Fact Check

Henry Ford Junkyard Parts

Did Henry Ford scavenge through junk yards looking for car parts that hadn't failed?

Published July 20, 2000

Claim:

Claim:   Automaker Henry Ford scavenged junk yards to find out which components had outlasted the useful life of his automobiles, then made those parts out of cheaper materials.


LEGEND


Example:   [Barrow, 1995]


There is a story about the late Henry Ford that illustrates the application of this strategy in the car industry. Ford sent a team of agents to tour the scrap-yards of America in search of discarded Model T Fords. He told them to find out which components never failed. When they returned they reported failures of just about everything, except the kingpins. They always had years of service left in them when some other part failed irretrievably. His agents wanted to hear how the boss would improve the quality of all those components that failed. Soon afterwards, Henry Ford announced that in future the kingpins on the Model T would be engineered to a lower specification.

 

Origins:   Henry Ford (1863-1947) is an almost mythical figure in American history. His vision of what the Model T would mean to ordinary folks impelled him to create what is still viewed as a marvel of transportation. On a larger scale, his use of the assembly line revolutionized the whole of manufacturing, not just the automotive industry.

The Model T was specifically engineered to be affordable, reliable, and easy to maintain. The first ones rolled

Model T

out of the plant in 1908, and by 1918 half the cars in America were Model T's (or "tin lizzies," as they were affectionately known). Fifteen million had been sold by the time the model was discontinued in 1928.

So where did this anecdote about Ford's alleged penuriousness come from? These days people unfamiliar with Henry Ford the man tend to view him as a penny-pinching plutocrat or an engineering genius who took advantage of every opportunity to lower his manufacturing costs. Both of these pictures are false. Ford was not an infamous robber baron in the mold of turn-of-the-century America magnates such as John Jacob Astor and Andrew Carnegie, men perceived as grasping industrialists who ruthlessly exploited workers and consumers alike in their obsessive quests for wealth and power. And although Ford certainly had his unsavory side (he was a moralistic man who insisted his employees adhere to what he regarded as proper standards of behavior both at work and off the job, as well as a notorious anti-Semite who avidly supported Hitler and who used his power to promulgate the fictitious "Protocols of the Elders of Zion"), he was not a Scrooge-like manufacturing engineer out to shave costs wherever he

could.

Ford was not a money-grubber. Profits were almost unimportant to him; provided he wasn't operating at a loss, he didn't much care if he made a lot or a little. Henry Ford became a millionaire almost as an afterthought to his love for his work. He took great pride in seeing his Model T's still on the road long after cars of similar vintage were rusting in scrap yards, and he paid his workers well to ensure his cars were built to last. He viewed such longevity as a testament to his skill as a car maker. If he found some components of his automobiles never failed and outlasted the cars themselves, he'd likely have taken the discovery as an occasion to trumpet his engineering prowess, not a sign that he should sabotage his handiwork for the sake of bringing motorists back to the showroom more quickly.

Times change, and planned obsolescence is now a fact of modern life. Our legend gives us someone to vilify for this shift, laying that responsibility at the feet of a manufacturer now almost universally disliked. That the legend would better fit just about any other car builder of that era than it does Henry Ford matters little. Someone must have been responsible, therefore let's blame the one we'd like to see pilloried.

Though the legend is almost always positioned as a "let's screw the consumers" tale, on rare occasion it has been presented as an example of intelligent design:



[Diamond, 1997]

One day, [Henry] Ford sent some of his employees to car junkyards, with instructions to examine the condition of the remaining parts in Model T Fords that had been junked. The employees brought back the apparently disappointing news that almost all components showed signs of wear. The sole exceptions were the kingpins, which remained virtually unworn. To the employees' surprise, Ford, instead of expressing pride in his well-made kingpins, declared that the kingpins were overbuilt, and that in the future they should be made more cheaply. Ford's conclusion may violate our ideal of pride in workmanship, but it made economic sense; he had indeed been wasting money on long-lasting kingpins that outlasted the cars in which they were installed.


The basic legend can be twisted to produce other engineering triumph stories:



[Collected on the Internet, 1996]

A proposal was made to armour bombers in the places where the returning planes showed most damage from anti-aircraft fire. One young analyst suggested that instead, the planes should be armoured where the returning bombers showed no damage. He inferred that the planes that did not return were being damaged in the places that the returning planes were not. His suggestion was implemented and an X% reduction in lost planes resulted.


(Some speculate the young analyst might have been Freeman Dyson, but it bears pointing out that legends are commonly ascribed to the famous people deemed most likely to have starred in them. Dyson did work for the operational research section of RAF Bomber Command in 1943, though.)

Barbara "the plane truth" Mikkelson

Last updated:   19 April 2011


Sources:




    Barrow, John.   The Artful Universe.

    Oxford: Clarendon Press, 1995.   ISBN 0-19-853996-7.

    Diamond, Jared.   Why Is Sex Fun?: The Evolution of Human Sexuality.

    New York: BasicBooks, 1997.   ISBN 0-465-03127-7   (p. 114).

    The Economist.   "Forward to Methuselah."

    7 January 1995   (p. 65).