Voyager, the Rutan Brothers, and Jeana Yeager - the Homebuilt That Flew Around the World Without Stopping, Told From the Canard Rows at Oshkosh

SUMMARY: How the homebuilt Voyager, designed by Burt Rutan, flew nonstop around the world in 1986 without refueling.

In December 1986, an experimental composite airplane called Voyager flew all the way around the world - roughly 25,000 miles, nonstop, without refueling - on a single load of gasoline. Designed by Burt Rutan and flown by his brother Dick Rutan and pilot Jeana Yeager, it launched from Edwards Air Force Base on December 14, 1986 and returned nine days and three minutes later on December 23. It remains one of aviation’s greatest endurance feats, and it was, at heart, a homebuilt.

What Was Voyager?

Voyager was a purpose-built experimental aircraft designed to do the one thing no aircraft had ever done: circle the planet in a single unbroken flight, with no fuel stops, no rest stops, and no mechanical stops. Every distance record before it had relied on landings along the way. Voyager was meant to string the whole globe together in one breath.

The concept famously began as a sketch on the back of a napkin in a restaurant in Mojave, California, in the early 1980s. Burt Rutan drew an aircraft with long, skinny wings, twin booms hanging off a central pod, and an engine at each end - front and back. It was, in essence, a flying fuel tank with just enough room to stuff in a crew.

That was the entire trick. To cross 25,000 miles without landing, the airplane had to carry its own weight in fuel and then some. Fully loaded on the runway, about 72% of Voyager’s total weight was gasoline - nearly three-quarters of the machine. Empty, the airframe itself weighed less than a couple of large motorcycles.

Why Was Voyager Built From Composite Instead of Aluminum?

You cannot build an airplane like this out of aluminum. It would be too heavy, and the enormous fuel load would fold the wings. So Rutan built Voyager from graphite fiber and paper honeycomb - composite materials laid up by hand, cured, and shaped into something light as a whisper and stiff as a board.

This is the same construction philosophy behind Rutan’s famous canard homebuilts, the VariEze and Long-EZ, that ordinary pilots built in their garages. Voyager wasn’t the product of a giant factory or a government contract. It was created by a small team working in a hangar in the desert, funded on a shoestring by believers.

The wingspan reached about 110 feet - wider than many airliners - on an aircraft that weighed almost nothing when empty. In flight, those long wings would flex and wave up and down like a gull riding a thermal.

How Did the Crew Manage Fuel Around the World?

Fuel was stored in 17 separate tanks scattered through the wings and booms. The crew had to hand-manage that fuel for the entire flight, pumping it from tank to tank to keep the aircraft balanced. Get the balance wrong, and Voyager could become uncontrollable.

The aircraft used two engines with two different jobs:

• A front air-cooled engine handled the heavy lifting of takeoff and initial climb.
• A rear liquid-cooled Continental engine, purpose-built to sip fuel for days on end, carried the aircraft across the planet running lean and steady.

The plan was to fire both engines for takeoff, shut down the front one once airborne, and cross the world on that single efficient rear engine.

What Were the Living Conditions Like Onboard?

Brutal. The cabin measured roughly seven and a half feet long and only a couple of feet wide - smaller than a closet. One crew member flew while the other lay down in a space smaller than a bathtub, and they traded off. There was no standing, no stretching, and no relief from the engine roaring directly behind their heads for days on end. Dick Rutan later said the noise alone was nearly enough to break a person.

The pilots were well prepared for it. Dick Rutan was a decorated Air Force fighter pilot who had flown 100 combat missions in Vietnam. Jeana Yeager - no relation to Chuck Yeager - was an accomplished record-setting pilot known as the calm, precise half of the cockpit. Together they had spent years building, testing, and learning the aircraft’s habits on shorter flights along the California coast.

Critically, Voyager had never flown with a full fuel load before launch day. The first time it would ever lift that complete, monstrous load off the ground would be the morning of the real attempt.

What Happened on Takeoff From Edwards Air Force Base?

