Digital cartography
What we Offer?
Advanced territorial capture
Accurate digital cartography is produced by combining several technologies according to project requirements:
- Drone flights to obtain aerial images, orthophotography, point clouds, 3D models and visual monitoring of construction works or hard-to-access areas.
- Ground-penetrating radar (GPR) to locate pipelines and buried elements without excavation, generating detailed plans and on-site marking.
- Laser scanning to capture high-density point clouds indoors and outdoors, creating precise digital models integrated into BIM and GIS.
These methodologies allow comprehensive data collection of terrain, networks and infrastructures, offering precision, safety and efficiency in project planning and management.
Cartography and 3D modelling
Maps, plans and digital terrain models are generated, ready for use. This enables accurate measurements, earth movement analysis and detailed infrastructure visualisation.
Non-invasive and safe technology
Non-destructive methodologies are applied to reduce construction risks, avoid environmental impact and guarantee safety in subsurface location, inspection and analysis tasks.
Synergies with GIS, BIM and Archaeology
Digital cartography outputs complement BIM, GIS and archaeological projects, providing visual and georeferenced information that facilitates decision-making, heritage documentation and monitoring of works or installations.
FAQs
How much does a drone flight for digital cartography cost?
The cost of a drone flight depends on the area size, required resolution and final product type (orthophotography, point clouds, 3D models). Customised quotations are prepared for each project, ensuring the best balance between quality and cost.
What types of projects benefit from digital cartography?
Digital cartography is useful for construction works, territorial planning, infrastructure maintenance, archaeology, industrial inspection, environmental monitoring and management of water or sanitation networks. It enables fast and accurate terrain measurement, modelling and analysis.
Can ground-penetrating radar be used on any type of terrain?
Yes, although certain soils with high conductivity may affect penetration depth. The equipment allows detection of hidden pipelines and buried elements with high precision, generating cartographic maps suitable for GIS integration.
How long does it take to obtain final digital cartography products?
Delivery time depends on project complexity and the technology used. Processes such as drone orthophotography are completed quickly, while 3D models and GIS/BIM integration require a higher level of detail. Clients are clearly informed about each project stage.