IH-610 eastbound crash at exit 33 in rain

A major crash at IH-610 eastbound's exit 33 entrance ramp brought traffic to a halt Tuesday morning. The wreck happened at 9:38 AM on July 14 as moderate rain fell across the area, creating hazardous conditions on the freeway.

Authorities responded to the scene. The crash closed lanes on the entrance ramp, creating immediate backups for drivers trying to access the eastbound freeway. Responding officers worked to clear the debris and reopen the roadway.

This location has become a persistent flash point for crashes. According to LocalTrafficAccidents.com data, 46 incidents occurred within a half-mile of this exit in the 30 days before today's crash. Over the past 90 days, the same corridor recorded 125 total incidents, with 79 classified as major. The toll over the past year is even more significant — 210 total incidents at this location, including 124 major crashes and 2 fatalities, per LTA's proprietary database.

Tuesday is the single busiest day of the week at this exit, with 16 crashes recorded over a 90-day span. While the 5-6 PM hour typically sees the highest concentration of crashes here (14 in that window), crashes occur throughout the day at varied times rather than concentrating in one narrow window.

TxDOT CRIS public crash records show that since January 2020, the broader corridor has recorded 1,107 crashes. Contributing factors as recorded by investigating officers, per TxDOT CRIS, show "Failed To Control Speed" as the most common notation, appearing in 315 crash reports at this location over that span.

Wet pavement conditions present an elevated risk at freeway entrance ramps, where drivers merge and adjust speed. TxDOT reports wet conditions contributed to over 14,000 Texas crashes in the most recent annual reporting period. Visibility and braking distances both decrease significantly during rain.

Since this incident, 4 additional crashes have occurred within a half-mile of this exit, per LTA real-time data. Drivers using IH-610 eastbound should expect residual congestion as crews clear the scene and traffic flow normalizes.