Ford Motor Company is Deming's most famous American client and the case study most frequently cited as evidence that his methods could transform Western industry. In 1980, Ford was near bankruptcy, losing billions of dollars annually and facing an existential threat from Japanese automakers — particularly toyota-motor-corporation — whose vehicles were demonstrably superior in quality and reliability.
CEO donald-petersen brought Deming to Ford in 1981 (see ford-motor-company-engagement-begins), initiating a transformation that touched every aspect of the company. Deming's engagement at Ford was characteristically demanding: he insisted on working with top management, refused to implement quick fixes, and required that Ford's leadership study and internalize his philosophy before expecting results. The transformation included adoption of statistical process control methods derived from walter-a-shewhart's work, elimination of adversarial management practices, and a cultural shift toward cross-functional collaboration.
The Ford Taurus, launched in December 1985 as a 1986 model and developed using quality methods influenced by Deming's teachings, became the tangible proof of concept. The Taurus development process broke down traditional departmental silos, used statistical methods to understand and reduce manufacturing variation, and engaged workers as partners rather than adversaries. The car became America's best-selling vehicle, demonstrating that quality and commercial success were complementary rather than competing objectives.
Ford's turnaround brought Deming to mainstream American attention. The 1980 NBC documentary "If Japan Can, Why Can't We?" had introduced Deming to a broad audience, but it was Ford's success that made his methods credible to skeptical American executives. The Ford story also highlighted the irony at the heart of the quality movement: American industry was learning from a 79-year-old American statistician methods that he had first taught to Japanese competitors through juse-union-of-japanese-scientists-and-engineers three decades earlier.