Dick Rutan, Jeana Yeager, the Voyager, and the Nine Days That Put Every Mile of Earth Beneath One Set of Wings

On December 14, 1986, Dick Rutan and Jeana Yeager lifted off from Edwards Air Force Base in an aircraft called Voyager and flew nonstop, unrefueled around the entire globe. Nine days, three minutes, and forty-four seconds later, they landed back where they started. No one had ever done it before.

What Made the Voyager Different From Every Other Aircraft

The Voyager didn’t look like anything built before it because it couldn’t. Designer Burt Rutan - already known for composite kit planes like the VariEze and Long-EZ out of his Mojave shop - had to engineer the aircraft around a single brutal constraint: carry enough fuel to circle the earth without stopping.

At takeoff, the Voyager weighed close to 10,000 pounds. More than 7,000 of those pounds were avgas - approximately 72 percent of the aircraft’s total weight. The airframe had to accommodate that fuel load while remaining light enough to actually fly.

Rutan’s solution was a configuration unlike anything in production aviation. A 46-foot fuselage, twin tail booms, a forward canard, and a main wing stretching 110 feet tip to tip. Those wings contained fuel. The canard contained fuel. The center fuselage contained fuel. Across the entire airframe, there were 17 separate fuel tanks. Every cubic inch of interior volume that wasn’t occupied by crew was occupied by avgas.

The crew area itself was not quite six feet long and less than three and a half feet wide. Two people would live in that space for nine days.

Who Was in That Cockpit

Dick Rutan was a Vietnam-era fighter pilot who had flown more than 300 combat missions in the F-100 Super Sabre. He had been shot down over Southeast Asia and returned to flying anyway. By the 1980s, he was channeling that experience into experimental aviation at Mojave alongside his brother Burt.

Jeana Yeager - no relation to Chuck Yeager - was a draftsman and pilot who had already set long-distance records in conventional aircraft before the Voyager project. During the flight, her primary responsibilities were navigation and systems management: monitoring fuel transfer between all 17 tanks, tracking systems status, and managing the weight calculations that determined whether they had enough fuel to finish.

The two of them had been planning and building the aircraft for six years before that December morning. Much of the construction was done by volunteers who showed up at Rutan’s Mojave shop and laid carbon fiber and sanded composite panels because they believed in what was being attempted. Burt Rutan had sketched the original concept on a napkin at a restaurant in 1981.

The Takeoff That Almost Ended Everything

The morning of December 14 was predawn dark and cold at Edwards. What the crowd watching from the runway edges witnessed before the aircraft even left the ground was alarming.

Fully fueled, the Voyager’s wings bent dramatically under the weight - bent far enough that the composite winglet tips on both sides dragged along the runway surface as the aircraft accelerated. The right winglet shed pieces of itself during the roll. The left side did the same. Crew members running alongside the aircraft physically bumped the wingtips upward with their hands trying to reduce the contact.

Dick Rutan held the aircraft on the runway and kept accelerating. He understood that the wings would come up the moment they developed enough lift - the problem was surviving the roll until that happened. After 14,000 feet of runway, the Voyager broke ground. The wings rose. The winglets were damaged but structurally intact. The engines were running.

The Crises That Almost Stopped Them

The route ran westbound - out over the Pacific, through the tropics, across Africa, and back again. The plan was to thread between weather systems, staying low enough for fuel efficiency while avoiding the worst turbulence.

Over central Africa, they encountered a tropical storm system that forecasts had not accurately predicted. The turbulence was violent enough to throw both crew members against the cockpit walls. The Voyager was a large-wingspan aircraft built to be as light as possible - not a structure designed for severe turbulence loads. They got through it, but the experience narrowed the margins they had assumed going in.

Over the Pacific, a different problem surfaced. One engine was consuming oil at a rate that pre-flight testing had not revealed. Projecting that consumption rate forward over the remaining distance put an engine failure somewhere over open ocean - with no alternate airport and no option other than ditching. The decision was to shut down the rear pusher engine and fly much of the Pacific on the front tractor engine alone, preserving what oil remained.

That change cascaded through every calculation on the aircraft. New fuel burn rate, new weight projections, new arrival numbers. Jeana ran the figures. Then ran them again. They had enough fuel - barely, but enough.

Living in a Box for Nine Days

The crew rotated four-hour sleep shifts on a thin pad laid over a fuel cell behind the instrument panel. The cockpit smelled of avgas and hot electronics around the clock. Neither crew member could stand upright. Turning around required effort. For nine days, this was the entire inhabited world.

By the time the Voyager crossed back over the California coast, both Dick and Jeana were severely fatigued and physically deteriorated from the confinement.

The Landing at Edwards

The return to Edwards on December 23 was not a routine arrival. With nearly all 17 tanks emptied, the aircraft’s weight distribution had shifted dramatically from what it had been at any other point in the flight. The pitch characteristics had changed. Dick Rutan later described the final approach as one of the most demanding landings he had made in any aircraft he had ever flown.

He put it on the runway.

When the aircraft stopped rolling and the engines shut down, the elapsed time was 9 days, 3 minutes, and 44 seconds. The Voyager had covered more than 25,000 miles on one load of fuel.

Dick and Jeana could not walk off the aircraft unassisted. Nine days in that space had taken that from them.

Why This Flight Matters in Aviation History

What had started as a story for aviation enthusiasts had, over the nine days of the flight, grown into something a much larger audience was following. People who had never heard of a canard layout had been watching fuel burn reports on the evening news.

The Voyager now hangs in the Smithsonian’s National Air and Space Museum in the Milestones of Flight gallery - alongside the Wright Flyer and the Spirit of St. Louis. Up close, the aircraft looks fragile. The wings are slightly wavy from the composite layup process. The fuselage is narrow. Everything about it communicates that the people who built it could not waste a single gram - because they couldn’t.

The broken winglet tips from the takeoff roll made it all the way around the world.

Dick Rutan and Jeana Yeager co-authored a book, Voyager, that covers the full account of the flight and the years of preparation behind it.

Key Takeaways

The Voyager departed and returned to Edwards Air Force Base, completing a nonstop, unrefueled around-the-world flight on December 14–23, 1986
At takeoff, more than 72% of the aircraft’s weight - over 7,000 of nearly 10,000 pounds - was fuel, distributed across 17 tanks built into the wings, canard, and fuselage
The aircraft was designed by Burt Rutan and flown by his brother Dick Rutan and Jeana Yeager, after six years of planning and largely volunteer construction
Both wingtips were damaged dragging on the runway during takeoff; the aircraft completed the flight with that damage intact
Mid-flight emergencies included severe African storm turbulence and an engine oil-consumption problem that forced single-engine flight across much of the Pacific
The Voyager is on permanent display in the Milestones of Flight gallery at the Smithsonian’s National Air and Space Museum