The Nuclear Bomb That Accidentally Fell on North Carolina – And Almost Exploded HT

January 24th, 1961. 12:30 a.m. The skies above North Carolina. A B-52 Stratofortress bomber is flying through the night. The aircraft is carrying two Mark 39 hydrogen bombs. Each bomb is approximately 260 times more powerful than the atomic bomb dropped on Hiroshima. The plane is on a routine airborne alert mission during the Cold War.

Something goes wrong. The plane begins to break apart in midair. The crew realizes they are losing control. The aircraft is going down and the two nuclear weapons are falling toward the ground below. One of the bombs deploys its parachute. It drifts down slowly toward a field near the small town of Goldsboro, North Carolina. The bomb is armed.

Five of its six safety mechanisms have failed. Only one single switch stands between North Carolina and a nuclear detonation that would kill everyone within miles and spread radiation across the eastern seabboard. This is the story of the Goldsboro B-52 crash. How close America came to accidentally nuking itself and why this incident remained classified for more than 50 years.

Let’s begin by understanding what a Mark 39 hydrogen bomb was and why the United States had bombers carrying them over American territory in 1961. The Mark 39 was a thermonuclear weapon developed by the United States in the late 1950s. It was a hydrogen bomb, far more powerful than the atomic bombs used in World War II.

The Mark 39 had a maximum yield of 3.8 megatons. To put this in perspective, the atomic bomb dropped on Hiroshima had a yield of approximately 15 kilotons. 1 megaton equals 1,000 kilotons. The Mark 39 was roughly 260 times more powerful than the Hiroshima bomb. If a 3.8 megaton bomb had detonated, this strategy was called chromedome.

B-52 bombers loaded with nuclear weapons flew continuous missions over the United States and near Soviet borders. The idea was that if the Soviet Union launched a surprise nuclear attack and destroyed American bomber bases on the ground, there would still be bombers in the air ready to strike back.

On January 23rd, 1961, a B-52G bomber designated as bomber 52003 took off from Seymour Johnson Air Force Base near Goldsboro, North Carolina. The mission was a routine chromedome patrol. The crew consisted of eight men. The bomber carried two Mark 39 hydrogen bombs in its bomb bay. The flight plan called for the bomber to fly a route over the eastern United States, refueling in midair from tanker aircraft as needed.

The mission was scheduled to last approximately 24 hours. Everything proceeded normally for the first several hours. The bomber completed one aerial refueling successfully. But as the aircraft approached the second refueling point around midnight on January 24th, the crew noticed a problem. Fuel was leaking from the right wing.

The pilot, Major Walter Tullik, informed ground control of the leak. Ground control ordered the bomber to abort the refueling and return to Seymour Johnson Air Force Base. The crew began dumping fuel to reduce weight for landing. This was standard procedure, but the fuel leak was worse than initially thought. Fuel was pouring from the wing at a rapid rate.

The aircraft was losing fuel faster than the crew could dump it safely. The leak was causing the plane to become unstable. At approximately 12:30 a.m., the right wing broke off. The structural failure was catastrophic. The B-52 began breaking apart in midair at an altitude of approximately 10,000 ft.

The pilot ordered the crew to bail out. Five crew members ejected successfully and parachuted to the ground. Two crew members died. One, Major Eugene Shelton, was killed when his ejection seat malfunctioned. Another, Major Eugene Richards, was killed when he was unable to eject in time. As the aircraft broke apart, the two Mark 39 hydrogen bombs separated from the fuselage and fell toward the ground.

The bombs were equipped with safety mechanisms designed to prevent accidental detonation. These mechanisms included multiple switches, sensors, and arming devices. For the bomb to detonate, a specific sequence of events had to occur. The bomb had to receive arming signals. Certain switches had to be in the armed position.

Altitude and environmental sensors had to register appropriate conditions. The system was designed with redundancy so that multiple failures would be required for an accidental detonation. But as the bombs fell through the night sky over North Carolina, something went wrong. One of the bombs, which came to be known as bomb number one, deployed its parachute.

The parachute opened correctly. The bomb drifted down slowly and landed in a field near the town of Goldsboro. The bomb hit the ground relatively gently. It did not detonate. When military personnel arrived at the scene to recover the bomb, they examined its arming mechanisms. What they found was terrifying.

The bomb had armed itself during the fall. Five of the six safety mechanisms designed to prevent detonation had switched to the armed position. The breakup of the aircraft had created conditions that mimicked a deliberate weapons release. The bomb’s internal systems interpreted the separation from the aircraft, the parachute deployment, and the descent toward the ground as the correct sequence for an intentional drop.

The safety switches had activated one by one. Only one switch, a simple low- voltage arm safe switch, had remained in the safe position. This single switch was the only thing that prevented the bomb from detonating. If that switch had flipped to armed, the bomb would have detonated when it hit the ground. A 3.

8 megaton thermonuclear explosion would have occurred in rural North Carolina. The second bomb, bomb number two, did not deploy its parachute. It fell freely and struck the ground at high speed in a marshy area. The impact drove the bomb deep into the mud and water. The bomb did not detonate, but it also could not be recovered.

Recovery crews attempted to excavate the bomb. They dug a pit approximately 50 ft deep, but the bomb had broken apart on impact and had sunk deeper into the waterlogged soil. After weeks of digging, the Air Force gave up. They were unable to reach the bomb. The recovery effort was abandoned. The Air Force purchased an easement on the land where the bomb was buried.

