CSCEC Completes Metal Roof Lift for Belgrade Garden Stadium

International civil engineering is marking a striking milestone in Europe. A renowned company has finished lifting the metal roof of a sports complex in Belgrade. This major build is expected to transform local infrastructure through highly sustainable technology.

What truly sets this new sports landmark apart?

The scheme is being praised worldwide as the first garden stadium concept ever designed. The structure was created to blend the richness of local nature with the clean, contemporary language of modern arenas. Together, those elements deliver a completely new experience for sports enthusiasts.

The corporation is directly responsible for the full delivery of this globally significant architectural statement. The scope covers everything from manufacturing through to the final assembly of complex engineering components. The professionals involved are reinforcing high standards of quality across the international sector.

The key technical pillars that have defined the success of this early phase include:

• End-to-end management: the company oversees the design, fabrication and installation of the entire steel structure.
• Unprecedented concept: the landmark is regarded as the world’s first garden stadium, combining architecture with the environment.
• Steel volume: the vast roof requires around 12,600 tonnes of material to achieve its robust support.
• Large capacity: the modern stands are planned to seat more than 52,000 supporters in comfort.
• Dual compliance: it is the only arena in the country certified simultaneously under FIFA and UEFA guidelines.

How did engineers achieve millimetre-level accuracy?

To reduce the risk of errors while assembling the components, the technical team deployed ultra-high-accuracy laser trackers. This advanced monitoring enabled continuous checks in real time. Using this modern equipment prevented substantial rework and protected an efficient schedule.

The forward-looking plan paired detailed 3D digital simulations with repeated physical pre-assembly using reduced-scale models. These preliminary trials made it possible to spot subtle geometric distortions before the final lift. This rigorous methodology ensured every complex connection reached absolute geometric precision.

What are the project’s main dimensional features?

The stadium’s scale is clear from its total built area of 76,000 m². The entire footprint was designed to handle a steady flow of supporters. This imposing infrastructure reflects the mega-construction’s commitment to technical excellence.

Metric data	Project indicators
Total construction area	Approximately 76,000 m²
Estimated steel structure weight	Around 12,600 tonnes of fabricated steel

The primary compression ring comprises 44 substantial interconnected circular beams. Every element demands perfect alignment to maintain the overall stability of the cable-supported system. This mechanical complexity creates severe operational challenges that modern engineering has been able to overcome.

The main dimensional and structural elements that define this monumental project include:

• Total built area of about 76,000 m².
• Use of 12,600 tonnes of high-strength structural steel.
• A compression ring formed by 44 integrated circular beams.

Why does this stadium meet strict international standards?

The arena was planned to satisfy the requirements set by football’s leading global bodies. The design meets stringent expectations covering spectator safety and the practical performance of the facilities. This alignment secures official approval to host high-prestige international fixtures.

With capacity for more than 52,000 spectators, the venue stands out in the European region. The development is the only Serbian stadium fully adapted to welcome major global tournaments. The investments are intended to boost local tourism through events with immense visibility.

International regulations fully met by this new sports venue include:

• Criteria required to stage the FIFA World Cup.
• Guidelines mandated for UEFA European Championship matches.
• Strict structural safety standards for accommodating the public.

How does progress on these megaprojects affect the global landscape?

Continued progress on projects of this scale demonstrates how capable companies are of leading the world market from a technical standpoint. Rapid delivery of innovative developments is reshaping modern urban planning. The sector is watching these advances in global infrastructure with optimism and high expectations.

Finally, the fully successful completion of the early stages strengthens investors’ confidence in this European project. This technical coordination sets new construction benchmarks for future arenas. Engineering with an ecological focus is shaping the direction of building trends for the future.

Official source: Information obtained directly from CSCEC.