The Challenge: Modernizing a Toronto Icon with Unprecedented Accuracy
In 2022, a new chapter began for Toronto’s iconic Rogers Centre. As part of a multi-phase renovation project extending through 2024, plans were set in motion to install a new, state-of-the-art jumbotron, replacing the previous video board systems. This wasn’t just a simple swap; it was a complex engineering feat within a structure built decades before the widespread adoption of today’s advanced 3D reality capture technologies.
The primary challenge? The original construction of the Rogers Centre, while an architectural marvel of its time, lacked the detailed as-built digital documentation that modern installation projects rely upon. To ensure the new, massive jumbotron could be seamlessly and safely integrated, the engineering and installation teams required an exceptionally precise understanding of the existing geometry, particularly the parapet and structural interfaces where the new screen would be mounted. Any miscalculation could lead to significant delays, costly rework, and potential safety hazards.
Specifically, the iScano team was tasked with a unique and critical mission: to capture the exact geometry of the jumbotron’s proposed location and the surrounding structures within the Rogers Centre, located in the heart of downtown Toronto. This included understanding the precise clearances between the new sign’s potential footprint and the existing cement walls and support structures. The engineering teams needed this data to simulate the installation meticulously, plan logistics, and fabricate components with confidence.
iScano’s Solution: High-Definition 3D Laser Scanning for Flawless Execution
Recognizing the critical need for accuracy and comprehensive data, the iScano team deployed advanced terrestrial 3D laser scanning technology. Our approach was multifaceted:
- Comprehensive Data Capture: Using high-end terrestrial laser scanners, our experienced technicians meticulously scanned the entire stadium field, bleachers, VIP booths, and, most importantly, the targeted parapet and jumbotron installation zone. This ensured a complete and highly detailed point cloud of the relevant areas.
- As-Built Information Creation: The captured point cloud data, consisting of millions of precise measurement points, was then processed by our skilled in-house team. We transformed this raw data into highly accurate as-built documentation, including:
- Scan to BIM (3D Revit Model): A detailed 3D model was created, providing an intelligent representation of the existing conditions for the engineering teams.
- Scan to CAD (AutoCAD 2D Drawings): Precise 2D drawings were extracted, offering critical dimensional information for planning and fabrication.
- Addressing On-Site Complexities: The unique nature of the Rogers Centre presented several challenges:
- Maintaining High Tolerance: The project demanded an exceptionally low error coefficient, aiming for 3-5 millimeters of accuracy across vast distances and complex geometries. Our rigorous scanning methodologies and advanced equipment ensured this tolerance was met.
- Working in Tandem: We collaborated closely with the engineering and installation crews, understanding each phase of their development to provide data that was not just accurate, but immediately usable for their specific needs.
- Limited On-Site Time: The stadium’s operational schedule and the project’s tight deadlines meant our on-site scanning window was limited. Our team’s efficiency and meticulous planning allowed us to capture all necessary data within the allotted time, parceling out deliverables to keep the project on track.
The Results: A Grand Slam for Efficiency and Precision
The iScano team’s involvement was pivotal in the successful planning and execution of the jumbotron installation. Our precise 3D scanning and as-built modeling delivered significant benefits:
- Reduced Rework and Downtime: By providing exact geometric data upfront, the engineering teams could simulate the installation with unparalleled accuracy. This proactive approach significantly minimized the risk of on-site clashes, errors, and modifications, contributing to an estimated 4-12% reduction in potential rework and associated project delays. (This figure is a conservative estimate based on industry reports).
- Enhanced Collaboration: The detailed 3D models and 2D drawings facilitated seamless collaboration between the diverse Canadian and American engineering firms involved in this multi-specialty operation. Everyone worked from a single, reliable source of truth.
- Pioneering Reality Capture in a Landmark Project: The Rogers Centre project served as a hallmark for iScano, showcasing our expertise in applying cutting-edge reality capture technology to complex, large-scale construction and renovation projects in downtown Toronto. It provided a template for integrating point cloud data effectively into demanding engineering workflows.
- Successful Installation: The final outcome, which fans now enjoy, is a new, state-of-the-art jumbotron, installed with precision and minimal disruption, thanks in part to the foundational as-built data provided by iScano.
iScano: Your Partner for Precision in Complex Projects
The Rogers Centre jumbotron project is a testament to iScano’s commitment to accuracy, efficiency, and collaborative problem-solving. Our expertise in 3D laser scanning and as-built documentation provides critical insights that save time, reduce costs, and ensure the success of even the most challenging construction and engineering endeavors. It was not only an honor but a privilege for the iScano team to contribute to the modernization of such a beloved Toronto landmark, showcasing our capabilities and delivering standard-setting outputs.
Ready to Bring Precision to Your Next Project?
If you’re facing complex challenges requiring precise as-built documentation, 3D laser scanning, or Scan-to-BIM solutions in Toronto or beyond, iScano is here to help. Our expertise ensures your project starts with the most accurate data, saving you time and resources.
