Nuclear Attack Submarines

The ultimate Cold War submarine - designed to hunt Soviet Typhoon-class boomers beneath the Arctic ice at speeds and depths no American submarine had achieved before. Faster, deeper-diving, and quieter than anything in the fleet, with eight torpedo tubes and a 50-weapon payload. Originally planned as a fleet of 29, the end of the Cold War and a $3 billion per-boat price tag killed the program at three. Seawolf proved to achieve unprecedented speed during trials. Assigned to Submarine Development Squadron Five at Bangor, she remains one of the most capable attack submarines ever built.

On October 2, 2021, struck an uncharted seamount while operating beneath the South China Sea - severely damaging her bow sonar dome and forward ballast tanks and injuring 11 sailors. The Navy investigation blamed 'poor seamanship' and a 'lax' command environment; the commanding officer, executive officer, and chief of the boat were all relieved. Connecticut has been in dry dock at Puget Sound Naval Shipyard since early 2022, with repairs complicated by the fact that the Seawolf class is out of production and no spare bow dome existed - one had to be manufactured from scratch. Return to service expected late 2026. The five-year repair of a $3 billion submarine underscores the fragility of maintaining a three-boat class.

The most secretive submarine in the U.S. Navy. One hundred feet longer than her sisters, Jimmy Carter carries the Multi-Mission Platform - a classified section equipped with an ocean interface for divers, ROVs, and unmanned underwater vehicles, plus precision thrusters for station-keeping over seabed targets. Intelligence experts believe the MMP serves as an underwater splicing chamber for tapping fiber optic cables - the successor to the legendary USS Parche. Named for the only president to qualify on submarines, she is sometimes considered a class unto herself. In 2017, returned to port flying the Jolly Roger - the submariner's traditional signal of a successful mission. Her public timeline is deliberately sparse. That opacity is the point.