Dick Rutan, Jeana Yeager, the Voyager, and the Nine Days in December When the Last Great First in Powered Flight Got Done

On December 14, 1986, Dick Rutan and Jeana Yeager departed Edwards Air Force Base in the Voyager and flew around the entire world without landing once or taking on a single drop of fuel. Nine days, three minutes, and forty-four seconds later, they returned to Edwards with 106 pounds of fuel - roughly 18 gallons - remaining in the tanks. It stands as the last great first in the history of powered aviation.

The Last Open Record in Aviation History

By the early 1980s, aviation had existed for nearly 80 years. The Atlantic had been crossed in every configuration imaginable. The Pacific had been flown. The poles had been overflown. The sound barrier was ancient history. Men had walked on the moon.

One thing had never been done: fly around the world nonstop without refueling. Every great round-the-world flight in aviation history had required fuel stops. The physics were the problem - a conventional airframe capable of carrying enough fuel for the full distance would be too heavy to fly at the range required. Many serious engineers had looked at the numbers and concluded it was simply not possible.

Burt Rutan’s Napkin Sketch, 1981

In 1981, aircraft designer Burt Rutan was having dinner with his younger brother Dick and with Jeana Yeager at a restaurant in Mojave, California. He sketched an airplane on a napkin: a narrow central pod, extremely long straight wings, two parallel booms running aft to a twin tail structure, and a twin-engine configuration with one engine pulling from the nose and one pushing from the rear. He slid it across the table and said the airplane could fly around the world without stopping.

Burt Rutan was not someone whose ideas were easily dismissed. He had already designed the Vari-Eze and the Long-EZ - canard pusher composite homebuilts that had turned heads at Oshkosh in the late 1970s and demonstrated that unconventional airframe geometry was not just theoretically interesting but practically superior. He had just founded Scaled Composites in Mojave, and he thought about aircraft structures in ways most engineers simply did not.

Dick Rutan and Jeana Yeager: The Crew

Dick Rutan was a retired Air Force lieutenant colonel with 105 combat missions in Vietnam in the F-100 Super Sabre. He had been shot down once, decorated multiple times, and went on to become a test pilot willing to fly his brother’s unconventional designs when plenty of others would not climb into them. When he looked at the napkin sketch, he thought he could fly that mission.

Jeana Yeager is not related to Chuck Yeager - a question that followed her for forty years. She was a record-setting pilot with more than 2,000 hours logged and a precise technical mind who had already set long-distance records in a Rutan Long-EZ. When she looked at the drawing on that napkin, she thought she could build that airplane.

How the Voyager Was Built and Funded

Construction took place in a hangar at Mojave over five years. The Voyager was built from graphite fiber and Kevlar composite bonded over a honeycomb foam core, hand-laid by a team of volunteers who donated their labor. This was not a government program. No major aerospace corporation was writing checks.

The total project budget was roughly $2 million, raised through merchandise sales, aviation community donations, Dick flying ferry trips and airshow performances, and Jeana working construction jobs in the early phases to keep money coming in. Two million dollars to close the last open line in the record books.

The Airplane: Engineering at the Limit

The Voyager that emerged from that hangar was unlike anything in certified or military aviation. Its wingspan measured 110 feet - longer tip to tip than a Boeing 737. The empty weight was barely 2,200 pounds. At full fuel load, takeoff weight exceeded 9,600 pounds, with more than 70 percent of that being avgas distributed across 17 separate tanks in the wings, fuselage, and twin booms.

Fuel management was not a preflight checklist item - it was a continuous task throughout the entire flight. Fuel had to be transferred between tanks to maintain correct center of gravity as the load burned off, and engine power settings were calculated with precision because every extra pound burned early was range lost at the end.

The cockpit was 7.5 feet long and roughly 2 feet wide. The two crew positions were staggered, with a small rest area where one pilot could sleep while the other flew. The ceiling was close enough to touch with an outstretched hand, noise from two running engines was constant, and temperature swung from tropical heat over the Pacific to cold at altitude over open ocean.

