UAV Photogrammetry Survey &
Lidar Drone Mapping

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What Is UAV Photogrammetry & Lidar Services

UAV (unmanned aerial vehicle) photogrammetry is a method of using aerial photographs taken by a UAV to create maps and other geospatial products. The process involves using specialized software to analyze the photographs and extract information about the location, orientation, and shape of features in the images. This information is then used to create accurate representations of the features on a map.

UAV LiDAR (light detection and ranging) is a method of using a laser ranging sensor mounted on a UAV to create maps with high-resolution elevation data. The LiDAR sensor emits a laser beam and measures the time it takes for the beam to bounce back after it hits the ground. By analyzing the time delay and the angle of the laser beam, the LiDAR sensor can determine the distance between the UAV and the ground, which can be used to create detailed maps of the terrain. Both UAV photogrammetry mapping and LiDAR drones can be used to create accurate, high-resolution maps and other geospatial products for a variety of applications, including land use planning, engineering, and environmental management.
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Photogrammetry & Lidar Application And Benefit

Austhai are able to provide Nextcore RN100 UAV LiDAR drone mapping systems mounted on the Skyfront Perimeter 8 UAVs or DJI300/600 drones to provide fast, efficient and high quality, high-resolution DTM, DEM and DSM surfaces for exploration and environmental applications.

 

UAV Lidar Drone Surveys Have Proven Effective For The Following Industry:

Agriculture

Archaeology

Biology and Conservation

Geology and Soil Science

Forestry Management

Geography

Law Enforcement

Land Development

Professional Surveyors

Solar Energy

Military

Mining

Building Modeling

Railway Inspection

Oil and Gas

Photogrammetry & Lidar Technical Specifications

The Nextcore RN Series is an affordable Lidar unit designed to meet the requirements of the world surveyors,
miners, foresters, and environmental scientists.
Its robust exterior combined with a simple interface produces powerfully accurate point clouds in record time.

D230A UAV Gamma Ray Spectrometer Specifications
Detector:2 x BGO – 104cm³, with bi-alkal PMT Sensitivity 2 x 160cps / MBq/m (Cs-137). Resolution max 11.5% FWHM (661keV) or 2 x NaI/TI, 104cm³, with bi-alkal PMT. Resolution max 8% FWHM (661keV)
Spectrometer:Full Digital 2 x 1024 channel, 40MHz DSP, Linear Energy corrected, Pile-up rejecter, 200n resolution,
Sampling Rate:User selectable, minimum 1 per second
Energy Range:25keV-3000keV
Dose Rate:Fully energy compensated (from 30 keV – 1,500 keV), linear up to 100 micro Sv/h, Complies with IEC
60486-1, Sensitivity 1 nSv/hr
Display:LCD 2 x 20 characters
Control:Single button operation
Communication:Data transfer, remote control and diagnostic by USB 2.0
Temperature Range:-10 degrees C to 50 degrees C.

 

Expert Advice Provider For Geophysical
& Geotechnical Program

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Examples Of Processing And Interpretation:

Austhai GeophysicalProvides Processing, Modeling and Interpretation of Photogrammetry and Lidar data:

  • Highly accurate 3D models – of any environment for mobile mapping, delivery and surveying, as well as real-time assessment and monitoring applications.
  • Elevation Modeling – create high-precision 3D models.
  • Volume calculations – Old Pit Volume analysis.

 

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