Rail Line Inspection
Risk assessment from vegetation encroachment and planning of pruning and cutting tasks, apart from:
+ Detection of all the vegetation along the railway line located within the selected boundaries and corridor space
+ Foliage extension
+ Location and position of individual trees, fallen or bent trees (hazards).
+ Highest vegetation (location of the peak trees)
+ Health indicators and detection of species
+ Growth-rate estimations
+ Carbon absorption potential factors
+ Detection of all the vegetation along the railway line located within the selected boundaries and corridor space
+ Foliage extension
+ Location and position of individual trees, fallen or bent trees (hazards).
+ Highest vegetation (location of the peak trees)
+ Health indicators and detection of species
+ Growth-rate estimations
+ Carbon absorption potential factors
Slope analysis
+ Based on Digital Terrain Models, slopes may be detected above or below a given angle, thus allowing flood modelling, the mapping of noise levels due to trains in the surrounding areas, or the location of equipment to carry out vegetation cutting tasks
+ Based on Digital Terrain Models, slopes may be detected above or below a given angle, thus allowing flood modelling, the mapping of noise levels due to trains in the surrounding areas, or the location of equipment to carry out vegetation cutting tasks
Development of topographic maps through images and LiDAR data, at a high level of precision and in great detail, by means of non-invasive techniques that avoid on-site field work. Our drones enable data gathering in a safer and more efficient way in time
3D modelling and visualization of railway lines and stations, with the aim of decreasing the amount of field visits and errors in documents, improving design and planning and enhancing work flow processes, since digital data can be instantly shared among all the relevant agents
Modelling of the energy Overhead Lines (OLE) applying criteria, stresses, etc. to calculate, among other possibilities, the life cycle of the assets
+ OLE infrastructure modelling
+ Modelling of the loads and stresses assumed in the OLEs
+ Validation of the lines against certain threats, such as vegetation infestation or dirt build-up
+ Assistance in cost reduction and improvement of safety in the railway line network
+ OLE infrastructure modelling
+ Modelling of the loads and stresses assumed in the OLEs
+ Validation of the lines against certain threats, such as vegetation infestation or dirt build-up
+ Assistance in cost reduction and improvement of safety in the railway line network
High-definition inspection of assets for the evaluation of your specific conditions through high-definition visible images, infrared, thermal infrared or corona images. Data visualization through a Geographic Information System (GIS)
Technical support in the optimal planning and design of the routes according to relevant factors