West Sam Houston Tollway crash at Little York; 50 incidents in 30 days

A major crash shut down the West Sam Houston Tollway northbound at Little York Road Friday morning around 6:19 AM, sending traffic into heavy delays during an already volatile stretch of freeway.

The collision tied up multiple lanes during the early commute, backing traffic up significantly. Responding officers worked to clear the roadway, but the incident struck at a location with a troubling pattern of collisions. According to LocalTrafficAccidents.com data, this corridor has recorded 50 incidents in the past 30 days alone—36 of them major crashes. Over the past year, 167 total incidents have occurred here, including 82 major crashes and one fatality.

Friday's crash arrives on the statistically worst day of the week for this location. Per LTA data, Fridays see the highest incident count at this intersection, with 13 crashes recorded over the past 90 days. While the single busiest hour tends to fall between 4 and 5 PM (9 crashes during that window), collisions here occur scattered throughout the day rather than concentrating in one predictable rush-hour window.

The broader context is stark. Since January 2020, according to TxDOT CRIS public crash records from the Texas Department of Transportation, this corridor has recorded 1,066 crashes within about a quarter-mile—two of them fatal. Contributing factors as recorded by the investigating officer, per TxDOT CRIS, show "Failed To Control Speed" as the leading factor, cited in 307 crashes. The hit-and-run rate at this location stands at 8.0 percent, meaning roughly one in twelve crashes involves a driver who leaves the scene.

For Friday morning commuters, the crash created immediate pain. Lane closures forced traffic into remaining open lanes, and the debris-clearing process extended delays well into the early morning hours. If you typically use the West Sam Houston Tollway northbound near Little York during this window, expect significant backups until crews finish their work.

Weather conditions at the time of the crash were clear—scattered clouds and 79 degrees—so atmospheric factors do not appear to have played a role in this particular incident.

The roadway was cleared by mid-morning, and traffic gradually returned to normal flow. For drivers planning to use this corridor in the coming days, remain alert: the data shows this is not an isolated event but part of a sustained pattern that has made this stretch one of the region's most active crash sites.