New Murabba Stadium is a pioneering hub for sports and entertainment, redefining Riyadh and advancing KSA’s global sports goals
New Murabba Development Company – a PIF Company – unveiled the design of New Murabba Stadium, an architectural marvel with a capacity of over 45,000. The stadium will be a central pillar of ‘New Murabba,’ the transformative downtown destination of Riyadh City.
The New Murabba Stadium, inspired by the layered overlapping planes and peeling planar texture of the native Acacia tree, boasts a unique design that is a testament to the fusion of tradition and innovation. This design will not only be a visual marvel but also a functional one, enhancing the fan experience with cutting-edge sporting technology. The stadium will also serve as a vibrant community hub, featuring illuminated entry points and shaded spaces for gathering and socializing.
“The New Murabba Stadium embodies our commitment to transforming Riyadh into a global destination for sports and entertainment,” said Michael Dyke, CEO of New Murabba Development Company. “The stadium will not only be a world-class venue for sporting events but also a vibrant community hub that enhances the quality of life for residents and visitors alike.”
The New Murabba Stadium is strategically positioned to enhance community engagement. Its design maximizes long-term usability, allowing it to be adapted to host a wide range of events beyond sports, gaming competitions, and exhibitions. “The New Murabba Stadium is a symbol of Riyadh’s dynamic future. It demonstrates our commitment to delivering world-class infrastructure and experiences that will captivate both local communities and global audiences,” said Michael.
With completion anticipated by the end of 2032, this venue promises to become a symbol of Riyadh’s transformation, attracting tourists, fostering community spirit, and solidifying Saudi Arabia’s position as a leader in sports and entertainment. The countdown to its opening has begun, and we can’t wait to welcome you to this iconic destination.