In recent days, public attention in Kabul has been drawn to a massive high-rise building that reaches nearly sixty floors into the sky. What caused widespread surprise and discussion was not only the height of the structure itself, but the
presence of a giant crane installed at the very top of the building. Many people passing by the site were left confused and amazed, asking a simple yet serious question: how was such a heavy crane placed on top of a building of this height?
At first, various rumors and exaggerated claims began circulating among the public and on social media. Some suggested that advanced foreign technology was involved, while others believed helicopters or unusual lifting methods were used. However, the real explanation behind this impressive engineering task is far more practical, realistic, and rooted in standard modern construction techniques.
According to construction experts familiar with the project, the crane was installed using a method commonly known as a “self-climbing” or “tower crane assembly process.” This method is widely used in high-rise construction projects around the world, including in major cities across Asia, Europe, and the Middle East. While it may look extraordinary to the public eye, it is a well-planned and carefully executed procedure.
The process begins at ground level, where the crane is assembled in sections. As the building rises floor by floor, the crane is gradually lifted upward using hydraulic systems and internal climbing mechanisms. Each time the building reaches a certain height, new crane sections are added, allowing the crane to “grow” along with the structure. This step-by-step method continues until the building reaches its final height.
In the case of the Kabul building, the crane was not placed on the roof in a single lift. Instead, it was raised gradually as the construction progressed. Once the structure reached the upper floors, the crane was securely anchored and stabilized using engineered support systems designed to handle strong winds, heavy loads, and continuous operation at extreme heights.
Engineers emphasize that safety is a critical component of this process. Every stage of crane installation is calculated based on weight limits, balance, weather conditions, and structural strength. Trained professionals monitor each movement, ensuring that both workers and surrounding areas remain protected throughout the operation.
The presence of such a large construction project in Kabul reflects a broader trend of urban expansion and infrastructure development in the city. High-rise buildings are becoming more common as population density increases and land availability becomes limited. While these projects often raise questions and concerns, they also demonstrate growing technical capacity and the use of internationally recognized construction practices.
Experts also note that public curiosity is natural, especially when unfamiliar engineering techniques are involved. However, they encourage people to rely on verified information rather than speculation. Understanding how these processes work helps reduce unnecessary fear and builds trust in modern construction standards.
In conclusion, the mystery surrounding the crane atop the sixty-story building in Kabul has a clear and logical explanation. The crane was installed using proven engineering methods through a gradual, controlled process. What appeared impossible at first glance is, in reality, a result of careful planning, skilled labor, and established construction technology. As Kabul continues to grow upward, such sights may become increasingly familiar, symbolizing both progress and the importance of informed public awareness.
