A significant vehicle collision brought westbound traffic to a crawl on I-610 W near Scott Street at 1:59 PM Saturday afternoon. The crash occurred during peak weekend travel hours, creating substantial backups along one of Houston's major loop routes and forcing crews to manage congestion across multiple connecting corridors.
Westbound I-610 bore the brunt of the incident, with delays stretching back several miles from the Scott Street interchange. Drivers heading west toward the Bellaire area and beyond faced extended travel times, with some sitting in gridlock for nearly an hour. Those looking to bypass the backup had limited options: surface streets like Bellaire Boulevard offered a slower alternative, while drivers further out could reroute via I-10 W or take the longer path around via I-69 South. The Saturday afternoon timing meant many weekend travelers were caught off-guard, though traffic was lighter than it would have been on a weekday.
The I-610 W corridor at Scott Street sits in a transitional zone between central Houston and the Bellaire area, handling a steady mix of local and through traffic even on weekends. Major shopping areas and residential neighborhoods feed into this stretch, making it a critical link for southwest Houston. While this particular location isn't typically flagged as a chronic trouble spot, the loop's older infrastructure and relatively tight merge points can create vulnerability during unexpected incidents.
By mid-afternoon, crews were working to clear the scene and reopen affected lanes. Westbound traffic remained sluggish as recovery operations continued, and drivers heading that direction should plan for residual delays through the late afternoon. Anyone using I-610 W to access the Bellaire or Medical Center areas faced significant travel time impacts.
The location's 30-day count stood at 42 before this incident.
The location has seen 167 additional incidents since this crash. Of those, 108 were major collisions.
Crashes have slowed at this location since this crash.
Multiple crashes piled up over consecutive days.
Combined, those incidents make this one of the highest-volume crash locations in the area.
Current through August 18, 2026.
This report was produced by LTA's editor-designed production system under the executive editorial direction of Dennis R. Mundy, Executive Editor. The system combines our proprietary data pipeline with AI-assisted drafting to deliver verified incident coverage to LTA's editorial standards.