Guide to applications of laser scanners

The “best” tool depends on specific project requirements like accuracy, speed, safety, and budget. Often, a combination of technologies yields the best results.

Domain Static Scanner (TLS) Mobile MMS (vehicle) Handheld (MMS/portable) UAV LiDAR (low-altitude drone) Airborne LiDAR (manned/large UAV)
Built environment
Geodetic & topographic survey 🟨 🟩 🟧 🟩 🟩
Cadastral survey 🟩 🟨 🟨 🟨 πŸŸ₯
Interior surveying 🟩 🟧 🟩 🟧 πŸŸ₯
Construction progress monitoring 🟨 🟩 🟨 🟩 πŸŸ₯
Energy & industrial facilities 🟩 🟧 🟨 🟩 πŸŸ₯
Infrastructure objects (bridges, dams) 🟩 🟨 🟧 🟩 πŸŸ₯
Road & railway networks 🟧 🟩 🟧 🟩 🟨
Natural environment
Forests πŸŸ₯ 🟧 🟧 🟩 🟩
Mining sites 🟨 🟨 🟧 🟩 🟨
Specialized
Cultural heritage 🟩 🟨 🟨 🟩 🟨
Archaeological documentation 🟩 🟨 🟨 🟩 🟩
Tunnels & caves 🟩 🟩 🟨 🟧 πŸŸ₯

Usage type:

  • 🟩 Green (Ideal): The best tool for the job, offering the optimal balance of accuracy, speed, and cost for that application.
  • 🟨 Yellow (Suitable): A capable tool that can get the job done effectively, though it may have minor drawbacks compared to the “ideal” choice (e.g., slower, less accurate, or more expensive to operate).
  • 🟧 Orange (Challenging): Possible to use, but with significant limitations. The data may require extensive processing, the accuracy might be lower than desired, or the operational logistics can be difficult.
  • πŸŸ₯ Red (Not Suitable): The technology is fundamentally ill-suited for the application due to physical or technical constraints.
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