Tulare, CA (June 17, 2026) – A major injury crash involving multiple vehicles and a semi-truck caused significant traffic delays Wednesday morning on northbound State Route 99 in Tulare.
According to California Highway Patrol incident logs, the collision was reported shortly after 5:20 a.m. near the Bardsley Avenue off-ramp. Initial reports indicated that as many as five vehicles were involved, including a white big rig with a box trailer, a black Infiniti JX35, a gray Chevrolet Astro van, and other vehicles.
Emergency responders arrived to find multiple damaged vehicles along the right side of the highway. Authorities later determined the crash involved three vehicles, including a semi-truck. The incident was eventually upgraded to a major injury collision as crews worked to assist those involved and secure the scene.
Several lanes were closed for hours while emergency personnel conducted their investigation and tow operators removed the damaged vehicles. Traffic backed up for miles, prompting lane closures, ramp restrictions, and traffic-control measures in the area. All lanes were reopened shortly after 8 a.m.
The circumstances leading up to the crash remain under investigation, and officials have not yet released information regarding the number or identities of those injured. We hope those hurt in the collision make a full recovery.
Why Multi-Vehicle Freeway Crashes Can Result in Serious Injuries?
Crashes involving multiple vehicles create complex and dangerous conditions because drivers have limited time and space to react once an initial collision occurs. Secondary impacts can increase the severity of injuries and lead to extensive vehicle damage across several lanes of travel.
When commercial trucks are involved, investigators typically review factors such as vehicle positioning, traffic flow, braking distances, and roadway conditions. The size and weight of a semi-truck can significantly affect the dynamics of a crash and the resulting damage.
Investigators also analyze witness statements, physical evidence, vehicle damage, and traffic patterns to determine how the collision developed. These findings help establish the sequence of events and identify factors that may have contributed to the crash.
