Voyager, Dick Rutan and Jeana Yeager, and the Nine Days Around the World on One Tank of Gas

On December 23, 1986, the experimental aircraft Voyager touched down at Edwards Air Force Base in California after flying all the way around the world nonstop, without refueling once in the air. Piloted by Dick Rutan and Jeana Yeager, the flight covered roughly 26,000 miles in 9 days, 3 minutes, and 44 seconds - and it accomplished the last of aviation’s truly great firsts, done not by a government or an airline but by two pilots and a designer working out of a hangar in Mojave.

What Was Voyager and Who Built It?

Voyager barely looked like an airplane. It was mostly wing - a long, thin, drooping structure that spanned about 111 feet from tip to tip, wider than a Boeing 727. Two slender booms hung off that wing, front and back, joined to a small central pod where the crew lived.

The design came from Burt Rutan, the Mojave engineer famous for building aircraft out of foam and fiberglass while the rest of the industry was still bending aluminum. According to the well-known origin story, the idea was sketched on a napkin in a restaurant by Burt, his brother Dick, and pilot Jeana Yeager - a shape Burt claimed could circle the globe without stopping.

An important point of confusion worth clearing up: Jeana Yeager was no relation to Chuck Yeager. The spelling is even different. She was a draftsman, a pilot, and a record-setter in her own right.

Her fellow crew member, Dick Rutan (Burt’s brother), had flown 105 combat missions over Vietnam - a pilot who understood what it took to stay alive in a small space over a long time.

How Could an Airplane Fly Around the World on One Tank of Gas?

To fly around the world nonstop, Voyager had to carry every drop of fuel it would ever use. Fuel is heavy, so the engineering demanded something close to impossible: an empty weight of roughly 2,000 pounds - less than a used pickup truck - for the entire structure, engines and all.

The fuel weighed more than three times that. At takeoff, Voyager carried about 7,000 pounds of gasoline, meaning the aircraft was roughly three-quarters fuel by weight. That fuel was distributed across 17 tanks in the wing and booms, and the crew had to burn from them in a careful sequence to keep the airplane balanced.

To be that light and still hold together, Burt Rutan went all in on composite construction - paper honeycomb and graphite fiber, a skin thin enough to dent with a thumb. The wings were so long and flexible they would flex feet at the tip in turbulence, flapping almost like a bird’s.

The Takeoff That Nearly Didn’t Happen

On the morning of December 14, 1986, Voyager sat at Edwards so heavy with fuel that its normally drooping wings were bowed down under the load. It needed nearly the entire runway - about 14,000 feet - to get airborne.

As the aircraft gathered speed, its overloaded wingtips actually dragged along the ground, and the winglets at the tips were damaged on the takeoff roll. Voyager lifted off with just seconds of pavement to spare. A chase plane flew alongside to assess the torn tips, and the crew flew a maneuver to shed the broken pieces before turning west.

What Were Nine Days Inside Voyager Like?

The crew faced nine days in a cabin about the size of a phone booth laid on its side - roughly 7.5 feet long and 2 feet wide. Both crew members could not sit up at once. One flew while the other rested beside a running engine, with the whole airframe shaking.

Three things defined that cabin:

Noise. A Teledyne Continental engine ran directly behind their heads for most of the flight (a second engine up front was shut down once enough fuel weight had burned off). The crew wore headsets and still suffered temporary hearing loss afterward.
Confinement. There was no room to stand or stretch. Dick Rutan could barely walk when he climbed out.
Fragility. Every bump of turbulence flexed the long wing and reminded them how thin their margins were. They ate cold food and flew by hand and a simple, uncooperative autopilot.

How Did They Get Past Typhoon Marge?

Out over the Pacific, the crew and their ground-based weather team faced Typhoon Marge. Every instinct tells a pilot to give a typhoon a wide berth - but Voyager was too slow, too underpowered, and too tight on fuel to simply go around it.

So the weather team threaded Voyager along the back side of the storm, where the typhoon’s circulation was spinning the wind around behind the aircraft. They used the storm’s outer bands as a tailwind - a slingshot that saved fuel. The very weather that could have destroyed the fragile airplane, handled precisely, pushed it toward home.

The Emergency Near the Finish

Throughout the flight, the crew fought a balky fuel system and an oil problem on one engine, all while making life-and-death decisions on almost no sleep across 216 hours of continuous flying.

Then, near the very end - coming up the coast of Baja California toward home - the rear engine quit from fuel starvation. The front engine was stone cold and shut down, and Voyager could not climb on it. The aircraft began descending.

Dick Rutan did the only thing possible: he put the nose down, traded altitude for airspeed, and used the dive to force fuel forward and windmill the engine back to life. They dropped thousands of feet, but they got both engines running, climbed back up, and pointed Voyager toward Edwards.

How Close Was the Margin at Landing?

Voyager landed at Edwards on December 23, 1986, after 9 days, 3 minutes, and 44 seconds aloft, having flown roughly 26,000 miles. This time the aircraft was nearly empty, its long wings riding high the way Burt Rutan had designed them.

The margin was razor-thin. A flight that began with 7,000 pounds of fuel ended with only a few gallons remaining in the tanks. They planned it that close, and they flew it that close.

Why the Voyager Flight Still Matters

By 1986, nearly everything else in aviation had been done - oceans crossed, the sound barrier broken, the Moon reached and returned from. But flying around the world nonstop and unrefueled, on nothing but what you carried, had stood unclaimed since the first pilot looked at a globe. It was the last of the great atmospheric firsts.

And it was achieved not with a government’s or a manufacturer’s blank check, but by two pilots and a designer who sketched the idea on a napkin, built the aircraft in a Mojave hangar with a volunteer crew and donated parts, and flew it themselves.

Today, Voyager hangs in the entrance hall of the Smithsonian National Air and Space Museum in Washington, D.C., its long, thin, impossible wing suspended overhead - a spot it earned the hard way.

Key Takeaways

Voyager flew around the world nonstop and unrefueled between December 14 and December 23, 1986, covering about 26,000 miles in 9 days, 3 minutes, and 44 seconds.
The crew was Dick Rutan and Jeana Yeager (no relation to Chuck Yeager), flying an aircraft designed by Burt Rutan.
Built from lightweight composites, Voyager weighed roughly 2,000 pounds empty but carried about 7,000 pounds of fuel across 17 tanks at takeoff.
The crew navigated the back side of Typhoon Marge for a fuel-saving tailwind and revived a dead engine by diving near Baja California.
Voyager landed with only a few gallons of fuel left and now hangs in the Smithsonian National Air and Space Museum.