Most of them burn up before they hit the ground.
On a Saturday afternoon in late May, the sky above New England briefly became a stage for one of nature's oldest dramas — a rock from deep space, no larger than a yardstick, colliding with the atmosphere at incomprehensible speed. The encounter lasted seconds, but the energy released shook buildings across six states and sent people reaching for explanations. NASA confirmed what the universe had quietly delivered: not a threat, not a human accident, but a reminder that the boundary between Earth and the cosmos is thinner than we tend to remember.
- A blinding daytime fireball and two sharp, building-rattling booms sent police departments scrambling across Massachusetts and Rhode Island, with no immediate explanation for what had struck.
- Reports flooded in from as far as Delaware and Montreal — dozens of witnesses describing shaking ground, a streak too fast for any aircraft, and a sound unlike anything familiar.
- The U.S. Geological Survey opened a public event page expecting an earthquake, only to find seismographs completely silent — the trembling had fallen from the sky, not risen from the earth.
- NASA identified the object as a natural meter-wide meteorite traveling at 75,000 mph that fragmented 40 miles up, releasing energy equal to 300 tons of TNT in a single atmospheric detonation.
- Investigators are still analyzing trajectory data to determine whether any fragment survived — most likely it vaporized entirely, with the Atlantic Ocean as the only other plausible destination.
On a Saturday afternoon, something tore across the sky over New England and shook the region awake. Police departments in Massachusetts and Rhode Island were flooded with calls from people whose buildings had trembled. Some reported two sharp booms in rapid succession; others caught a daylight streak moving far too fast to be any aircraft. By evening, the source had been identified: a meteor roughly a meter wide had entered the atmosphere near the New Hampshire-Massachusetts border, north of Boston.
The American Meteor Society gathered accounts from witnesses spread across six states and into Canada — from Delaware to Montreal. Society monitor Robert Lunsford noted that the fireball was far larger than the average meteor, and that the distinctive double boom — caused when a shock wave overtakes sound itself — had been widely felt and heard. NASA confirmed the object was natural space rock, not debris, and that it had entered the atmosphere at 2:06 p.m. traveling at around 75,000 miles per hour.
As the meteor plunged into increasingly dense air, the pressure became catastrophic. About 40 miles above the ground it fragmented, releasing energy equivalent to 300 tons of TNT. The U.S. Geological Survey opened a public 'Did you feel it?' page, expecting earthquake data — but seismographs across the country registered nothing. The shaking had been real, but it came from above.
Lunsford urged caution about assuming any fragment reached the ground. Most meteors burn up entirely before impact, and without precise trajectory data, no conclusion could be drawn. If anything had survived, the Atlantic Ocean was the most probable landing point. The prevailing evidence, however, suggested the meteor had simply ceased to exist in the upper atmosphere — leaving behind only rattled windows, startled residents, and the fading echo of a double boom.
Saturday afternoon, something crossed the sky over New England and split the air open. Police departments across Massachusetts and Rhode Island fielded calls from people who felt their buildings shake. Some heard two sharp booms in quick succession. Others saw a bright streak in daylight that moved too fast to be a plane. By evening, the mystery had a name: a meteor, roughly the size of a yard stick, had entered Earth's atmosphere near the border between New Hampshire and Massachusetts, north of Boston.
The American Meteor Society began collecting reports almost immediately. Within hours, they had dozens of accounts from people scattered across six states and into Canada—from Delaware all the way to Montreal. Robert Lunsford, who monitors the society's incoming reports, described what witnesses had seen and heard. The fireball, he said, was substantially larger than the typical meteor that burns up in the sky. People had felt the ground move beneath them. They had heard the distinctive double boom that comes when a shock wave catches up to sound itself.
NASA moved quickly to confirm what had happened. The meteor was natural material—not a piece of defunct satellite or abandoned space junk, but a genuine chunk of rock from space. It had entered the atmosphere at 2:06 p.m., traveling at roughly 75,000 miles per hour. As it plunged through the increasingly dense air, the friction and pressure became too much. About 40 miles above the ground, the meteor fragmented. When it broke apart, the energy released was equivalent to 300 tons of TNT detonating at once. That explosion of energy, compressed into a moment, created the booms that people heard across the region.
The U.S. Geological Survey received enough reports of ground shaking that staff members opened an event page on their website, inviting people to submit "Did you feel it?" responses. The agency's National Earthquake Information Center documented the submissions. But when seismographs across the country were checked, they showed nothing. No earthquake had occurred. The shaking people felt was real—the buildings had genuinely moved—but it came from the sky, not from below.
Lunsford cautioned against assuming the meteor had struck the ground. Most meteors, he explained, burn up completely before reaching the surface. To know whether this one had made impact, investigators would need more data about its trajectory and velocity at the moment of fragmentation. If it had survived the explosion intact, the most likely destination was the Atlantic Ocean. But the evidence suggested it had simply vaporized in the upper atmosphere, leaving behind only the memory of a double boom and the vibration of startled buildings.
Citações Notáveis
It was definitely bigger than a normal fireball, about a yard wide.— Robert Lunsford, American Meteor Society program monitor
Most of them burn up before they hit the ground.— Robert Lunsford, American Meteor Society program monitor
A Conversa do Hearth Outra perspectiva sobre a história
When people felt their buildings shake, did they think it was an earthquake at first?
Almost certainly. That's why so many called the Geological Survey. The shaking was real and sudden. It's the natural instinct—ground moves, you think earthquake. But the seismographs told a different story.
So the meteor was confirmed to be natural material. Why did NASA need to rule that out?
Because in 2026, space is crowded with debris. Dead satellites, spent rocket stages, fragments from collisions. When something explodes in the sky, you have to know what you're dealing with. A natural meteor is one thing. Uncontrolled space junk falling is another.
The energy was equivalent to 300 tons of TNT. Does that sound like a lot?
It's substantial. Enough to shake buildings across multiple states. But the meteor itself was only about three feet wide. The speed did most of the work—75,000 miles per hour. At that velocity, something small becomes a tremendous force.
Robert Lunsford said most meteors burn up before hitting ground. What happened to this one?
It fragmented 40 miles up. Whether it burned up completely or some pieces made it to the ocean, we don't know yet. The trajectory data isn't precise enough. But the booms and the shaking—those came from the fragmentation itself, not from impact.
People in six states and Canada heard or felt this. How wide was the affected area?
Wide enough that it wasn't a local event. From Delaware to Montreal. That's the reach of a sonic boom from something breaking apart in the upper atmosphere. The sound travels far. The shaking travels far. It's why so many people reported it.