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HARWAR UAV Mapping Survey Industry Solutions
Source:HARWAR | Author:Marten Hong | Publish time: 2018-01-05 | 1530 Views | Share:
The emergence of the HARWAR UAV Surveying and Mapping Drone makes up for this technological void, allowing quick and easy access to mapping information from the sky and 360-degree real-time transmission of terrain coordinates and distances, as well as high-speed 3D digital modeling.



Program Background:

      With the continuous development of information science, all countries are actively acquiring spatial information. Although many developed countries have been able to produce high-resolution data that meets the needs of certain users, the growth in the supply of spatial data is far less than the growth in demand. Data acquisition has become one of the main bottlenecks hindering the rapid popularization and application of spatial information technology.

      The emergence of the HARWAR UAV Surveying and Mapping Drone makes up for this technological void, allowing quick and easy access to mapping information from the sky and 360-degree real-time transmission of terrain coordinates and distances, as well as high-speed 3D digital modeling. It can be widely used in basic geological mapping, road engineering, power grids, water conservancy, oil pipelines, coastlines and island reefs, digital cities and other fields.


Application:

 

 Geographical mapping, land survey, smart city construction

      By integrating and innovating technologies such as HARWAR UAV intelligent autonomous unmanned aircraft systems, satellite positioning systems, high-performance sensors and remote sensing detectors, image data collection systems, data rapid processing systems and big data analysis systems, it is fully integrated with mapping applications to form Systematic survey data application management and service plan.


Value reflects:

      High data sampling rate: high-altitude perspective, broader field of vision, high-volume data collection.

      High accuracy: the accuracy is not only higher than the resolution of photogrammetry points and the accuracy of uniform distribution, but also to avoid the problem of surface approximation error.

      Little affected by the outside world: not temperature and geographical location restrictions.

      Non-contact measurement: no contact with the target, nor the need for reflective prism. The collection of hazardous targets and environmental data can be achieved.

      Digital acquisition, good compatibility: direct acquisition of digital signals with all digital features, the latter part of the output, processing, preservation, sharing more convenient.