Feb 24 • 05:00 UTC 🇧🇷 Brazil G1 (PT)

Freight of R$ 2 million, 120 meters long and 380 tires: how the super truck that stopped Dutra in SP works

A special transportation operation disrupted sections of the Presidente Dutra Highway in São Paulo for the passage of a super truck carrying a giant transformer destined for a renewable energy project in Saudi Arabia.

A colossal truck, measuring approximately 120 meters long and carrying 380 tires, recently traversed sections of the Presidente Dutra Highway in São Paulo, causing significant traffic disruptions. This transport is part of a logistical operation to deliver a 540-ton transformer manufactured in Guarulhos for the Neom project in Saudi Arabia, which aims to construct a sustainable linear city powered by renewable energy sources. The freight operation itself cost around R$ 2 million and involved meticulous planning and special permissions, indicating the logistical complexity of such a large-scale transport event.

The transformer is the fourth unit of a total order of 14, highlighting the ongoing commitment to advancing ambitious projects like Neom, which promises to reshape urban living through sustainable practices. Fabrício Verpa, the logistics manager overseeing this transport, noted that the operation forms part of a broader international delivery schedule that is expected to continue over the coming months. This involves additional planned disruptions on the highway, showcasing the intricate relationship between localized transport challenges and global engineering initiatives.

This operation not only exemplifies the challenges involved in handling oversized freight but also emphasizes the importance of advanced planning and cooperation between various governmental and logistical entities. As the Neom project continues to develop, such high-profile transports will likely become more common, further shining a light on Brazil's role in supporting international infrastructure efforts. This situation raises questions about highway safety, urban infrastructure readiness for oversized loads, and the environmental impact of such large-scale logistics.

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