. Navy’s fleet. The Arleigh Burke class forms the backbone of American surface warfare, combining multi-mission capability — anti-air warfare, anti-submarine warfare, and surface strike — in a single hull. Truxtun belongs to the Flight IIA variant of the class, which introduced a helicopter hangar enabling the permanent basing of embarked helicopters, significantly expanding the ship’s reach and sensor coverage compared to earlier variants. At roughly 9,500 tons fully loaded and stretching more than 500 feet in length, Truxtun carries the Aegis Combat System, the MK 41 Vertical Launch System loaded with a mix of Standard Missiles, Tomahawk land-attack cruise missiles, and anti-submarine rockets, along with a five-inch deck gun and close-in weapon systems for terminal defense.

A Depot Modernization Period is a scheduled, comprehensive maintenance and upgrade availability that takes a warship out of operational rotation for an extended period to address accumulated wear, complete system upgrades, and reset the ship’s material condition for the next phase of its service life. Unlike shorter maintenance availabilities that address specific repairs, a DMP is the Navy’s mechanism for executing sustained, large-scale work across a ship’s hull, mechanical, and electrical systems simultaneously. The work performed during Truxtun’s DMP will sustain the destroyer’s combat readiness and extend its operational viability well into the future, with completion targeted for April 2028.

Norfolk, Virginia, is home to the world’s largest naval station and a dense concentration of shipyard and maintenance infrastructure, making it a natural location for this type of work. General Dynamics NASSCO-Norfolk operates as part of the broader General Dynamics network of naval shipbuilding and repair facilities, with deep experience supporting Arleigh Burke-class destroyers through maintenance periods, modernization availabilities, and repair cycles. The facility’s proximity to Naval Station Norfolk also simplifies the logistics of moving a commissioned warship in and out of the yard.

The Navy’s surface fleet faces sustained pressure to maintain readiness across a large and aging destroyer force while simultaneously managing the demands of forward deployments, increased operational tempo, and a modernization backlog that has accumulated over years of deferred maintenance. Depot Modernization Periods are a central tool in managing that challenge, providing a structured mechanism to reset ships that have accumulated significant operational mileage.