Dick Rutan, Jeana Yeager, the Voyager, and the Nine Days That Proved You Could Circle the Earth Without Stopping

On December 14, 1986, Dick Rutan and Jeana Yeager lifted off from Edwards Air Force Base in the Mojave Desert and flew around the entire planet without stopping or taking on fuel. They landed back at Edwards nine days later, having covered approximately 25,000 miles on a single load of avgas. No one had ever done it before.

The Rutan Brothers and the Idea Behind Voyager

Burt Rutan built his reputation by rejecting conventional aircraft design. Canard configurations, composite airframes, shapes that looked like science fiction - his homebuilt kits redefined what was possible for general aviation. His brother Dick came from an entirely different world.

Dick Rutan flew 100 combat missions in Vietnam in the Republic F-105 Thunderchief, hauling bombs through some of the most dangerous airspace in history. After the war, he moved into air racing and aerobatics. He was the kind of pilot who had already seen the worst a sky could produce.

In the early 1980s, Burt presented Dick with an idea: build an airplane capable of circling the globe on one load of fuel. No stops. No aerial refueling. Fill the tanks on the ground, fly around the world, and land where you started. Nobody had ever done it. Pan American had taken passengers around the globe in 1947, but with stops. Air Force bombers had set unrefueled distance records, but those were point-to-point sprints, not full circumnavigations.

Burt began the design work in earnest around 1981 and 1982. He called the project Voyager.

How the Voyager Was Designed

The aircraft broke every conventional rule in light aircraft design. The configuration was a canard tandem-wing layout: a long, slender main wing at center, with a second forward wing mounted on twin booms ahead of the cockpit. Two engines - one pulling from the front, one pushing from the rear. The wingspan stretched 110 feet, wider than a Boeing 737. The fuselage was only 29 feet long.

Fuel was the dominant engineering constraint. The final design incorporated 17 separate fuel tanks spread across the wings, booms, and fuselage, with a total capacity of over 1,100 gallons of avgas. At maximum gross weight, the Voyager carried more than three times its own empty weight in fuel.

How the Voyager Was Built

The entire aircraft was constructed by hand at Mojave Airport using graphite fiber, Kevlar, and epoxy - materials that were still relatively new to small aircraft construction in the mid-1980s. There was no factory, no production line, no robotics. Volunteers gave up weekends, evenings, and vacations to sand, bond, and drill. The project took five years, including a rebuild after a ground accident badly damaged the airframe during construction.

Who Was Jeana Yeager?

Jeana Yeager - no relation to Chuck Yeager - was already a record-setter before Voyager. She held five world aviation records in her own right. Precise, systematic, and calm, she complemented Dick’s fighter pilot instincts in a way that was essential to the project’s survival.

She was not simply the co-pilot. Yeager served as the project manager throughout construction: keeping the books, managing the schedule, and developing a deeper knowledge of the Voyager’s fuel system than almost anyone on the ground. For nine days, she would be the person responsible for managing all 17 of those tanks in flight.

The Takeoff: December 14, 1986

The Voyager was towed from Mojave to Edwards before departure because the military runways there were long enough to accommodate the aircraft’s extreme fuel load. At full gross weight, the Voyager scaled nearly 9,700 pounds against an empty weight of roughly 2,250 pounds.

When Dick Rutan pushed the throttles forward, the wingtips - drooping under the weight - scraped the concrete. Sparks. A piece of the fiberglass winglet broke away. The chase pilots assessed the damage as minor and non-structural. Dick and Jeana did not turn back.

Nine Days Over the World

The first day and a half crossing the Pacific were rough. Turbulence threw the aircraft around hard enough that Yeager later said she genuinely questioned whether the structure would hold. The long, slender wings flexed visibly. Once they picked up the trade winds south of the equator, conditions stabilized into something approaching a rhythm - though “routine” would be too generous a word.

The cockpit measured 67 inches long. Five and a half feet. Two pilots, in shifts, for nine days. The rear bunk was approximately the size of a sleeping bag laid flat. Temperatures ranged from near-freezing at altitude to over 100 degrees Fahrenheit when direct sun hit the canopy. Meals came from squeeze pouches. Sleep came in increments of 45 minutes to an hour.

The Crisis Over Africa

The intertropical convergence zone - the band of towering weather near the equator where atmospheric systems from both hemispheres collide - was active and severe over Africa. The Voyager could not climb above it safely. Each deviation around individual storm cells cost fuel. Each mile off the planned track put pressure on margins that were already thin.

Back at Mojave, crew chief Bruce Evans, Burt Rutan, and a small team of engineers were running real-time fuel calculations and contingency scenarios. Could the Voyager make it to California on what remained? Would an emergency diversion become necessary?

Dick flew low, threading gaps in the weather below the worst cells. He burned altitude he couldn’t afford and had to climb back on the front engine, consuming more fuel. He later described those hours as some of the hardest flying of his life - and this was a man who had flown combat at low altitude with ground fire rising to meet him.

They cleared the African coast, crossed the Indian Ocean, picked through weather near Sri Lanka, and turned northeast across the Pacific toward home.

The Landing: December 23, 1986

Tens of thousands of people drove into the Mojave Desert in December to stand by a runway and wait. Pilots, engineers, retirees, families who had been following the flight on television for nine days. NASA was there. Old warbird pilots sat in lawn chairs and looked east. The television networks carried it live.

At 10:45 a.m. on December 23, 1986, the Voyager touched down at Edwards Air Force Base. The flight had lasted 216 hours, 3 minutes, and 44 seconds.

When Dick Rutan climbed out, he could barely stand. Yeager was the same. The rear pusher engine, which had carried the primary cruise load for most of the journey, was found afterward to have been running far beyond any reasonable operational limit. By any conventional measure, it should have failed somewhere over the Pacific. It did not.

Where the Voyager Is Today

The Voyager now hangs in the Smithsonian National Air and Space Museum in Washington, D.C., alongside the Spirit of St. Louis and SpaceShipOne - Burt Rutan’s other entry in the permanent record of what humans have done with wings. Three aircraft, each of them the first to go somewhere no aircraft had gone before. None of them built by a government program or a defense contractor.

The homebuilt experimental community has always carried the same spirit forward. The scale changes. The impulse to build something that shouldn’t be possible - and then fly it anyway - does not.

Key Takeaways

• Dick Rutan and Jeana Yeager completed aviation’s first nonstop, unrefueled circumnavigation on December 23, 1986, after 216 hours, 3 minutes, and 44 seconds aloft
• The Voyager’s 110-foot wingspan and 17 fuel tanks were purpose-built for a single mission; the aircraft carried more than three times its empty weight in fuel at departure
• Jeana Yeager was not only co-pilot but the project’s construction manager, holding five world aviation records before the Voyager flight
• The most dangerous moments came over Africa, where the intertropical convergence zone forced repeated fuel-burning deviations
• The Voyager is now on permanent display at the Smithsonian National Air and Space Museum, alongside the Spirit of St. Louis and SpaceShipOne