Meteorite Crashes Through Texas Woman's Home After Pressure Wave Booms Overhead

NASA confirms a one-ton meteor broke apart 29 miles above Houston, scattering smaller chunks across the city.

Mar. 22, 2026 at 8:11pm

A meteorite that was barely longer than a baseball bat splintered off a meteor blazing over the Houston area on Saturday, creating a pressure wave that caused booms heard by residents. One football-sized piece broke through the roof of a home in Ponderosa Forest, Texas, about 20 miles outside of Houston. The homeowner, Sherrie James, found an unusual rock near the gaping hole in her ceiling and floor.

Why it matters

This incident highlights the potential dangers of meteors entering the Earth's atmosphere, as well as the unpredictable nature of where meteorite fragments may land. It also showcases the advanced monitoring capabilities of NASA in detecting and tracking these celestial events.

The details

The one-ton meteor broke apart 29 miles above Bammel, Texas, creating a pressure wave that caused booms heard by residents in the area. NASA confirmed that more meteorites were produced between the Willowbrook and Northgate Crossing neighborhoods, which are 20 miles apart. Several witnesses reported seeing a green flash fall from the sky and hearing a loud boom. The football-sized piece that crashed through Sherrie James' roof left a gaping hole, and she found an unusual rock near the impact site.

  • The incident occurred on Saturday afternoon.
  • NASA detected the one-ton meteor breaking apart 29 miles above Bammel, Texas.

The players

Sherrie James

The homeowner whose roof was damaged by the meteorite impact.

NASA

The U.S. space agency that confirmed the meteor event and tracked the meteorite fragments.

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What’s next

NASA and local authorities will continue to investigate the incident, including analyzing the recovered meteorite fragment to learn more about its composition and origin.

The takeaway

This meteorite strike serves as a reminder of the unpredictable nature of space debris and the importance of advanced monitoring systems to detect and track potentially hazardous celestial events.