Mobile Mapping represents a revolution in geospatial data capture for infrastructure projects. This technology combines laser scanners, cameras and GPS systems mounted on vehicles to obtain accurate information of the environment in real time. At RealToDigital, we are committed to innovative solutions that optimise project planning and execution.
What is Mobile Mapping?
Mobile Mapping is an advanced technology that enables the collection of geospatial data using sensors mounted on mobile platforms, such as vehicles or drones. Through the integration of GPS systems, laser scanners and high-resolution cameras, three-dimensional point clouds and accurate digital maps of the environment are generated.
Unlike traditional methods, Mobile Mapping offers continuous, on-the-move data capture, eliminating the need to stop at each measurement point. This streamlines processes and ensures accurate results for engineering, architecture and urban planning projects.
Differences between Mobile Mapping and terrestrial laser scanning
Mobile Mapping and terrestrial laser scanning are complementary technologies, but have key differences. The terrestrial laser scanner operates from fixed points, capturing detailed information of specific areas, making it ideal for static and high-precision surveys.
Mobile Mapping, on the other hand, allows for dynamic surveying, capturing data on the move and covering large areas of land in a short time. While terrestrial laser scanning is perfect for detailed surveys, mobile mapping excels in projects that require speed and a wide range.
Projects in which Mobile Mapping can be used
Mobile Mapping is a versatile tool applicable to a variety of infrastructure projects. Below, we explore some of its main applications:
Applications in road design and construction
Mobile Mapping facilitates the accurate survey of topographic and geospatial data required for road design and implementation. By capturing information in real time, planning is optimised and potential obstacles are identified before work begins. This technology allows the analysis of road geometry, measurement of slopes and curves, as well as the detection of interference with other infrastructures. Thanks to the speed and accuracy of Mobile Mapping, engineers can anticipate potential problems, adjusting design plans on the fly and ensuring efficient execution.
Use in urban infrastructure: bridges, tunnels and more
Mobile Mapping is a key tool for the inspection and modelling of complex urban infrastructure such as bridges, tunnels and transport networks. The continuous collection of real-time geospatial data provides an accurate and detailed representation of the environment, enabling the identification of potential structural damage, the assessment of current conditions and the planning of maintenance or improvement interventions. Furthermore, by integrating this data into digital models, engineering teams can simulate scenarios and make informed decisions that optimise the management and operation of infrastructures, ensuring their long-term safety and durability.
Civil works restoration and maintenance projects
Mobile Mapping is essential for assessing the current state of civil structures. Thanks to its ability to capture highly accurate three-dimensional data, this technology can detect structural damage, such as cracks, fissures or deformations, with high accuracy. Engineers can monitor the condition of building elements, establish a clear diagnosis and plan restoration interventions strategically. In addition, the detailed analysis of the data facilitates the scheduling of preventive maintenance, avoiding future deterioration and optimising the resources allocated to the conservation of civil works.
Creation of 3D models for environmental impact studies
Through three-dimensional scanning, accurate 3D models of the natural environment are generated. These models allow for comprehensive environmental impact analyses, accurately assessing how future developments might affect the local ecosystem. By integrating these models into simulation tools, specialists can predict changes in vegetation, hydrology or soil, facilitating preventive measures. In this way, Mobile Mapping not only speeds up the analysis process, but also strengthens the sustainability of projects, promoting a balance between development and environmental protection.
What information is obtained with Mobile Mapping?
Mobile Mapping provides a wide range of useful data for infrastructure projects. Below, we highlight the key information that can be obtained:
Geospatial data: high-precision points
Three-dimensional point clouds are generated that accurately represent the surface and structures of the terrain. These point clouds provide a clear and detailed view of the physical features of the environment, such as buildings, roads and natural features. With this information, it is possible to create advanced digital maps and geospatial models that serve as a basis for analysis and project planning. The accuracy of geospatial data ensures that measurements are accurate, reducing errors and optimising decision-making.
Topographical and distance information
The survey of topographic information allows the measurement of distances, slopes and surfaces, providing a detailed analysis of the terrain and its physical characteristics.
Data integration in BIM models for advanced analysis
The data obtained through Mobile Mapping can be integrated into BIM (Building Information Modelling) software, allowing advanced analyses and simulations to improve project planning and execution.
Benefits of using Mobile Mapping
The implementation of Mobile Mapping offers numerous benefits for infrastructure projects. Here are some of its main advantages:
Increased efficiency and reduced errors
Continuous data capture reduces the possibility of human error and improves the accuracy of the survey. This allows potential problems to be detected before they affect project development.
Optimización de los tiempos de ejecución en proyectos
By capturing information in real time and on the move, the data collection process is streamlined, significantly shortening planning and execution times. This technology enables accurate and continuous mapping of the environment, eliminating the need for multiple site visits. As a result, teams can access detailed and up-to-date information instantly, facilitating informed decision making and minimising potential delays. In addition, the efficiency of Mobile Mapping reduces costs associated with logistics and field time, improving overall project productivity.
Ease of obtaining complex data in hard-to-reach areas
Mobile Mapping allows access to difficult or hazardous areas without the need for direct intervention, eliminating risk to operators and reducing the likelihood of accidents. Thanks to remote data capture, equipment safety is maintained while accurate and detailed information of the environment is obtained. In addition, this technology makes it possible to survey structures in areas that are difficult to access, such as narrow tunnels or unstable terrain, ensuring the integrity of the data collected and avoiding interruptions in the process.
Seamless integration with BIM modelling tools and advanced software
The geospatial data obtained is easily integrated with BIM tools and other advanced software, allowing teams to visualise, plan and model each phase of the project with an exceptional level of detail. This integration enables scenario simulation, early conflict detection and resource optimisation, ensuring that decisions are based on accurate and up-to-date information. As a result, collaboration between multidisciplinary teams is improved and the risk of costly errors during project execution is significantly reduced.
Keep your projects moving forward efficiently
Discover how Mobile Mapping can revolutionise your infrastructure projects. Contact RealToDigital to get specialised advice and optimise your processes with cutting-edge technology.
