We understand that shopping around for 3D laser scanning services can be a daunting task. One company may charge $3,000 to scan a building, while another quotes $10,000 for the same project. If you are new to 3D scanning, this can be confusing.
To help you navigate these price differences, we’ll break down how 3D scanning costs are formulated and provide real-world budgetary examples from past projects.
On-site laser scanning is usually priced by the day and varies depending on the complexity of the job and the equipment and personnel that we must bring. The cost is primarily influenced by how large the area is that you are scanning, but also the level of detail needed. Occasionally, customers will request raw scans from the laser scanner, which is the lowest cost option plus travel.
The scanning equipment used directly impacts cost, accuracy, and time required for data collection.
Terrestrial LiDAR Scanning – Ideal for buildings and infrastructure (Higher cost).
Handheld 3D Scanning – Used for small objects and detailed scans (Moderate cost).
Drone-Based 3D Scanning – Best for surveying large outdoor areas (Higher cost).
Mobile 3D Mapping Systems – Rapid scanning for extensive areas (Varied cost based on accuracy needs).
Standard Accuracy (±5mm – ±10mm) – Cost-effective for general documentation.
High-Precision Scanning (±1mm – ±2mm) – Higher cost, often used in engineering and construction.
Ultra-High Resolution (Sub-Millimeter Precision) – Most expensive, used for medical, aerospace, or historical preservation.
Raw Point Cloud Data – Cheapest, but requires expertise for further use.
Processed 3D Mesh or CAD/BIM Model – Higher cost due to added processing time.
LOD-Specific Deliverables – Higher LODs demand more detailed modeling and increase costs.
Some industries require specialized scanning and modeling, impacting cost:
Construction & BIM Scanning (LOD 300-400)
Historical Preservation & Heritage (LOD 500)
Industrial & Manufacturing (LOD 400-500)
Small objects or single-room scans – Lower cost due to minimal scanning time.
Large buildings or industrial facilities – Higher cost due to multiple scanning positions and extensive data processing.
Infrastructure & landscapes – Expensive due to complex environments and aerial or terrestrial LiDAR requirements.
The Level of Detail (LOD) in 3D laser scanning determines the amount of geometric detail in the final model. Higher LOD increases cost due to additional scanning time and data processing.
LOD 100 Conceptual planning
LOD 200 General space planning, early design
LOD 300 Architectural and engineering design
LOD 350 Detailed components with connections Construction documentation, coordination
LOD 400 Fabrication-ready detail with precise elements Prefabrication, manufacturing
LOD 500 As-built conditions with full accuracy Facility management, historical preservation Highest
Easily accessible sites – Lower cost.
Hard-to-reach locations (offshore rigs, tunnels, historical sites) – Higher cost due to safety measures and logistical complexity.
International projects – May include travel and accommodation fees.
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