What Brisbane Can Learn from London, Tokyo and Paris Olympic Field Design

Aug 04|NewsBy SPORTENG

As the world counts down to Olympic Brisbane 2032, the city stands at the threshold of an immense opportunity — and responsibility. The task of delivering world-class Olympic stadium design also means learning from the experience of previous host cities: London, Tokyo, and Paris.

These recent Olympic Games each faced unique site challenges, climate pressures, and post-event expectations. Brisbane can draw from all of them to create something uniquely resilient.

London 2012: The Risk of Fast Construction and Long-Term Legacy

London’s ambition to transform the East End into a thriving sporting and community hub was largely realised — but not without technical strain on its fields. One of the clearest lessons came from the Velopark and Olympic Stadium fields, where the fast-paced timeline led to issues in the rootzone performance due to insufficient consolidation.

Turf systems suffered under heavy event overlay and machinery, particularly where temporary structures had not been accounted for during the initial Olympic stadium design. This resulted in poor drainage and extensive surface remediation after the Games.

AdobeStock_428501496_Editorial_Use_Only (Large)

View of gymnastics events from the Queen’s Suite (now King’s Suite) at the O2 Arena during the London 2021 Olympic Games. 

Lesson for Brisbane: Don’t compress construction timelines at the cost of natural turf establishment. Brisbane should factor in grow-in periods, staged infrastructure installation, and staged handovers for surfaces to mature — especially where natural turf is expected to perform under elite-level conditions.

Tokyo 2020: Managing Turf Under Heat and Urban Pressure 

Held during the height of Japan’s summer heat, Tokyo 2020 faced severe temperature-related challenges — both on synthetic and natural turf. Athletes raised concerns about surface temperatures reaching extremes, especially on synthetic fields where shading and ventilation were minimal.

Tokyo also had to reconcile urban space constraints. Some fields were constructed on reclaimed industrial land with strict environmental remediation controls and limited space for deep subgrade systems. This required inventive drainage and ventilation solutions beneath the surface — combining subsurface aeration with engineered root zones that improved heat dissipation and moisture regulation.

AdobeStock_446416946_Editorial_Use_Only (Large)

Official mascot character Someity adoner with the Tokyo 2020 Paralympic Games logo.

Lesson for Brisbane: Brisbane’s subtropical climate demands field designs that handle heat, humidity, and heavy rainfall. Integrating subsurface aeration, smart irrigation, and heat-tolerant turf is essential. Shading and air movement should be planned early, especially for synthetic surfaces prone to overheating. In tight spaces, hybrid or modular turf systems support faster recovery and easier maintenance.

Paris 2024: Flexibility, Sustainability and Digital-Ready Fields

Paris 2024 took Olympic field design one step further by emphasising modular and multi-purpose infrastructure. With many venues being temporary or adapted from existing sites, Paris introduced flexible turf systems that allowed for quick transition between sports and post-Olympic use.

The integration of field monitoring systems — including moisture sensors, rootzone thermometers, and AI-driven irrigation control — reflects a digital transformation in field management. These tools not only reduce water and fertiliser usage, but provide real-time performance data that informs ongoing sports field maintenance.

Brisbane has a valuable opportunity to build on this innovation.

AdobeStock_896522857_Editorial_Use_Only (Large)

Olympic Stadium in the centre of Paris for the Paris 2024 Olympic Games.

Lesson for Brisbane: Every Olympic sports field should be designed with dual-use in mind from the start, supporting both elite competition and long-term community use. Embedding real-time turf monitoring during construction—not as an afterthought—ensures efficient maintenance and performance tracking. Modular field design also allows quick turf replacement, temporary overlays, and flexible line-marking to easily adapt to multiple sports and events.

A Few More Key Design Takeaways

 

Each Olympic city faces unique challenges, but several critical lessons have emerged time and again—lessons Brisbane can’t afford to overlook. From ensuring turf has adequate establishment time to designing for unpredictable weather, it’s the behind-the-scenes decisions that separate a high-performance field from one that struggles. Subsurface design, drainage capacity, and overlay planning all play a pivotal role—but getting them right takes foresight, experience, and precision. These aren’t elements you want to experiment with close to opening day. 

For tailored, field-specific strategies that go beyond the obvious, early engagement with experts like SPORTENG is essential. 

Contact us today.

Categories :