The property owner was prohibited from digging or building on that section of land. The bomb remains buried there to this day, approximately 180 ft below. The Air Force has stated that the buried bomb poses no danger. According to official statements, the nuclear material in the bomb is contained and there is no risk of radiation leakage.

However, the bomb has never been recovered and it remains underground in North Carolina. The Goldsboro incident was classified immediately after it occurred. The Air Force acknowledged publicly that a B-52 had crashed and that nuclear weapons had been aboard, but the details of how close the bomb came to detonating were kept secret.

For more than 50 years, the full story remained classified. Researchers and journalists who investigated the incident were unable to obtain complete information. The Air Force released limited details but withheld critical documents. In 2013, investigative journalist Eric Schlloer filed a Freedom of Information Act request seeking documents related to the Goldsboro incident.

In response, the government declassified a 1969 report written by Parker F. Jones, a supervisor in the Atomic Energy Commission’s Nuclear Weapons Safety Division. Jones’s report confirmed what researchers had long suspected. The bomb that landed in the field had come within one switch of detonating. Jones wrote in the report, “One simple Dynamo technology low voltage switch stood between the United States and a major catastrophe.

” Jones noted that the switch that remained in the safe position was not designed as a safety mechanism. It was a simple arming switch. It had remained in the safe position essentially by chance. Jones concluded that the bomb was one step away from detonation. The declassification of Jones’s report brought national attention to the Goldsboro incident.

News outlets reported the story. The public learned for the first time how close the United States had come to accidentally detonating a hydrogen bomb on its own territory. The Air Force disputed some aspects of Jones’s analysis. An Air Force spokesman stated that the bomb had multiple safety mechanisms and that the risk of detonation was lower than Jones had suggested.

The Air Force maintained that the some of these incidents occurred overseas. In 1966, a B-52 collided with a tanker aircraft over Palomar, Spain, dropping four hydrogen bombs. Three were recovered on land, one fell into the ocean and was recovered after a lengthy search. In 1968, a B-52 crashed in Greenland, scattering radioactive material across the ice.

Other incidents occurred over the United States. In 1958, a B47 accidentally jettisoned a nuclear bomb into the waters off Tybee Island, Georgia. The bomb was never recovered. It remains in the ocean. But the Goldsboro incident stands out because of how close the weapon came to detonating.

In most other incidents, the bombs were either unarmed or the safety mechanisms functioned correctly. In Goldsboro, the safety mechanisms largely failed. Only one switch prevented catastrophe. If the bomb had detonated, the consequences would have been catastrophic. Goldsboro, North Carolina had a population of approximately 11,000 people in 1961.

Nearly all of them would have been killed instantly or died from injuries in the following hours and days. The nearby city of Kinston with a population of 24,000 would have suffered massive casualties. Raleigh, the state capital, was approximately 50 mi away. It would have been far enough to avoid the immediate blast effects, but would have been in the path of radioactive fallout depending on wind direction.

The radioactive fallout would have contaminated a large area of the eastern seabboard. Depending on weather conditions and wind patterns, fallout could have reached Washington DC, Baltimore, Philadelphia, and potentially even New York City. The economic, political, and human costs would have been incalculable.

And this disaster would have been entirely self-inflicted. Not an attack by an enemy, not sabotage, simply an accident caused by a mechanical failure during a routine training mission. The incident raised serious questions about the safety of the Chrome Dome program. If a simple fuel leak could cause a bomber to break apart and nearly result in a nuclear detonation, was the program too dangerous to continue? After the Goldsboro incident and other accidents, the Department of Defense began re-evaluating the airborne alert program in 1968. After the program was replaced with groundbased alert systems, bombers remained on runways loaded with weapons and ready to launch on short notice, but they no longer flew continuous airborne patrols. The changes reduced the risk of accidents like Goldsboro, but they did not eliminate all risks. Nuclear weapons

continued to be transported, stored, and handled, creating ongoing possibilities for accidents. Today, more than 60 years after the Goldsboro incident, one of the hydrogen bombs remains buried in a field in North Carolina. The landowner knows it is there. The Air Force knows it is there, but it has never been recovered.

Occasionally, researchers and journalists visit the site. It looks like an ordinary farm field. There is no visible marker indicating that a thermonuclear weapon lies buried beneath the soil. Only those who know the history are aware of what happened there in 1961. The Goldsboro incident serves as a reminder of the dangers of the nuclear age.

The United States and other nuclear powers have taken extensive precautions to prevent accidents. Weapons are designed with multiple safety mechanisms. Procedures are in place to minimize risks. Training is rigorous. But accidents can still happen. Mechanical failures occur. Human errors are made. And when the stakes involve weapons capable of destroying entire cities, even a small accident can have catastrophic potential.

What happened over North Carolina on January 24, 1961? A B-52 bomber broke apart in midair. Two hydrogen bombs fell toward the ground. One bomb armed itself during the fall. Five of six safety mechanisms failed. One switch prevented a 3.8 megaton nuclear detonation. The United States came within one switch of accidentally nuking North Carolina.

It was not an enemy attack. It was not a deliberate act. It was an accident. And only luck, the chance position of a single switch, prevented a disaster that would have killed tens of thousands of Americans and contaminated the eastern seabboard with radiation. Disclaimer. This video presents historical events based on declassified government documents, Parker F.

Jones’s 1969 report, declassified 2013, Air Force records, crew member accounts, and verified documentation. Facts about weapon yields, safety mechanisms, and incident details are from official sources. This content is for educational purposes.