Olympic Stadium, Montreal
The multi-purpose stadium built as the main venue for the 1976 Summer Olympics in Montreal, Canada is popularly known as ‘The Big O’, because of the doughnut-shape of its permanent roof. After the Olympics, artificial turf was laid and it became a venue for baseball and football.
As one of the most unusual stadiums in the world, it has been described as a ‘masterpiece of Organic Modern architecture’, with a design based on plant and animal forms, integrating modernism and organic vertebral structures.
Designed by French architect Roger Taillibert, it originally featured an elaborate retractable roof, opened and closed by cables suspended from a 175 m (574 ft) tower at the northern base of the stadium - the tallest inclined structure in the world.
However, it has been described as a ‘white elephant’, and has been beset by controversy since its inception, not least for the delays in the construction. Work began in 1974 with 2.3 million cubic metres of clay and limestone being excavated and hauled away. But severe delays followed due to harsh winter weather and workforce strikes.
The inclined tower and 66-tonne, 5,500 sq. m Kevlar retractable roof were eventually finished in 1987. It was another year before the roof could retract and after that was limited to wind speeds of below 25 mph (40 km/h). It was only ever opened and closed 88 times, and after a number of incidents resulting in holes torn in the fabric, it was replaced with a fixed roof in 1991.
To most Montrealers, the stadium is mockingly referred to as ‘The Big Owe’, in reference to the exorbitant total costs - $1.47 billion - which were only finally paid off in November 2006. The stadium had initially been budgeted at $134 million.
[edit] Related articles on Designing Buildings Wiki
Featured articles and news
Buildings that changed the future of architecture. Book review.
The Sustainability Pathfinder© Handbook
Built environment agency launches free Pathfinder© tool to help businesses progress sustainability strategies.
Government outcome to the late payment consultation, ECA reacts.
IHBC 2025 Gus Astley Student Award winners
Work on the role of hewing in UK historic conservation a win for Jack Parker of Oxford Brookes University.
Future Homes Building Standards and plug-in solar
Parts F and L amendments, the availability of solar panels and industry responses.
How later living housing can help solve the housing crisis
Unlocking homes, unlocking lives.
Preparing safety case reports for HRBs under the BSA
A new practical guide to preparing structural inputs for safety cases and safety case reports published by IStructE.
Male construction workers and prostate cancer
CIOB and Prostate Cancer UK encourage awareness of prostate cancer risks, and what to do about it.
The changed R&D tax landscape for Architects
Specialist gives a recap on tax changes for Research and Development, via the ACA newsletter.
Structured product data as a competitive advantage
NBS explain why accessible product data that works across digital systems is key.
Welsh retrofit workforce assessment
Welsh Government report confirms Wales faces major electrical skills shortage, warns ECA.
A now architectural practice looks back at its concept project for a sustainable oceanic settlement 25 years on.
Copyright and Artificial Intelligence
Government report and back track on copyright opt out for AI training but no clear preferred alternative as yet.
Embedding AI tools into architectural education
Beyond the render: LMU share how student led research is shaping the future of visualisation workflows.
Why document control still fails UK construction projects
A Chartered Quantity Surveyor explains what needs to change and how.
Inspiration for a new 2026 wave of Irish construction professionals.
New planning reforms and Warm Homes Bill
Take centre stage at UK Construction Week London.
























