Burt Rutan and the Voyager non-stop around the world flight

In December 1986, a homebuilt airplane called Voyager completed the first nonstop, unrefueled flight around the world, covering 26,366 miles in nine days, three minutes, and forty-four seconds. Designed by Burt Rutan, built by volunteers in Mojave, California, and piloted by Dick Rutan and Jeana Yeager, the flight remains one of the most audacious achievements in aviation history. It was accomplished not by a government agency or a corporate aerospace giant, but by a small team of pilots, engineers, and dreamers working on a shoestring budget.

How Did the Voyager Project Begin?

The idea started in 1981 at a lunch table. Burt Rutan, already renowned in the experimental aircraft world for designs like the VariEze and Long-EZ, sketched an airplane on a napkin and told his brother Dick and pilot Jeana Yeager that he believed they could fly around the world without stopping or refueling.

No one had ever done it. The distance required — more than 25,000 miles — meant navigating weather systems, political airspace, and vast oceans with zero margin for error.

Dick Rutan, a decorated fighter pilot who had flown the F-100 Super Sabre on over 300 combat missions in Vietnam, looked at the napkin sketch and committed on the spot.

What Made Voyager’s Design So Radical?

Burt Rutan designed Voyager as essentially a flying fuel tank with the smallest possible everything else. Where most aircraft designers started with convention and trimmed from there, Rutan started with a blank sheet of paper and asked what the physics actually required.

The airframe was built almost entirely from carbon fiber and fiberglass composites — no metal to speak of. Empty, the airplane weighed just 939 pounds. But it carried 7,011 pounds of fuel, meaning the aircraft weighed more than seven times its own empty weight at takeoff.

The wingspan stretched 110 feet tip to tip, wider than a Boeing 727. The fuselage was roughly the size of a phone booth — about two feet wide and seven and a half feet long — where Dick and Jeana would take turns flying and resting for nine days with no room to stand or stretch.

Power came from two small piston engines: a Continental O-240 in the front for cruise and a Continental IOL-200 in the rear for takeoff and climb. Nothing exotic. The kind of motors found on a typical weekend flyer.

What Happened During the Takeoff?

On December 14, 1986, Voyager sat on the runway at Edwards Air Force Base so heavy with fuel that the wings drooped until the wingtips dragged on the pavement. The plan relied on aerodynamic lift raising the wings as the aircraft accelerated.

The takeoff roll consumed 14,200 feet — nearly three miles of runway. During the roll, both wingtips scraped along the pavement, and both winglets were damaged, with pieces left behind on the ground.

Dick and Jeana were now airborne in a damaged airplane facing a nine-day circumnavigation. They made the call to press on.

What Challenges Did Dick and Jeana Face in Flight?

The nine-day flight was a relentless test of endurance and decision-making.

Weather posed the first major threat. They routed south to avoid a cold front, then west across the Pacific, where Typhoon Marge forced further deviations. Every course change cost fuel, and fuel was survival.

The cockpit was deafening. The rear engine sat directly behind the crew, making earplugs mandatory and communication difficult. The vibration was constant. Switching pilot positions in the cramped fuselage was an athletic feat — one person lying in the back while the other flew, shimmying past each other in a space that would challenge a submarine sailor.

Over Africa, turbulence so severe struck that the autopilot disconnected and the airplane rolled to a nearly vertical bank. Dick grabbed the controls and fought back to level flight. Jeana, resting in the back, was thrown against the fuselage wall.

Over the Atlantic, the front engine began malfunctioning during cruise. They switched power configurations and nursed it along, every decision a calculation balancing speed, fuel burn, range remaining, and survival.

How Close Were the Fuel Margins?

On December 23, 1986, Voyager landed back at Edwards Air Force Base with just 18 gallons of usable fuel remaining out of the roughly 1,100 gallons they had started with. Burt Rutan’s engineering calculations had predicted the fuel requirements with extraordinary precision — and extraordinarily thin margins.

What Recognition Did the Voyager Crew Receive?

President Reagan awarded all three — Burt Rutan, Dick Rutan, and Jeana Yeager — the Presidential Citizens Medal. Voyager now hangs in the Smithsonian National Air and Space Museum in Washington, D.C., displayed alongside the Wright Flyer and the Spirit of St. Louis.

What Happened to the Voyager Team After the Flight?

Burt Rutan went on to design SpaceShipOne, the first privately funded spacecraft to reach space, continuing his legacy of redefining what small teams could accomplish outside institutional aerospace.

Dick Rutan passed away in May 2025 at age 86 — a fighter pilot, record setter, and a man who looked at the impossible and committed to it.

Jeana Yeager (no relation to test pilot Chuck Yeager) continued to inspire aviators for decades after the flight.

Why Does the Voyager Flight Still Matter?

The Voyager story fits a pattern that repeats across aviation history. The Wright brothers were bicycle mechanics. Lindbergh was a mail pilot. Burt Rutan was an engineer in Mojave with a pencil and a fundamentally different way of thinking about flight.

The achievement demonstrated that breakthrough aviation milestones don’t require massive institutions. Voyager was built by volunteers, funded by donations, constructed over five years of layups, curing, sanding, and testing — five years of people telling the team it couldn’t be done.

Key Takeaways

• Voyager completed the first nonstop, unrefueled flight around the world on December 23, 1986, covering 26,366 miles in nine days, three minutes, and forty-four seconds.
• The aircraft weighed 939 pounds empty but carried 7,011 pounds of fuel, with a 110-foot wingspan wider than a Boeing 727, all built from composites by volunteers in Mojave.
• The flight margins were razor-thin — only 18 gallons of fuel remained at landing, and both winglets were damaged during takeoff.
• All three team members received the Presidential Citizens Medal, and Voyager now hangs in the Smithsonian alongside the Wright Flyer and Spirit of St. Louis.
• Burt Rutan continued pushing boundaries by later designing SpaceShipOne, the first privately funded craft to reach space.

Sources: Smithsonian National Air and Space Museum archives, Rutan Aircraft Factory historical records, Experimental Aircraft Association (EAA), Dick Rutan’s personal accounts.