TOPOGRAPHY AND CARTOGRAPHY - Conapa - Compañía Nacional de Peritos Agrícolas

Does your work or project need monitoring and supervision?

In Conapa we are professional operators of UAV for engineering and construction

UAV for engineering have made the aerial perspective a necessity. Used in topographic surveys, urban planning and construction inspection, they help to generate digital models and images that favor the viability and execution of your project.

EBEE RTK CAPTURES ALL THE DETAILS

A SPECIAL HIGH PRECISION DRONE FOR ENGINEERING

In Conapa, we operate with the eBee RTK UAV (Real Time Kinematic), a tool that provides optimal access for the control, analysis and inspection of large infrastructures.

The eBee RTK UAV stands out due to the extraordinary resolution of the images it captures. Its eMotion flight control program links with a GPS to triangulate positions and to offer centimeter precision. It is made by a light structure, resistant to winds of up to 45 km/h and processes the information while flying.

After collecting the data, the Pix4Dmapper software generates digital terrain models (DTM), 3D maps, orthomosaic and high quality georeferenced images in a fast precise and integrated process.

DISCOVER THE EBEE RTK DRONE ADVANTAGES IN LARGE INFRASTRUCTURES:

HIGH RESOLUTION AT LOW COST

It produces cartography and quality photogrammetry with 2D and 3D data.

USEFUL INFORMATION

It makes follow-up adapted to the specific needs of the client.

SAFE INSPECTIONS

Reduces labor risks and execution times.

VERSATILITY AND MULTIPURPOSE

Our fixed-wing drones allow you to use different cameras and viewfinders.

CONTROL THE ENVIRONMENTAL IMPACT OF YOUR WORK

FLY A DRONE OVER YOUR INFRASTRUCTURES AND INDUSTRIAL INSTALLATIONS

AN APPROPIATE TOOL FOR THE CONTROL OF WORKS

The eBee RTK UAV captures reliable images that allow to certify execution processes, to elaborate reports and to generate corrective measures. Its technology locates what was previously imperceptible.

Know the uses of the eBee RTK UAV:

IN TOPOGRAPHY, CARTOGRAPHY AND PHOTOGRAMMETRY

Drones get maps, digital terrain models (MDT) and orthomosaics of the land in minutes.
It interprets and represents details and difficulties in constructions and infrastructures.
It measures volumes stored in quarries, mines and landfills.
The images it gets are exportable to multiple programs and applications.

IN CIVIL WORKS CONTROL

It supervises and documents the complete development of works and projects of large infrastructures (roads, railways, bridges, dams, tunnels and buildings).
UAV inspect and check the progress of the work.
It calculates the collection and inventory of materials and equipment.
It analyzes the deformations of structures.
The UAV supports security logistics in the work.

IN WIND TURBINE INSPECTION

It performs an optimal performance assessment, thanks to the proximity to the generator.
It identifies problems and defects in the blades for preventive maintenance.
It captures all the angles of the structure, avoiding blind spots.

IN CONTROL OF INDUSTRIAL FACILITIES

It safely inspects and analyzes energy supply infrastructures (high voltage lines, nuclear and other power stations, transformers, gas and other pipelines).
The use of UAV in the inspection prevents interruption of service or supply cuts, favouring optimal preventative maintenance.

IN CADASTRE

It performs a sweeping of large surfaces with great precision.
It is a useful tool for administrations in the regularization of cadastral maps and in the revision of undeclared properties.

IN SOLAR AND PHOTOVOLTAIC PLANTS

The UAV inspects and diagnoses breakdowns and hot spots with thermovision technology.
It also performs accurate scans of photovoltaic cells.

CONAPA, PROFESSIONAL UAV OPERATORS

In Conapa, we are accredited by EASA (European Aviation Safety Agency) as UAV operators in Spain.

Being part of Drone Connector, organization of professional UAV operators, we have specialized personnel to manage your project. We offer flight plans according to your needs, precise execution and analysis of the data obtained.