The Cornfield Bomber: The F-106 That Landed Itself

February 2, 1970. A snow-covered cornfield near Big Sandy, Montana. An F-106A Delta Dart sits alone, engines still running, nose buried in the white. No pilot. No damage. Just an impossibly fortunate landing that defies the odds.

This is the true story of Captain Gary Foust, the 71st Fighter Interceptor Squadron, and one of the most remarkable moments in military aviation history—when an unmanned fighter jet landed itself.

For decades, the F-106 was the backbone of America’s continental air defense. Fast, sharp, and merciless in a dogfight, the Delta Dart was built to intercept Soviet bombers before they could threaten U.S. cities. But on this winter morning, one F-106 would achieve something its designers never imagined: a perfect recovery from a flat spin, a controlled descent, and a textbook belly landing—all without a pilot at the controls.

The Setup: A Routine Training Exercise

It was supposed to be a standard training flight. Captain Gary Foust, an experienced fighter pilot with the 71st Fighter Interceptor Squadron stationed at Malmstrom Air Force Base in Montana, was conducting a training exercise on a cold February morning. The F-106A he was flying—serial number 58-0787—was one of the most advanced fighters in the Air Force’s arsenal, a Mach 2+ interceptor designed to climb, turn, and fight at altitudes where most pilots could barely breathe.

The exercise was aggressive: steep climbs, diving turns, and high-G maneuvers designed to test both pilot and machine at the edge of the envelope. These weren’t cautious training flights—they were the real deal, the kind of flying that demanded absolute focus and perfect technique.

Then something went wrong. The exact cause is lost to history, but what matters is the outcome: the F-106 entered a flat spin.

Flat Spin: The Ultimate Challenge

A flat spin is every fighter pilot’s nightmare. Unlike a conventional spin where the nose drops and the aircraft has some forward airflow, a flat spin is a departure from controlled flight where the aircraft tumbles nearly horizontally, rotating around its vertical axis with minimal forward motion. Recovery procedures don’t work. The wings have lost lift. The control surfaces bite into dead air. And every second that passes, gravity drags the aircraft lower.

Foust tried everything. He applied recovery controls, fought the stick, burned fuel in a desperate climb to gain airspeed and regain authority over the aircraft. Nothing worked. The F-106 remained locked in the flat spin, descending, rotating, uncontrollable.

By the time he made the decision to eject, he was at approximately 15,000 feet—low enough that there would be no time for a second chance. He ejected.

The Impossible Recovery

Here’s where the story becomes extraordinary.

When Foust ejected, the massive acceleration of the ejection seat yanked him upward and backward with tremendous force. His body, suddenly removed from the aircraft, created a shift in the center of gravity. In that fraction of a second, the F-106—still tumbling in its deadly flat spin—suddenly had a different weight distribution. With the pilot and his ejection seat gone, the aircraft’s balance fundamentally changed.

No one planned this. No engineer had designed for it. But physics is indifferent to expectation: the change in center of gravity was just enough to alter the spin dynamics. The F-106, impossibly, began to recover.

The nose gradually dropped toward a more conventional attitude. The wings started to generate lift again. The rotation slowed. And as altitude continued to bleed away, the Delta Dart transitioned from a flat spin into a descent. Not a controlled descent—the aircraft was still unmanned, still ballistic, still falling through the Montana sky—but a descent with aerodynamic order rather than chaotic tumbling.

The Landing: A Snow-Covered Miracle

With no pilot and no power to maneuver, the F-106 descended in a gentle glide toward the white landscape below. The wings were still providing lift. The aircraft was in a manageable attitude. And directly below, a snow-covered cornfield stretched out like a vast, forgiving landing pad.

The belly-landing was gentle. The aircraft settled onto the snow, friction slowing it, and eventually came to rest with the engines still running. A farmer nearby heard the noise and found it. There was minimal damage. The aircraft was intact, repairable, and more incredibly—still operational.

Captain Gary Foust landed safely by parachute miles away, utterly shocked to learn later that his aircraft had done something no aircraft should have been able to do: land itself.

After the Impossible

The Air Force recovered the F-106A, assessed the damage, and repaired it. The aircraft returned to service and flew for another 16 years, until 1986. It was eventually retired and donated to the National Museum of the United States Air Force at Wright-Patterson Air Force Base near Dayton, Ohio, where it sits today as a testament to both the incredible engineering of the Delta Dart and the sheer luck that sometimes changes history.

The story of the Cornfield Bomber remains one of aviation’s greatest impossibilities—a reminder that sometimes the most extraordinary moments come not from heroic action, but from the precise alignment of physics, timing, and chance.

Sources: U.S. Air Force History Archives, National Museum of the United States Air Force, “Machines with Wings,” Aviation History Magazine