A significant crash on Richmond Avenue has disrupted Wednesday morning traffic in Fort Bend County, with the incident reported at 7:22 AM on February 18, 2026. The major collision at 9336 Richmond Avenue sent commuters searching for alternate routes as the morning rush hit its peak.
The timing of this crash could not be worse for drivers heading into the Houston area. Richmond Avenue at this location funnels substantial traffic from the Fort Bend suburbs toward the city, and a major incident during the 7-9 AM window creates immediate backups that ripple across the entire corridor. Drivers should consider taking Westheimer Road or Highway 90 as alternatives to avoid the affected stretch. Those heading north-south might find relief by routing through local streets in the Sugar Land area or using the upstream sections of Richmond before the crash site.
This stretch of Richmond Avenue carries heavy volume throughout the morning hours, with daily traffic from residential areas heading toward employment centers across Houston. The location sits near several major intersections and is a critical thoroughfare for commuters in the Fort Bend region. Crashes in this area historically create significant delays due to the road's limited alternate capacity and the concentration of rush-hour traffic it handles.
The status of the incident and whether lanes remain closed has not been fully confirmed as of the initial report. Drivers should expect extended travel times on Richmond Avenue and be prepared for heavy congestion on nearby connecting roads. The backup from this major crash is likely to extend well beyond the immediate accident location as traffic queues develop during the height of morning commute hours.
INCIDENT INFORMATION PROVIDED BY: TranStar
11 crashes had been recorded here in the month leading up to this incident.
Since this crash, 144 more incidents have occurred at this location. Major-severity incidents accounted for 57 of the total.
Crashes have accelerated at this location in the months since.
Multiple crashes occurred at this location within a tight time window.
Those numbers rank the location among the most incident-heavy stretches nearby.
Data through May 29, 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.