TSC Stadium – Bačka Topola

At the TSC Football Club Stadium in Bačka Topola, we carried out all work related to the steel structure.

Facade Columns: Around the stadium, 261 facade columns were installed, with a total weight of 226t. The height of the columns ranged from 10 to 21 meters, with many requiring oversized transport. The heaviest column weighed 1350kg and was 21m tall.

Lighting Poles (North Side): These weighed 9.5t and were 17m tall, installed at a height of +18m.

Lighting Poles (South Side): These were 13.5m tall, installed at a height of +21.5m, and weighed 7.5t.

Due to the complex geometry of the lighting poles, we pre-assembled the poles in production. On site, the poles were assembled on the ground, and after all accompanying equipment (installations and lights) was mounted, the entire pole was lifted into its designed position.

Due to poor ground conditions inside the stadium, the only way to install the poles was from the outside, using a 200t crane for this purpose.

Footbridge: A covered connection between the stadium and the indoor swimming pool building, with a total structure weight of 35t. The footbridge is 26m long, with a main span of 16m. The structure of the footbridge was installed at a height of +4.5m, with a total height of +8.3m.

The main structure of the footbridge was assembled on the ground, then lifted into its designed position, and the secondary structure was installed afterward. Cranes of 100t and 70t were used for the installation of the footbridge.

The construction of the TSC football stadium in Bačka Topola is a significant project that has transformed the sports infrastructure of the region.

The new stadium will serve as the home ground for the TSC Football Club, but it will also have broader positive effects on the local community and the development of football in Serbia, such as enabling the development of young players and improving the quality of football training and competition.

LOCATION: Bačka Topola
TYPE OF FACILITY: TSC football stadium
WEIGHT OF THE STRUCTURE: 295t
DURATION OF THE PROJECT: January 2020 – July 2021.