First Around the World

In the spring of 1920, a twenty-eight-year-old engineer named Donald Wills Douglas arrived in Los Angeles with a dream, a drafting table, and six hundred dollars in personal savings. He had credentials that any employer in the country would have coveted: a degree from the Massachusetts Institute of Technology, a stint as chief engineer at the Glenn Martin Company, and a wartime posting as chief civilian aeronautical engineer for the U.S. Army Signal Corps. He had, in short, every qualification for a distinguished career inside someone else's company. Instead, he rented the back room of a barbershop on Pico Boulevard in Santa Monica and went to work building his own.

What Douglas built there — first in that borrowed room, then in an abandoned movie studio, then in a sprawling complex at Clover Field along the Pacific Coast — became one of the defining industrial enterprises of the twentieth century. The Douglas Aircraft Company would circumnavigate the globe, transform commercial aviation, arm the Allies in their darkest hours, and eventually carry the mass of American air travel on its wings. Its story is also a cautionary tale about the difficulty of succession, the perils of complacency at the summit of an industry, and what happens when the wrong merger comes at the wrong moment.

The Making of Donald Douglas

Donald Wills Douglas was born in Brooklyn in 1892, the son of a bank cashier who recognized early that his boy had an unusual relationship with machinery and mathematics. As a teenager he wrangled a naval appointment to Annapolis — then resigned it after two years to transfer to MIT, where in 1914 he completed an aeronautical engineering degree in just three years. His professor, Jerome Hunsaker, called him the best student he had ever taught.

He was not, by temperament, a showman. Where later aviation giants cultivated public personas, Douglas worked with a quieter intensity. Colleagues described him as methodical, demanding, and deeply loyal to the engineers and craftsmen around him. He played the bagpipes around the office and was known for a dry humor that surfaced unexpectedly in tense moments. His management philosophy was teamwork: the idea that great aircraft were built by cohesive teams operating on mutual trust, not by solitary geniuses operating on ego.

The aircraft that first proved him — the Cloudster, the first airplane capable of lifting a useful load equal to its own weight — was a genuine engineering triumph, even though a mechanical problem forced it down in Texas before completing its transcontinental attempt. When his backer walked away, Douglas secured $15,000 from a group of California businessmen, established the Douglas Company in July 1921, and began building torpedo bombers for the Navy.

First Around the World

The project that made Douglas's name worldwide was not a commercial venture. In 1923 the U.S. Army Air Service approached him with an audacious proposal: a flight around the entire earth, the first in aviation history. Douglas proposed a modified version of his DT torpedo bomber, redesigned to swap between wheeled gear and floats and to carry fuel for legs that would cross oceans.

Four aircraft departed Seattle on April 6, 1924. Two of the original four completed the circumnavigation, returning on September 28, having covered roughly 27,550 miles in 175 days of flying. An estimated 200,000 people came to Clover Field to welcome them home, covering the runway with rose petals. Douglas adopted the motto First Around the World — First the World Around, and redesigned the company logo to show three airplanes circling a globe.

The flight established Douglas Aircraft among the major aerospace companies of the world and demonstrated that his engineering philosophy — meticulous, systematic, team-driven — produced results that could be verified in the most demanding possible arena. Within five years the company was producing roughly a hundred aircraft annually.

Arthur Raymond, C.R. Smith, and the DC-3

The achievement that would define Douglas Aircraft for all time came not from military ambition but from a late-night telephone call. Cyrus Rowlett Smith — known universally as C.R., president of American Airlines — placed a marathon call to Donald Douglas in late 1934 that ran well over two hours. He wanted a sleeper aircraft wide enough for side-by-side berths, to carry passengers coast-to-coast overnight in genuine comfort, and he was prepared to order twenty on the strength of a handshake.

Douglas was skeptical. Night flying had a poor reputation and the market was unproven. Smith's persistence overcame his doubts. The design went to chief engineer Arthur E. Raymond, whose team delivered an aircraft that shared only about ten percent of its parts with the DC-2 — effectively a new airplane.

The Douglas Sleeper Transport first flew on December 17, 1935 — the thirty-second anniversary of the Wright Brothers' flight at Kitty Hawk. In its day configuration it became the DC-3: twenty-one passengers, over two hundred miles per hour, 1,500 miles of range, maintainable by ordinary mechanics with standard tools. By 1939 DC-3s were carrying the great majority of the world's airline passengers. Roosevelt awarded Douglas the Collier Trophy in 1936; Eisenhower would later name the military C-47 among the chief weapons that won the war.