Burt designed the wings to flex deliberately. A rigid wing of that span would have fractured from fatigue over a nine-day flight. In moderate turbulence, the wingtips rose and fell by eight or nine feet. The entire structure was in constant elastic motion - something the crew had to trust while trying to sleep.

The Flight: Nine Days, Three Minutes, Forty-Four Seconds

The Voyager departed Runway 04 at Edwards Air Force Base on December 14, 1986. During the takeoff roll, the outer sections of the canard winglets - the small foreplanes near the nose - broke away under the load and tumbled down the concrete behind the aircraft. Dick Rutan called the tower, confirmed the airplane appeared flyable from outside, and continued climbing. The Voyager turned west toward the Pacific.

On the second day, weather reconnaissance identified a typhoon building across the planned route. The ground team at Mojave, led by Burt and mission director Bruce Evans, redirected the aircraft south - deeper into the tropics than planned and off the calculated fuel track. The margins, already lean by design, got leaner and stayed that way for the rest of the flight.

They crossed Southeast Asia, the Indian Ocean, the African coast, the South Atlantic, and Central America before turning north for California. Dick Rutan later described crossing the east coast of Africa and feeling, for the first time, the full weight of what they were doing. From that point on, every altitude choice, every power setting, and every routing decision carried one attached consideration: how many pounds remain when we land.

What Was Left in the Tanks

The Voyager returned to Edwards on December 23, 1986, nine days, three minutes, and forty-four seconds after departure. The crowd on the ramp numbered several thousand people. The flight had been followed across the country on radio reports and early cable television coverage.

When the Voyager rolled to a stop and the remaining fuel was measured, 106 pounds - 18 gallons - remained out of more than 7,000 pounds loaded at departure. The tanks were essentially dry.

Dick and Jeana had to be helped out of the cockpit. Nine days in that space does things to a body.

President Reagan called. The Collier Trophy - the highest honor in American aviation - went to the Voyager team. Congress presented the Presidential Citizens Medal to both Dick Rutan and Jeana Yeager.

Where the Voyager Is Today

The Voyager now hangs in the Milestones of Flight gallery at the Smithsonian’s National Air and Space Museum in Washington, D.C., alongside the Wright Flyer, the Spirit of St. Louis, and Chuck Yeager’s Glamorous Glennis. She was never restored. She is displayed exactly as she came back from the flight - fuel stains and all.

Why the Voyager Story Still Matters for Pilots

The Voyager was built without government backing or corporate funding by a team of pilots and volunteers who raised $2 million through sheer persistence. The mission succeeded by the narrowest of margins - 18 gallons - because every decision, from airframe geometry to power settings to routing, was made precisely at the edge of what physics allowed.

For pilots, the Voyager is a reminder that the limiting factor in aviation history has rarely been technology alone. It has been the willingness to look at what everyone agreed was impossible and go build something in a hangar in Mojave to find out whether they were right.

Key Takeaways

• December 14–23, 1986: Dick Rutan and Jeana Yeager completed the first nonstop, unrefueled circumnavigation, covering approximately 25,000 miles in nine days, three minutes, and forty-four seconds
• The Voyager was designed by Burt Rutan from a napkin sketch drawn in 1981 and built on a total budget of roughly $2 million with no government or corporate funding
• The aircraft loaded more than 7,000 pounds of avgas across 17 tanks at departure; only 106 pounds (18 gallons) remained on landing
• The Voyager’s 110-foot wingspan exceeded that of a Boeing 737, while its empty weight was just 2,200 pounds - more than 70 percent of takeoff weight was fuel
• The aircraft is displayed as-flown, unrestored, in the Milestones of Flight gallery at the Smithsonian’s National Air and Space Museum alongside the Wright Flyer and the Spirit of St. Louis