Mobile mapping
We help you with mobile mapping and create detailed maps!
We use mobile devices, equipped with GPS, cameras and lidar, to continuously collect geospatial data and create detailed digital maps.
Mapping and Geographic Information Systems (GIS) enable:
- Create and update digital maps and GIS databases
- Create detailed three-dimensional digital models of different environments
- Generate terabytes of high-resolution and precision data
- Continuously and accurately record information during movement
- Generate GIS data, digital maps, and georeferenced images and videos
Advantages:
- Suitable for large projects and hard-to-reach environments
- Millions of measurement points per second
- Get data without being out in the field
- Creates conditions for effective planning
- Simplify maintenance planning
Machine control
Transport och Navigation
Förbättra navigationssystem, övervaka väg- och järnvägsnät, och optimera trafikflöden
Environmental monitoring:
Övervaka och kartlägga miljöförändringar, inklusive markanvändning, skogsbränder och kustlinjer.
Fastighetsutveckling
Inspektera och dokumentera byggnader, terräng och infrastruktur för planering och underhåll.
Telekommunikation
mapping and monitoring telecommunications infrastructure, including mobile coverage and placement of network elements
What is mobile mapping?
Mobile mapping is a technique for collecting geospatial data from a mobile vehicle, which may be equipped with various sensors such as GPS, LiDAR (Light Detection and Ranging), camera, radar, and inertial measurement system (IMU). This technique is used to create detailed 3D maps and models of environments and structures, and is particularly useful for applications in areas such as geodesy, road and railway planning, urban planning, and infrastructure development.
What mobile mapping applications are there?
Mobile mapping technology has a variety of applications, from surveying road and rail networks to monitoring construction sites. Mobile mapping applications span a wide range of areas including, but not limited to:
How does machine control work?
The majority of machines that use machine control are controlled by the operator himself. The system is then mainly used as an auxiliary tool to, for example, compare the relationship between level and height. But there are also machines that can be controlled completely automatically. The system then adjusts all settings, for example the height and angle of the excavator bucket for an excavator, while the machine is in motion.
The most common source for machine control is GPS/GNSS via radio modem or GSM network. However, laser, total station or a deployed reference point (which constitutes the zero point) is also used. In larger road and railway construction, models are often built over the area that is loaded into the machine. The models allow the operator to see a digital cross-section with all the details, including slopes, ditches, superstructure, longitudinal slope, cross slope, heights and the like.
- Railway management
- Resource management
- Website documentation for oil and gas, mining, energy, etc.
- Construction site supervision
- Environmental monitoring:
- Industrial inspections
- Surveillance and security
- .... and many more
Why Atritec
Rapid technological development
Time-efficient methods
The market's leading measurement services
Experienced measurement technicians
Get help from Atritec's measurement technicians
Go from reactive to preventive maintenance of your roads, railways and pipelines with Atritec. Book a survey and stakeout with our experienced surveyors in Stockholm, Gothenburg or elsewhere in Sweden — we operate throughout the country!
Contact details
- Linus Olsson
- VD
- +46 73 808 90 73
- linus.olsson@atritec.se