Advanced aerometer solutions: fast surface model processing and high-quality geometry data
Aeronimeter for the creation of accurate surface models and geo-data
Aeronimeter collects high resolution air and drone-based data, which is further processed with a professional data processing workflow. As a result, accurate surface models, orthographs and abundant geometry data will be completed, which will provide a solid basis for design, risk assessment and land management.
What includes surface model processing and drones data processing?
The surface model processing includes data purification, point cloud generation, digital surface and soil modelling and correct alignment of coordinates to the appropriate spatial reference. Drone data processing adds precision to photogrammetry and provides a fast, cost-effective way to model complex areas.
Who is it for?
- Building and engineering offices that need accurate surface models for design and estimation of total costs.
- Land managers and landscape engineers looking for modern georum data for planning.
- Li>Energy networks and infrastructure managers for which risk prevention and accurate mapping are critical.
- Li>Environmental and groundwater analysts who need detailed landscape analysis and altitude information. /l>/l>
- High precision: LIDAR and photogrammetrical results provide reliable high- and surface information models.
- Quality control: optimised drone data processing and automated processes reduce data production time.
- Compatible with GIS-year: finished materials suitable for popular GIS and CAD software, to easily continue design.
- Quality control: standardised control points and metadata logs ensure traceability. Attention to data purification and documentation of methods ensures that geo-data are directly available for design teams and decision makers.
Mix is valuable?
and accurate georum data reduce design errors and help to keep the budget under control. Quality surface model processing allows model-based planning, accurate cutting and volume accounting and reduces project failure risks.
Principal characteristics and advantages
How to start
For the start of the project, the scope of mapping, the desired level of precision and output formats are defined. A flight plan and data collection shall then be organised, followed by surface model processing, quality control and delivery of the final output. A clear workflow ensures a rapid result and reliable geo-dome data supporting the following steps.
Reducing design, reducing risks and working based on specific data - accurate aerometering and professional surface model processing give this advantage.
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