Modern stadium design places great emphasis on location, infrastructure accessibility, and urban transport connections. These venues must be planned not only for match days, but also for concerts, rallies, fairs, and various other events. Therefore, it is important that stadiums are located close to essential facilities such as hospitals, transportation lines, and parking areas. At Reform Sports, we embraced this approach and successfully implemented it in our projects.
In stadium projects, compliance with FIFA and UEFA standards is a fundamental requirement. Athlete entrances and spectator access points must be separated; safety, evacuation, and wayfinding systems must be designed according to these rules. All of these elements should be adapted to the country’s topographic structure and operational model. Based on these criteria, we have successfully completed many international stadium projects.
When planning stadium capacity, not only current needs but also future usage potential must be considered. While main Olympic stadiums should have a minimum capacity of 50,000—preferably 60,000—other tournament venues should accommodate between 30,000 and 40,000 spectators. We addressed capacity planning by adhering to these scaling principles.
Facilities of Modern Stadiums
According to standards, a regulation stadium field must measure 105 x 68 m, with a minimum 6 m—ideally 8.5 m—gap between the pitch and spectator stands. Behind the goals, this distance should be at least 7.5 m, preferably 10 m. These buffer zones accommodate support systems such as advertising boards, camera equipment, and team benches. At Reform Sports, we have carefully planned and implemented these spaces for optimal efficiency.
In Olympic stadiums, athletics tracks with 8 lanes are integrated around the field. With these additions, the stadium footprint may expand to 120 x 160 m. We have optimized the infrastructure by addressing all technical requirements in our projects.
Roof Systems in Stadiums
In modern stadiums, roofing is not only an aesthetic feature but also a functional component. The roof protects spectators from external conditions and influences internal acoustics, light permeability, and ventilation. At Reform Sports, we developed roofing solutions that do not hinder grass growth, minimise shadowing, and preserve broadcast quality.
Solar Energy Systems
In line with our sustainability vision, we integrate solar energy systems into our stadium projects. We have designed and implemented solutions that meet the energy needs of lighting, scoreboards, and security systems through solar panels.
Water Storage
High-capacity water storage systems are essential in stadium infrastructure for fire safety, cleaning, and irrigation. In our projects, we have addressed this requirement through underground and aboveground modular storage solutions based on engineering calculations.
Looker Rooms
Changing rooms must be fully equipped to meet team needs, including shower areas, massage and treatment rooms, toilets, and personal locker space. At Reform Sports, we designed and built these spaces with athlete comfort as a priority.
Shared Use Areas
Spaces such as press rooms, VIP lounges, cafeterias, and health units enable multi-purpose use of stadiums. With access planning suitable for all users, we have designed and integrated these areas with ergonomic solutions.
Parks, Gardens & Cafes
Creating green spaces, walking paths, and resting areas around the stadium enhances both comfort and aesthetics in modern architecture. Open and closed café areas also support social life. We addressed these needs holistically in our architectural solutions.
Sun & Wind Orientation in Stadium Design
The orientation of the playing field is a critical factor in stadium design. A north-south axis is ideal for both player performance and spectator comfort. At Reform Sports, we implemented this orientation through solar and wind direction calculations.
To avoid glare for broadcasters, main cameras are positioned in the west stand. We ensured proper positioning by limiting the axis deviation of the stadium to a maximum of 15° westward.
Green Architecture in Stadium Construction
In stadium projects, green architecture includes energy-saving measures, waste management, and the use of environmentally friendly materials. We adopted this approach across all our projects, supported by FIFA’s Green Goal initiative.
We implemented systems to reduce water usage, planned logistics to lower carbon emissions, and used recyclable materials to deliver eco-friendly projects. Accordingly, we targeted international green building certifications such as LEED and BREEAM.
Recyclable Materials Used in Modern Stadium Construction
Replacing reinforced concrete with steel and composite materials reduces environmental impact. To reduce waste, we prioritised recyclable materials for beverage containers and food packaging.
Additionally, by using locally sourced materials, we both reduced costs and minimised our carbon footprint. This allowed us to deliver environmentally conscious architectural solutions for stadium construction.