Austal USA Wins $10.8M Contract for Newly Certified Dry Dock

Austal USA Secures Navy Drydocking Contract

Austal USA has been awarded a $10.8 million contract by the U.S. Navy to carry out emergent maintenance drydocking work on USS Oakland (LCS 24). According to a report by The Maritime Executive, the work will be performed using the company’s newly certified floating dry dock at its San Diego waterfront repair facility.

The award marks the first major job for the dry dock since it received certification, giving Austal USA a second drydocking asset on the West Coast alongside its Mobile, Alabama operations. Company President Gene Miller called the contract a milestone reflecting the effort the team put into achieving certification, noting that the facility now allows Austal USA to offer full-service dry-dock support for extended, year-long repair projects.

Scope of the USS Oakland Repair

The contract requires Austal’s repair and services division to replace the ship’s main service diesel generator, a job that involves critical work below the waterline. That below-waterline element is what makes dry-dock access necessary rather than simply berthing the vessel pierside for repairs.

Carrying out the generator replacement in dry dock, rather than at the pier, is expected to improve efficiency and speed the ship’s return to active fleet service in better operating condition. Basing the work in San Diego also has practical benefits: it keeps the crew near their homeport and families, while positioning the vessel close to the Navy’s San Diego-based maintenance organization.

Dry Dock Specifications

The floating dry dock now in service at Austal USA’s San Diego facility has a lifting capacity of 9,000 light tons. It measures 531 feet (162 meters) in length and 154 feet (47 meters) in width, with a wingwall width of 13.12 feet (4.0 meters) and a maximum draft of 36 feet (11 meters). Its onboard cranes offer a combined lifting capacity of 16 metric tons.

What It Means for Fleet Maintenance and Ship Repair Capacity

The certification of an additional dry dock in San Diego expands the Navy’s regional options for handling complex maintenance and unscheduled repair events without shipping vessels to distant yards. For commercial ship owners and managers, the episode is a useful reminder of how much drydocking capacity — and its geographic placement — affects turnaround time, crew logistics, and vessel availability.

Below-waterline work of the kind described here, whether it involves a diesel generator, propeller shaft, or hull coating, generally cannot be verified or completed safely without dry-dock access, which is why condition surveys and pre-purchase inspections routinely flag underwater components as areas requiring dedicated attention. When owners are planning drydocking windows, having accurate, independent survey data on hull condition, machinery status, and structural items ahead of time can shorten yard time and reduce the risk of discovering additional emergent work once the vessel is already out of the water. Cases like the USS Oakland contract, where a below-waterline defect drove the need for dedicated dry-dock capacity, underline why proactive inspection and survey planning remains a core part of efficient fleet maintenance, commercial or naval.

While this particular contract involves a U.S. Navy vessel and a government-operated shipyard, the underlying operational logic — matching repair scope to the right facility, minimizing pierside downtime, and keeping crews stable during extended maintenance — applies just as directly to commercial shipowners managing their own drydocking schedules and survey requirements.

Reviewed by Ibrahim Halil Ceylan, Marine Surveyor at Apeks Marine.