DC-3s remain in active commercial service more than ninety years after the prototype first flew — an operational lifespan without parallel in aviation history. One of Raymond's engineers, Ivar Shogran, put the era's spirit plainly:

We made the DC-3 without a computer to test it. There was personal ingenuity, and application, and we made things happen overnight.

The War, the Peak, and the Plateau

World War II transformed Douglas Aircraft from a large company into something approaching a national industrial organism. By the end of the war it operated facilities in Santa Monica, El Segundo, Long Beach, and Torrance in California, and in Tulsa, Oklahoma City, and Chicago; employed over 160,000 workers; and had built more than 30,000 aircraft — among them the SBD Dauntless dive bomber that turned the Battle of Midway.

But wartime success contained the seeds of postwar difficulty. The company that had been lean and innovative in a barbershop back room was now enormous and accustomed to reliable government revenue. When the contracts evaporated, Douglas laid off 100,000 workers in short order — a survival measure that nonetheless fractured the cohesive culture that had produced the DC-3.

The Jet Age and the Loss of Altitude

When Boeing introduced the 707 in 1958, it did so after years of jet investment funded in significant part by the military contracts that had produced the B-52. Douglas's answer, the DC-8, was capable but late, and the commercial jet market rewarded speed to market above almost everything. By the early 1960s Douglas had fallen behind.

The problem was not only technological. Douglas Sr. had built his company on deep personal relationships — with engineers, airline executives, procurement officers — a model that worked brilliantly when one man's personality could permeate the whole firm, and less well at tens of thousands of employees. The transition of power to Donald Douglas Jr. was gradual, ambiguous, and costly. In 1966 the company reported a pre-tax loss of $52 million, a devastating reversal that left it, by some estimates, less than a year from bankruptcy.

James McDonnell and the Merger

James Smith McDonnell was, in many ways, Douglas's mirror image. Born in Denver in 1899, raised in Arkansas, he held a Princeton physics degree and an MIT master's in aeronautical engineering, and founded McDonnell Aircraft in St. Louis in 1939 with one employee and $165,000. He built a company defined by military excellence — the F-4 Phantom II among the most successful combat aircraft ever built — and by the Mercury and Gemini capsules that carried the first American astronauts. What he lacked was a foothold in commercial aviation.

Douglas had exactly the commercial heritage McDonnell wanted, and in 1966 needed exactly the financial rescue his cash-rich balance sheet could provide. The merger was finalized on April 28, 1967. The two founders shared striking parallels — both of Scottish ancestry, both MIT graduates, both Glenn Martin veterans — but their companies had grown in opposite directions, one toward commercial dominance built on relational trust, the other toward military supremacy built on financial discipline. The merger was meant to unite these strengths. Instead it exposed their incompatibilities.

Boeing, $13 Billion, and the End of the Name

Through the 1980s and 1990s McDonnell Douglas increasingly survived on military contracts — the F-15, the F/A-18, the C-17 — while its commercial line atrophied into derivatives of the DC-9 and DC-10. By 1996 it held roughly five percent of new commercial aircraft orders worldwide; Boeing held sixty. The outcome of any negotiation was predetermined.

Boeing announced the $13.3 billion acquisition in December 1996; the deal closed in August 1997. Boeing kept the surviving name and wound down most of McDonnell Douglas's commercial programs. The Douglas Aircraft name, which had survived seventy-six years, was quietly retired.

What Boeing absorbed, less visibly, was a corporate culture. In the years that followed, McDonnell Douglas executives — schooled in cost discipline over long-term engineering investment — rose to disproportionate influence within the merged firm. Critics trace a line from that culture shift to the 737 Max disasters of 2018 and 2019. As the aviation writer Clive Irving observed, although Boeing was nominally the acquirer, it ended up the other way around.

What the Name Meant

The Douglas Aircraft Company lasted seventy-six years, from the back room of a Santa Monica barbershop to the Boeing acquisition. In that span it produced the aircraft that first circled the globe, the DC-3 that made commercial air travel accessible to ordinary Americans, the Dauntless that turned Midway, and a lineage of transports that defined what a modern airliner could be.

It was brought down not by any single failure of engineering but by an accumulation of human decisions: the erosion of the culture that had produced the DC-3, the failure of succession, the mismatch between McDonnell's military instincts and the commercial market, and the slow substitution of derivative improvements for genuine innovation. Douglas Sr. had believed, above all, in the power of a well-led team to build something that outlasted its creators. For a remarkable stretch of American history, he was right. The DC-3 still flies. The lessons of what happened to the company that built it are still being learned.

// FACT-CHECK BEFORE PUBLISH: verify the MIT three-year-degree claim, the $52M 1966 loss, the 1939 DC-3 passenger-share figure, and the Flight 191 death toll against the listed primary sources.