Tammela Hybrid Stadium : Convergence of Sport and Urban Fabric

Tammela Hybrid Stadium is situated in the Tammela district of Tampere, Finland, forming part of a comprehensive urban project that integrates sports architecture with residential and commercial functions. Completed in spring 2024, the stadium represents Finland’s first hybrid football venue and reflects over a decade of design and construction through a collaboration between the City of Tampere, Pohjola Rakennus, and JKMM Architects. The total project area is approximately 47,753 m², accommodating 8,000 spectators for football matches and 15,000 attendees for larger events such as concerts.

Design Philosophy

Massing and Spatial Composition

The design addresses the relationship between mass and void by connecting the stadium with its urban context through eight interconnected plots, including the stadium, five residential buildings, a commercial center, and parking facilities.

Every seating position provides an unobstructed view, reflecting a careful consideration of user experience and visual comfort.
The project balances sports and recreational functions with residential activities while maintaining urban integration and traffic flow.

Aerial view of a football stadium integrated within a dense urban neighborhood with surrounding residential buildings. — modern football stadium seamlessly embedded in a bustling city district.

Materials and Construction Techniques

Technical Details

Structural Design: Executed by Ramboll Finland Oy, focusing on structural integrity and durability.
Geotechnical Engineering: Managed by A-Insinöörit to ensure soil stability and load-bearing capacity.
HVAC Systems: Designed by Granlund Tampere, integrating energy-efficient climate control strategies.
Electrical and Lighting Design: Provided by Ramboll Finland Oy, allowing flexibility for various event types.
Acoustics: Implemented by A-Insinöörit, ensuring high-quality sound performance for sports and concerts.
Landscape Design: Carried out by VSU Maisema-arkkitehdit Oy, reinforcing environmental integration with the urban fabric.

Key Materials

High-performance reinforced concrete
Transparent glazing for natural light and climate adaptation
Structural steel supporting large open spans within the stadium

Interior walkway and seating in a modern stadium with exposed concrete architecture and neutral-colored seats. — Sleek stadium seating featuring industrial design and clean architectural lines.

Sustainability and Environmental Performance

The design implements sustainability strategies through natural lighting optimization and energy-efficient systems.
HVAC systems reduce the stadium’s carbon footprint.
Surrounding green spaces enhance environmental performance while providing a balance between architecture and urban nature.

Critical Conclusion

Tammela Hybrid Stadium exemplifies a successful hybrid stadium model integrating sports and urban life, with strong attention to visual experience, structural performance, and resource efficiency. The design reflects modern architecture’s approach to multi-functional projects that transcend the building itself to become a vital element in the urban fabric.