Dick Rutan, Jeana Yeager, the Voyager, and the Nine Days That Circled the Earth on One Tank of Fuel

On December 14, 1986, Dick Rutan and Jeana Yeager lifted off from Edwards Air Force Base in the Mojave Desert and flew nonstop around the world without refueling. Nine days, three minutes, and forty-four seconds later, they touched down on the same runway with 18 gallons of fuel remaining out of the 7,011 pounds they had started with - covering 26,366 miles on a single load of fuel. It was the last great first in the history of propeller-powered flight.

A Napkin Sketch at a Mojave Restaurant

The idea started in 1981 over dinner at a restaurant in Mojave, California. Burt Rutan - designer of the VariEze, the Long-EZ, and later SpaceShipOne - sketched an aircraft concept on a napkin and slid it across the table to his brother Dick.

Dick was a former Air Force fighter pilot with 325 combat missions over Vietnam. He understood fuel burns and oceanic distances in a visceral way. When Burt said he believed they could build an airplane to circle the Earth without stopping or refueling, Dick said yes.

It would take them five years to build it.

Jeana Yeager: The Third Architect of the Voyager

Jeana Yeager entered the project early, and her contribution extended far beyond the cockpit. Despite sharing a surname with Chuck Yeager, she carries no relation to him - and needs no borrowed prestige. She arrived at the Voyager project with multiple aviation records already established and spent five years working simultaneously as pilot, engineer, and project manager.

She also spent nine days in a cockpit barely wider than a man’s shoulders, alternating sleep shifts in a space seven and a half feet long and three and a half feet wide, and emerged on the other side barely able to stand.

How the Voyager Was Built to Carry Fuel, Not Structure

Burt Rutan designed the Voyager around a single governing constraint: it had to carry enough fuel to circle the globe while remaining light enough that the fuel could actually lift it. The math explains why no one had done it before.

The Voyager weighs 939 pounds empty - less than most horses. Burt built it from carbon fiber, fiberglass, and Nomex honeycomb sandwich panels. The skin in places is thin enough to flex by hand. Every pound of structure saved is a pound of additional fuel capacity.

The Voyager needed 7,011 pounds of fuel spread across 17 tanks in the wings, fuselage, and canards. At takeoff, approximately 73 percent of the aircraft’s total weight was liquid fuel. In practical terms, the Voyager was a flying fuel tank with room for two people and enough instrumentation to keep them pointed in the right direction.

The 110-foot wingspan - longer than a Boeing 727’s - made the physics work. Long wings generate lift efficiently at low airspeed, which reduces the power required to stay aloft and slows fuel burn accordingly. The tradeoff is structural flexibility, turbulence vulnerability, and on that December morning, the spectacle of both wings drooping toward the concrete under the weight of full tanks.

The Takeoff: Sparks on Runway 04

At 7:58 a.m. local time on December 14, 1986, Dick Rutan advanced the throttles on Runway 04 at Edwards. Watching from the ramp were test pilots, engineers, and Burt Rutan - people not easily impressed and not given to public shows of nerves.

As the Voyager accelerated, the fuel-laden wingtips dragged on the concrete. Sparks. Then both wingtips sheared off. Burt had designed them as sacrificial structures - thin, expendable extensions that would break cleanly rather than catch the ground and cartwheel the aircraft. The Voyager staggered into the desert air and began, slowly, to climb.

Dick knew the aircraft was still airworthy. He also knew he had just left two pieces of it on an Air Force runway with nine days of flying ahead.

Threading the Typhoon: Western Pacific

The first two days were rough. Full fuel tanks made the aircraft heavy and sluggish, and the trade winds were uncooperative. One pilot flew while the other crawled aft and tried to sleep - lying essentially on top of fuel tanks, with engine noise coming through the composite skin. Exhaustion eventually overcame discomfort.

Near the Philippines, a typhoon sat directly on their planned route - a serious system with winds well over 100 mph in the core. Mission control in Mojave tracked it in real time while the navigation team and Dick worked the same problem: how to route around the storm without adding enough distance to exhaust the fuel margins.

The decision was to thread the southern edge, slipping between the storm’s circulation and the Philippine coastline to use the peripheral winds rather than fight the core. For several hours the Voyager took severe convective turbulence - Jeana would later call it the worst of the entire flight. The autopilot could not keep up with the gusts. Dick hand-flew the aircraft until they came out the other side.

A Fuel Scare Over Africa

Across the Indian Ocean, the flight settled into a long, almost featureless middle passage. Engine noise. Fuel calculations. The sun going around them as they went around the Earth.

Over Africa, the rear pusher engine ran warmer than the preflight models predicted, and fuel consumption numbers stopped tracking. Mission control and Dick ran the arithmetic simultaneously. For a stretch of time, the margins were thin enough that diverting to an airfield on the African continent became a genuine contingency under discussion.

The engine stabilized. The numbers came back into alignment. The fuel was there.

The Final Hours: Fatigue Over North America

They crossed the South Atlantic and saw the South American coastline below them for the first time since departure. The end became real rather than theoretical.

The final hours over North America were, by Dick Rutan’s own account, among the hardest of the entire flight. Not from weather or mechanical failure - from nine days of accumulated fatigue. The body demands rest; the moment demands precision. Near the end, a fuel vent failed to function correctly, leaving one tank draining out of sequence and the aircraft slightly out of balance. Dick adjusted the fuel draw order manually, held the trim, and kept the Voyager together.

Landing at Edwards: Eighteen Gallons

On the morning of December 23, 1986, the Voyager appeared on radar over the Mojave. Tens of thousands of people were waiting at Edwards - test pilots, astronauts, airline crews, student pilots, and families who had driven out the night before and slept in their cars in the desert cold.

Dick Rutan lined up for Runway 04. The fuel gauges read 18 gallons remaining from the 7,011 pounds loaded nine days earlier. He set it down.

Nine days, three minutes, and forty-four seconds after lifting off from that same strip of concrete, the Voyager rolled to a stop. Dick tried to climb out. His legs didn’t work. Nine days in the cockpit had taken something from him that would take weeks to fully return. Ground crew helped him down. Jeana Yeager was the same. They stood together on the runway while the noise of the crowd came over them.

Where the Voyager Is Today

The Voyager hangs in the Milestones of Flight gallery at the Smithsonian National Air and Space Museum in Washington, D.C. - alongside the Wright Flyer, Lindbergh’s Spirit of St. Louis, and Chuck Yeager’s Bell X-1. Standing beneath the 110-foot wingspan and looking up at it puts the entire story into immediate physical terms.

The firsthand account of the flight is documented in Voyager, written by Dick Rutan and Jeana Yeager and published in 1987.

Key Takeaways

• The Voyager completed the first nonstop unrefueled circumnavigation of Earth from December 14–23, 1986, covering 26,366 miles in 9 days, 3 minutes, and 44 seconds
• Designed by Burt Rutan, the aircraft weighed only 939 pounds empty; at takeoff, 73% of total weight was fuel loaded across 17 tanks
• Only 18 gallons of the original 7,011 pounds of fuel remained when Dick Rutan touched down at Edwards
• Jeana Yeager served as co-pilot, engineer, and project manager throughout the five-year program - her contribution equal to any part of the mission
• The Voyager is on permanent display at the Smithsonian National Air and Space Museum, in the same gallery as the Wright Flyer and Spirit of St. Louis