Drone
Surveying
3D Mapping
Drone Mapping Application
Efficient 2D&3D Mapping
Extensive Mapping Area
Drones can cover a wide range of mapping areas, saving more time
Automated Flight
Integrated special flight control and navigation system,
fully independent design and precise route
Overcoming Harsh Terrain
Take off and land in difficult or steep terrain, significantly reducing landing and airspace requirements
Process Maps Fast
Quickly process images into detailed maps and 3D models
in the cloud
Broad Compatibility
Adopt unified UAV mission system standard connector, featuring quick-release. Quickly applied to different flight platforms
Automatic Report Generation
Export data in the format required by the customer and organize it into an optimal analysis report
Solutio Process
Plan
Define the site(s) to map using Etlas Neo II
Choose & configure your high-precision
methodology (e.g. Flight mode, route planning)
Survey one or more sites per flight
Collection
Using a drone with RTK+PPK positioning system and
carry a high-definition camera
Control of equipments through ground base stations
Get high resolution orthophotos of the land
Output
Process the drone’s georeferenced photos (choose
local/cloud processing) using Pix4Dmapper
Analyse geo-accurate orthomosaic, point cloud & surface
model outputs
Report
Create client deliverables (contours, cadastre plans,
classified point cloud etc.)
Import survey drone outputs into third-party software
(CAD etc.) as required
Related Products
Precise Positioning
Large Area Mapping
The GRIFLION M8 is a professional VTOL fixed-wing drone with a maximum range of 200km. It supports RTK as well as PPK backward difference for high-precision centimeter-accurate take-off and landing. Global geospatial experts and industry workers use it to fly large-area maps.
Thyea X7
Multi-function shooting, HD mapping image
Thyea X7 high-definition camera PTZ pixels up to 42.4 million pixels, providing camera, video, zoom, shockproof functions; according to different terrain, set different zoom magnification settings, provide a variety of shooting functions. Unprecedented high-definition image quality can be achieved by measuring land.
Etlas Neo II
Remote transmission, sealed design
The Etlas Neo II, a remote control unit, has a built-in long-distance communication station and a high-definition image receiver with a transmission distance of 8 km. In addition, the seal design can achieve waterproof, dustproof and shockproof, and can complete long distance land mapping under severe working conditions.
CaseStudies
In order to comprehensively ascertain the land use situation of the whole
district, Zhejiang Province grasps the real land basic data, establishes
and improves the land survey, statistics and registration system, realizes
the socialized service of land resource information, meets the needs of
social development and land and resources management, and decides
carry out land survey work throughout the region.
The task is to complete the classification survey of the status of rural land
use in the region.
Henan Province is planning to build a large-scale hydropower station. After the
completion of the power station, it will mainly serve Henan Power Grid, and undertake
peaking and valley filling tasks in the power grid. It also has frequency modulation,
phase modulation and emergency emergency tasks. At present, the construction
of the power station is in the design stage, and it is necessary to assist the design
and construction of the power station and ancillary facilities according to the 1:500
topographic map of the area of 10 square kilometers in the vicinity of the site.
The measurement scope is mainly concentrated in Henan Province. The main
workload is 10km21:500 scale topographic map mapping. The ground objects in
the survey area are mainly rural houses, fields and mountainous areas.