On the cold desert morning of December 14, 1986, Voyager sat on the dry lakebed runway at Edwards - the longest runway in the country - so heavy with fuel that its long wings drooped and sagged toward the ground.

The takeoff roll was agonizing. Voyager rolled for over 14,000 feet of runway, both engines screaming, as airflow slowly lifted the loaded wings. But not fast enough - the drooping wingtips dragged along the concrete, grinding away the winglets on the ends of both wings.

Dick Rutan finally hauled the aircraft into the air with almost no runway left. As Voyager lifted off, the damaged winglets, worn down by all that scraping, broke away from both wings. After circling and assessing the damage, Burt Rutan - watching from a chase plane - made the call: she would fly without them. Voyager turned west over the Pacific and into history.

What Challenges Did Voyager Face During the Flight?

The nine days that followed were pure endurance flying, and the aircraft nearly beat its crew more than once.

Weather: Early on, the crew encountered a Pacific typhoon. Rather than fleeing it, they rode the winds swirling around its outer edge for a free push - threading the needle with guidance from a meteorologist reading charts back home.

Loss of control: At one point in weather, Voyager got away from Dick Rutan and rolled up nearly vertical, one wing pointed at the sky. He had to fight the flexing, overloaded aircraft back level while the wings pumped so violently in turbulence he feared they would come apart.

Constant fuel math: They were denied permission to cross some countries, forcing them to reroute on the fly while endlessly calculating whether the fuel and winds would get them home.

Through it all, they were deafened, dehydrated, and sleeping in ragged scraps, knowing a single mistake over open ocean would end everything.

What Was the Near-Disaster Before Landing?

The greatest terror came near the very end. As Voyager came back up the coast of Mexico toward California, the rear engine - the one that had run faithfully for days - coughed and quit. A fuel tank had run dry, air had entered the lines, and the aircraft began sinking toward the sea.

The problem: the front takeoff engine had been shut down and cold for days. Now the crew needed it immediately. Dropping and dead-stick, they had to get fuel forward, coax the cold front engine to fire, and claw back altitude - and they did. They restarted the front engine, then got the rear one running again, and nursed Voyager the last stretch home.

Where Is Voyager Now?

Voyager landed back at Edwards Air Force Base on December 23, 1986, having flown nine days, three minutes, and change and covered about 25,000 miles on a single load of fuel. When the crew opened the hatch, Dick Rutan and Jeana Yeager could barely move after nine days folded into that tiny space - but they had done what people said could not be done.

Today, Voyager hangs in the entrance hall of the Smithsonian’s National Air and Space Museum in Washington, D.C. It keeps company with two other icons of the impossible: the Spirit of St. Louis, which Charles Lindbergh flew solo across the Atlantic, and the Bell X-1, in which Chuck Yeager first broke the sound barrier. A hand-built homebuilt, hanging among the immortals - exactly where it belongs.

Why Voyager Belongs to the Homebuilt Movement

Voyager isn’t really a story about big aerospace. It belongs to the Experimental Aircraft Association (EAA) and the builders who gather each summer at Oshkosh on the radical belief that ordinary people can build extraordinary airplanes in their own garages.

Burt Rutan is one of the patron saints of that movement, and the canard EZs that regular pilots glass, sand, and paint over years of stolen weekends share Voyager’s DNA - same composite bones, same conviction that a small team with a big idea and enough grit can still do something the world thought impossible.

Key Takeaways

• Voyager was the first aircraft to fly around the world nonstop without refueling, covering roughly 25,000 miles in December 1986.
• It was designed by Burt Rutan and flown by Dick Rutan and Jeana Yeager, launching and returning at Edwards Air Force Base on December 14 and December 23, 1986.
• The aircraft was built from lightweight composite materials, spanned about 110 feet, and carried fuel equal to roughly 72% of its total weight across 17 tanks.
• Voyager scraped its winglets off on takeoff and survived a near-fatal engine failure near the finish, yet completed the flight in about nine days.
• As a hand-built experimental aircraft, Voyager now hangs in the National Air and Space Museum beside the Spirit of St. Louis and the Bell X-1.