16 Dec, 2025
More than fifteen years after its original construction, the Turning Torso Tower in the Swedish city of Malmö remains one of the most influential buildings in the world, as the first twisted residential tower in modern history, this iconic structure stands as a living example of the fusion between art and engineering, which makes discussing it and the modernization of its internal systems, especially elevator systems, a highly significant topic in the world of contemporary architecture.
The Turning Torso Tower is a twisted skyscraper located in Malmö, Sweden, and it has won numerous international awards, it was designed by the Spanish architect, structural engineer, sculptor, and artist Santiago Calatrava, whose works are widely regarded as standalone masterpieces, resembling large scale architectural sculptures, whether suspension bridges, museums, or skyscrapers, all of his works deserve study and admiration, and Calatrava has expressed his philosophy by stating that he always seeks to approach the boundary between architecture and sculpture, and to view architecture as an art before it is a science.
The Turning Torso Tower fits perfectly within this philosophy, as its design was inspired by a sculpture of a twisting human torso created by Calatrava himself, therefore it is not surprising that he describes his architectural approach as being closer to art, and this tower became the initial spark for the global spread of twisted tower concepts across the world.
However, even icons of modern architecture require modernization and development from time to time, and this is where the role of major companies such as Bayern Qatar often emerges in providing advanced solutions for upgrading elevator systems, ensuring improved efficiency and extended service life, while fully preserving the spirit of the original interior design and maintaining the architectural identity of the building.

The Turning Torso Tower represents an abstract embodiment of the human body, consisting of nine cubes that twist gracefully around a straight structural core, with a steel frame extending along the corners of these cubes to create the impression of a spine and ribs, each cube consists of five floors with an area of approximately two thousand square meters, and since its completion in 2005, the tower, at a height of 190 meters, has remained the tallest residential building in Sweden and the second tallest residential building in Europe.
This tower is credited with launching a global wave of twisted towers, which led to its inclusion among the fifty most influential tall buildings of the past fifty years, as it is widely regarded as the first twisted skyscraper, its designs have inspired countless similar projects, and it has become a prominent national architectural symbol.
The influence of this architectural trend has continued even after many years, as the tower received the Ten Year Award in recognition of its lasting impact, and it has been noted that it inspired the design of more than thirty other towers around the world, confirming the strength of the concept and the depth of its influence on contemporary architecture.
The modernization efforts focused on upgrading and digitalizing the residential elevators within the tower, with the aim of enhancing the user experience through the adoption of intelligent destination control systems, while taking into account a key factor of maintaining residents’ comfort and avoiding any disruption to their daily routines throughout the implementation period, the project was handled in a way that balanced technological advancement with continuous usability.
The tower includes a total of five elevators, two of which are dedicated to office spaces in the first two cubes and have a separate entrance, while the modernization works covered three residential elevators serving all upper floors, and to ensure smooth movement and minimize any impact on residents, only one elevator was taken out of service at each stage, despite the elevators operating as an integrated system, which required precise planning to manage loads, maintain operational efficiency, and ensure uninterrupted service at the highest possible level.
The elevator modernization resulted in a noticeable improvement in both exterior and interior appearance, making the elevators more modern and elegant, in addition to achieving higher levels of efficiency and safety, thanks to intelligent destination control systems, which allowed for the removal of traditional floor buttons inside the elevator cabin, limiting controls to open, close, and emergency buttons, while retaining access to controls for maintenance and rescue purposes.
This raises an important question, how do users reach their desired floors without buttons inside the elevator, and the answer lies in intelligent destination control systems that represent a qualitative shift in the way elevators are used.

Although the elevators in the tower have exceeded fifteen years of operational life, they are now equipped with the latest digital elevator technologies, users select their desired floor via a touchscreen in the elevator lobby, allowing the system to analyze data and assign the most suitable elevator to ensure the fastest journey with the shortest waiting time, and once inside the elevator, stop information is displayed on the screen without the need for additional buttons.
As a result, long waiting times and overcrowded elevator scenes have become a thing of the past, as these systems enable intelligent passenger distribution, improve handling capacity by up to thirty percent, reduce travel time by approximately twenty five percent, enhance safety levels, allow control over access permissions to different floors, and enable customization of display screens with welcome or informational messages.
Modernizing elevators and extending their service life is considered one of the most effective ways to reduce the carbon footprint of buildings and minimize waste, as upgrading existing systems is often the most sustainable option compared to full replacement, especially for major technical components such as elevators, moreover, older buildings deserve modernization rather than demolition, not only for environmental reasons, but because they represent an essential part of the cultural and urban identity of cities.
Although the elevators of the Turning Torso Tower are more than fifteen years old, modernization works have at least doubled their service life, as the elevators recorded more than sixty thousand trips per elevator during the first month of operation without a single fault, reflecting the quality of the modernization and the efficiency of the implemented solutions, and with the increasing expansion of elevator digitalization, more buildings are moving toward adopting smart solutions that enhance operational efficiency, improve maintenance services, and elevate the overall user experience.
In conclusion, this example demonstrates how smart elevator technologies can preserve the value of iconic buildings while enhancing their operational efficiency without compromising their architectural identity, a direction that reflects the future of sustainable architecture and smart cities, and highlights the importance of specialized expertise and advanced solutions within the modern elevator sector, a vision that aligns with Bayern Qatar in supporting architectural projects through innovative solutions focused on quality, sustainability, and an advanced user experience.
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