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The Perils of Shoddy Construction: A Tale of the Gunguwo Bridge in Gokwe North

By Droy Mowlow | ZimEye | In the heart of Gokwe North, Zimbabwe, stands the recently completed Gunguwo Bridge, an ambitious infrastructure project aimed at connecting communities and fostering economic development. However, beneath its seemingly sturdy façade lies a construction method that raises serious concerns about its long-term durability. The Gunguwo Bridge, constructed using bended brick layering and piled-up bricks without the support of pillars, contrasts sharply with the engineering marvels of ancient Rome, where enduring structures have stood for over 2,000 years.

The Gunguwo Bridge: A Modern Construction Challenge

The Gunguwo Bridge, though completed with great fanfare, has already raised numerous red flags among engineering experts. Its construction relied heavily on bended brick layering, where bricks were placed in a curved manner to form the bridge’s arch. This approach is not inherently flawed but requires precise calculations, high-quality materials, and expert craftsmanship to ensure structural integrity.

The absence of pillars in the water beneath the bridge is perhaps the most concerning aspect of its construction. Pillars provide vital support, distributing the weight of the bridge evenly and preventing it from sagging or collapsing. In the case of the Gunguwo Bridge, the absence of these pillars increases the risk of structural failure, especially during floods or heavy rains.

Comparing to Roman Engineering Triumphs

The stark contrast between the construction of the Gunguwo Bridge and the engineering feats of ancient Rome is evident when we examine the enduring structures from the Roman era. Romans were masters of architecture and engineering, and their legacy can be seen in the longevity of their constructions. The Roman use of pillars, especially in aqueducts and bridges, is a testament to their understanding of structural stability.

Roman aqueducts, like the Pont du Gard in France, have stood for over two millennia, relying on well-placed stone arches supported by sturdy pillars. These structures have defied the ravages of time and the forces of nature, proving the effectiveness of their construction methods.

The Danger of Shortcuts in Modern Construction

The Gunguwo Bridge serves as a stark reminder of the perils of cutting corners in modern construction projects. In an era where speed and cost-efficiency often take precedence, the importance of thorough planning, quality materials, and skilled craftsmanship cannot be overstated.

Investing in proper engineering and construction practices is not merely an expense but an investment in the safety and longevity of critical infrastructure. Short-term savings may lead to long-term consequences, as seen with the Gunguwo Bridge, where structural weaknesses could result in catastrophic failures and costly repairs.


The Gunguwo Bridge in Gokwe North stands as a cautionary tale of the dangers of bad construction practices. Its reliance on bended brick layering and the absence of supporting pillars in the water beneath it raises concerns about its long-term stability. In contrast, the enduring structures of ancient Rome, built with meticulous attention to engineering principles, continue to stand strong after more than 2,000 years.

As we admire the achievements of modern engineering, we must remember that shortcuts in construction can have dire consequences. It is essential to prioritize quality, safety, and longevity when building the infrastructure that connects our communities and shapes our future.