The Singapore National Stadium represents a breakthrough in architectural design, featuring the world’s largest free-spanning dome structure with our innovative ETFE roofing system. This landmark project showcases the perfect fusion of engineering excellence, environmental sustainability and architectural beauty.
Singapore National Stadium
A revolutionary ETFE roof design showcasing architectural and engineering excellence.
Project Overview
Singapore
Country
19,086
m² of ETFE
2014
Completed
Arup Singapore Pte Ltd, DP Architects Pte Lt
Architects
At a Glance
- Over 33,000 m² of ETFE canopies cover key outdoor spaces across the resort.
- Ultra-lightweight material reduced steel requirements and structural costs.
- Custom print patterns regulate solar gain and improve thermal comfort in Singapore’s tropical climate.
- Integrated LED lighting within ETFE cushions creates a distinct nighttime atmosphere.
- Installed with rope access and trafficable netting to ensure safe, efficient construction without disrupting resort activities.
- Designed in collaboration with Arup and DP Architects Pte Ltd, combining technical precision with architectural vision.
19,086
m² of ETFE
The Challenge: Creating the World’s Largest Free-Spanning Dome
In a location where heat, humidity, and rainfall are constant factors, material performance must go beyond standard specifications. The ETFE system was engineered to regulate solar gain, improve energy efficiency, and maintain indoor comfort, all while withstanding the
intense tropical conditions.
Print Patterns, Shading & Illumination
To enhance climate control and aesthetics, a custom print pattern was developed to reduce
direct sunlight and provide optimal conditions for LED projection mapping. The result is not only functional shading but also one of the largest LED-integrated roof surfaces in the world,
turning the stadium into a glowing landmark after dark.
Do you want to talk about your project?
“We are happy to assist you in every stage of your project, from design, engineering and structural engineering.”
Matthew Penrose
Executive Vice President | Asia Pacific
Revolutionary ETFE Technology Implementation
Advanced ETFE cushion system providing optimal performance
In a location where heat, humidity, and rainfall are constant factors, material performance must go beyond standard specifications. The ETFE system was engineered to regulate solar gain, improve energy efficiency, and maintain indoor comfort, all while withstanding the intense tropical conditions.
In a location where heat, humidity, and rainfall are constant factors, material performance must go beyond standard specifications. The ETFE system was engineered to regulate solar gain, improve energy efficiency, and maintain indoor comfort, all while withstanding the intense tropical conditions.
Visual Journey
Advanced ETFE cushion system providing optimal performance
Advanced ETFE cushion system providing optimal performance
Advanced ETFE cushion system providing optimal performance
Print Patterns, Shading & Illumination
To enhance climate control and aesthetics, a custom print pattern was developed to reduce direct sunlight and provide optimal conditions for LED projection mapping. The result is not only functional shading but also one of the largest LED-integrated roof surfaces in the world, turning the stadium into a glowing landmark after dark.
Print Patterns, Shading & Illumination
To enhance climate control and aesthetics, a custom print pattern was developed to reduce direct sunlight and provide optimal conditions for LED projection mapping. The result is not only functional shading but also one of the largest LED-integrated roof surfaces in the world, turning the stadium into a glowing landmark after dark.
Sustainability and Environmental Impact
Sustainability was a core principle throughout the design and construction process. The ETFE roofing system plays a crucial role in the stadium’s environmental performance, providing natural lighting that reduces artificial lighting requirements by up to 60% during daytime events.
The stadium’s environmental systems work in harmony to create a building that not only serves its primary function as a world-class sporting venue but also demonstrates Singapore’s commitment to sustainable development. The rainwater collection system, integrated with the ETFE roof design, captures and processes all precipitation for use in irrigation and cooling systems.
