Witness: Driver showed no intent to brake before fatal toll plaza crash in São Paulo
A 24-year-old driver died on Sunday, the 26th, after crashing into and collapsing the roof of a toll plaza in Campinas, São Paulo. According to a witness statement included in the police report, the driver swerved to avoid other vehicles and did not attempt to brake before the collision. The incident occurred around 9:50 AM at kilometer 123 of the Governador Adhemar Pereira de Barros Highway (SP-340). Security cameras captured the moment the car veered into the side area of the toll booths, struck a concrete barrier, and hit a support column, causing the six-meter-high roof to collapse. The concrete structure fell onto two other cars waiting in line, but the seven occupants of those vehicles were unharmed. Highway police, who were conducting an operation nearby, heard the impact and rushed to the scene. They found the driver unconscious and he was transported to the Municipal Hospital of Jaguariúna by the concessionaire Renovias, where he succumbed to his injuries. Inside the vehicle, police found items including a lighter, four cigarettes, a rum bottle, an empty beer can, a thermal cup, a nearly empty soda bottle, and an empty plastic tube. The case has been registered by the Civil Police as a negligent homicide. Renovias will conduct a technical inspection to assess the damage and plan the reconstruction of the toll plaza, with no financial loss estimate yet available. As of Monday morning, the 27th, the toll plaza was partially operational, with some lanes open and others closed.
This incident highlights the critical importance of driver attentiveness and adherence to traffic laws, particularly in areas with reduced speed limits and potential hazards like toll plazas. The presence of alcoholic beverages and other items within the vehicle suggests potential contributing factors that warrant further investigation into impaired driving. The structural failure of the toll plaza roof underscores the need for robust engineering and maintenance standards for critical infrastructure, ensuring public safety even in the event of unexpected impacts. Future considerations should include enhanced safety barriers, improved surveillance, and potentially automated systems to mitigate risks associated with human error and vehicle malfunction in such high-traffic zones.
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