By the early 1980s, the United States faced a genuine strategic crisis beneath the world's oceans. Soviet submarine technology — long assumed to lag behind American and British designs — was rapidly closing the gap. The Victor III, Akula I, and Sierra classes were quieter, faster, and more capable than anything their predecessors had fielded. The Typhoon-class ballistic missile submarine, the largest ever built, had entered service. And under construction were even newer designs that threatened to match or surpass the Los Angeles class on its own terms.
USS Albuquerque (SSN-706) and her Los Angeles-class sisters were formidable submarines — but they were designed in the 1960s and early 1970s against a Soviet force that no longer existed. The S6G reactor produced 35,000 shaft horsepower and a top speed of just over 25 knots. Four 21-inch torpedo tubes could carry roughly 26 weapons. The HY-80 steel hull limited operating depth. Against the new generation of Soviet attack and cruise-missile submarines operating in the Barents Sea and under Arctic ice, the Los Angeles class was struggling to maintain the tactical edge that had been the bedrock of American undersea superiority.
The U.S. Navy's response was decisive: design a submarine so capable that no Soviet boat could match it. Design work on what would become the Seawolf class began in earnest in 1983. The requirements were extraordinary by any standard: operate effectively under Arctic ice, dominate in the Barents Sea (Soviet home waters), outrun every existing Soviet submarine, carry twice the weapons load of the Los Angeles class, and achieve acoustic signatures ten times quieter than the already-quiet improved Los Angeles boats.