BMO Field Survey
Description of the Service
Our team conducted a comprehensive 3D survey of BMO Field in Toronto, Ontario, utilizing cutting-edge LiDAR and imaging technologies. This project focused on capturing the stadium's structural and spatial details with exceptional accuracy, ensuring that stakeholders have access to a high-fidelity digital twin for a wide range of applications.

The data collected during the survey enables advanced planning for renovations, enhanced facility management, and precise event logistics. By transforming the physical stadium into a detailed digital model, we empower decision-makers to streamline operations and improve collaboration.

Project Goals and Strategy
Optimizing stadium operations through innovative digital modeling.
The primary objective of this project was to deliver a high-resolution digital model of BMO Field to meet the needs of event organizers, facility managers, and design teams. We implemented a tailored strategy to address the unique challenges of the site and ensure all stakeholders could rely on a single, accurate source of spatial data for their operations.

  • Establishing clear project objectives and timelines.
  • Developing a detailed scanning strategy for maximum coverage.
  • Addressing the specific needs of a multi-use sports facility.
  • Delivering actionable insights through advanced modeling.

Cutting-Edge Technology in Action
Enhancing accuracy and efficiency with advanced tools.
This project leveraged state-of-the-art LiDAR and imaging systems to create an all-encompassing digital twin of BMO Field. From the stadium’s seating layout to its structural elements, every detail was meticulously captured. The resulting data not only enhances operational planning but also supports future renovations and facility upgrades.

  • Utilizing hybrid scanning techniques for comprehensive data capture.
  • Producing high-accuracy models for facility management and design.
  • Enabling precise measurements and 3D visualization for stakeholders.
  • Delivering scalable solutions for multi-purpose use cases.

Project details

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