An Argentine truck driver caused a significant traffic jam in the Cerrillos sector of a Santiago highway after becoming stuck at a turnaround point.

The incident highlights the risks of relying on satellite navigation for oversized vehicles in urban areas. When heavy machinery or large transports follow incorrect routing, the resulting blockages can paralyze critical transit arteries for hours.

The truck was transporting three minibuses [1] when the driver entered the restricted turnaround area. The vehicle became wedged, preventing other motorists from passing and creating a bottleneck in the Cerrillos sector [1]. Local authorities and bystanders responded to the scene to assist in clearing the wreckage and restoring the flow of traffic.

The driver attributed the accident to a failure in his navigation software. "Los GPS andan mal," the driver said [1]. He noted that the device directed him into the turnaround, a maneuver that was impossible for a vehicle of his truck's size.

Following the resolution of the gridlock, the driver expressed gratitude for the support provided by emergency crews and locals. "Agradezco la ayuda que he recibido por el error del GPS," the driver said [1].

While the driver expressed frustration with the technology, the event serves as a reminder of the necessity for specialized routing for commercial transport. Standard GPS applications often fail to account for vehicle height, weight, or turning radii, factors that are essential for navigating the complex highway systems of Santiago.

“"Los GPS andan mal"”

This incident underscores a recurring conflict between consumer-grade navigation technology and the operational requirements of heavy logistics. Because standard GPS software often lacks real-time data on vehicle dimensions and road restrictions, commercial drivers may be routed into areas that are physically impassable, leading to infrastructure disruptions and economic losses due to traffic delays.