Project Description
Euler Engineering was engaged to undertake a non-intrusive, high-accuracy as-built capture of an existing RSL facility to support planned upgrade and refurbishment works. The facility had no reliable as-built documentation, and the building had undergone multiple modifications over time, making traditional measurement methods impractical.
The site remained fully operational during scanning, requiring a fast, non-intrusive data capture approach that minimised disruption to patrons and staff.
Scope & Methodology
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Performed non-intrusive 3D laser scanning of the external building envelope and internal spaces
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Captured entry canopies, façades, upper levels, balconies, and circulation areas
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Scanned internal layouts including dining areas, bar, stairs, columns, ceilings, and structural elements
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Captured vertical circulation, level changes, and existing service clearances
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Registered all scans into a single, accurate point cloud representing true site conditions
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Delivered scan data suitable for downstream architectural and engineering modelling
Outcome & Value
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Delivered a complete and accurate digital as-built record of the facility where no drawings existed
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Enabled designers to confidently plan upgrades without repeated site visits
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Reduced risk of clashes and unforeseen conditions during refurbishment
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Allowed upgrades to be designed around existing structure and finishes
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Minimised disruption through non-intrusive capture while the facility remained operational
Accuracy
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High-resolution laser scanning providing millimetre-level accuracy
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Data suitable for architectural modelling, refurbishment design, and compliance planning