Oklahoma City 4th Street
PROJECTS
Oklahoma City 4th Street
| Location | Oklahoma, OK, USA |
| Region | North America |
| Material | ETFE |
| Layers | Single layer |
| Architect | Populous |
| Engineering | MKA |
| Application | Roof, Canopy |
| Market Sector | Institutional |
| Size | 885 sqm |
| Year | 2021 |
Oklahoma City SW 4th Street ETFE Tensile Canopy Project
The renovation of Oklahoma City's SW 4th Street features 10 architecturally striking ETFE tensile canopy structures designed to enhance the urban landscape and improve the pedestrian experience.
Developed in collaboration with our sister company, Birdair, these innovative single-layer ETFE membrane canopies are supported by a network of high-strength reinforcement cables, creating elegant tree-like structures that blend functionality with modern architectural design.
Strategic Location and Public Benefits
Strategically located between the new MAPS 3 Oklahoma City Convention Center and the Omni Oklahoma City Hotel, the ETFE canopy system provides comfortable shade, weather protection, and an inviting public space for residents and visitors alike.
The lightweight ETFE membrane technology allows natural daylight to pass through while offering protection from sun, wind, and rain, making the walkway more accessible and enjoyable throughout the year.
Urban Design and Visual Identity
These tensile fabric structures not only serve as practical weather protection canopies but also contribute to the visual identity of Oklahoma City's revitalized downtown district.
Their sculptural appearance creates a memorable streetscape, supporting the city's commitment to innovative urban development and world-class public infrastructure.
Project Scale and Technical Excellence
The combined plan area of all 10 ETFE canopy structures is approximately 885 square meters, demonstrating the project's significant scale and impact.
This installation showcases the versatility, durability, and sustainability of ETFE tensile architecture, making it an excellent example of modern canopy engineering and urban design excellence.
Key Features
Key features of the project include ETFE membrane canopies, tensile fabric architecture, cable-supported structures, pedestrian weather protection, urban streetscape enhancement, sustainable building materials, and innovative architectural engineering solutions.
