Meteorite Crashes Through Houston Home Amid Surge of Fireball Sightings

A meteorite approximately the size of a cantaloupe crashed through the roof of a Houston home, landing in an unoccupied bedroom. The incident occurred on March 21, 2026, around 5:50 p.m. EDT, when a 3-foot-wide asteroid entered Earth's atmosphere at over 35,000 mph, disintegrating approximately 29 miles above Houston. The explosion released energy equivalent to 26 tons of TNT, producing a bright flash and a sonic boom.

The American Meteor Society received over 180 reports from witnesses who observed the fireball or heard the explosion. Simulations suggest that multiple meteor fragments likely reached the ground in the northern part of the city.

Homeowner Sherrie James reported hearing a "loud bang" from an adjoining room. Upon investigation, she discovered a hole in the roof and a rock on the floor. Initially, the local fire department suggested it might be debris from an airplane, but further examination confirmed it was a meteorite. James expressed a mix of emotions, stating she was "very excited... but also a little scared."

This event is part of a series of recent fireball sightings across the United States. On March 17, a 7-ton meteor exploded over northern Ohio, creating a powerful sonic boom and scattering meteorite fragments between Akron and Canton. Additionally, on March 22, another fireball was observed over California, seen by more than 200 people across multiple states.

The frequency of these fireball events has intrigued scientists. While no ongoing meteor showers or known asteroid groups account for this recent activity, some experts note that fireballs are often more common between February and April, a phenomenon referred to as "spring fireballs." The exact cause of this seasonal increase remains under investigation.

Meteorites landing in populated areas are rare, but incidents like the one in Houston serve as reminders of the potential risks posed by space debris. Scientists are eager to study these meteorites to gain insights into the composition and origins of objects in our solar system.