Map outputs and data samples

A wide range of maps with the same drone

Orthomosaic maps

2D orthomosaic maps contain the location (exact X and Y coordinates) and color information of each point on the map. These aerial maps can be used for linear (distance) and surface calculations as well as alteration monitoring.

Map output

Cameras
  • RGB61
  • Sony RX1R II
  • Sony a6100
  • Oblique Sony a6100
Extensions
  • geoTIFF (.tiff)
  • .jpg
  • .png
  • Google tiles (.kml, .html)
Use cases
  • Cadastral plan
  • Land measurement and planning
  • Road, power line construction
  • Field boundaries
  • Distance and area calculation
Industries

Data sets and maps

Bridgeport Moreland Construction Monitoring

Camera: RGB61
Coverage: 91 ha (225 acres)
GSD: 2.3 cm/px (0.9 in/px)

Colorado power plant 

Camera: Sony RX1R II
Coverage: 64 ha (158 acres)
GSD: 1.5 cm/px (0.6 in/px)

Open pit mine

Camera: Sony RX1R II
Coverage: 85 ha (210 acres)
GSD: 1.7 cm/px (0.66 in/px)

Point Cloud

A point cloud is a set of data points that each represent a position (X, Y, Z) on the ground, vegetation or infrastructure.
According to the accuracy of data collected, point clouds depict everything captured as location-specific objects. When verified with checkpoints, point clouds can be used to measure distances, volumes and surfaces.

Map output

Data sets and maps

Construction site

Camera: Sony RX1R II
Coverage: 283.48 ha (700 acres) 
GSD: 2.38 cm/px (0.94 in/px)

High-resolution quarry mapping

Camera: Sony RX1R II
Coverage: 36 ha (90 acres)
GSD: 1 cm/px (0.4 in/px)

Dominican Highway

Camera: Sony RX1R II
Coverage: 56 ha (139 acres)
GSD: 1.8 cm/px (0.71 in/px)

LIDAR Point Cloud

LIDAR outputs are detailed 3D representations, containing precise X, Y, and Z coordinates for each data point.

This high-resolution data captures the physical characteristics of the scanned area, including elevation and vegetation structure.

These outputs are essential for volumetric measurements, topographic mapping, and change detection over time, providing valuable insights for various applications such as environmental monitoring, urban planning, and infrastructure development.

Map output

Sensor
  • Wingtra LIDAR
Extensions
  • .las
  • laz
Use cases
  • Terrain mapping beneath vegetation (greenfield surveys)
Industries
  • Mining and metals
  • Construction and infrastructure
  • Urban planning and land management
  • Environmental monitoring

Data sets and maps

LIDAR forest mapping

Sensor: Wingtra LIDAR
Coverage: 300 ha (741 acres) 

LIDAR construction site

Sensor: Wingtra LIDAR
Coverage: 30 ha (74 acres)

3D reconstruction

3D data can be turned into 3D models, point clouds, digital surface and terrain models, elevation maps, photorealistic reconstructions and more. These high-resolution aerial imagery outcomes provide volume, distance, surface area and elevation calculations used in mining operation planning, stockpile inventories, topography depiction and generating photorealistic models.

Map output

Cameras
  • Sony RX1R II
  • Sony a6100
  • Oblique Sony a6100
Extensions
  • geoTIFF (.tiff)
  • .las
  • .laz
  • .xyz
  • .obj
  • .ply
  • .ascii
  • .dxf
  • .shp
  • .kml
  • .pdf
Use cases
  • Stockpile measurement
  • Inventories and auditing
  • Recurring mine planning
  • Construction site reconstruction
  • Contour mapping
  • Inspection
  • Surface
  • Distance
  • Volume and elevation measurement
Industries

Data sets and maps

Digital twin of Zurich city

Camera: Oblique Sony a6100
Coverage: 800 ha (2000 ac)
GSD: 3.1 cm/px (1.2 in/px)

Please note that only a fraction of the entire data set is offered as raw data. 

Regensburg digital twin

Camera: Oblique Sony a6100
Coverage: 76 ha (188 ac)
GSD: 2 cm/px (0.8 in/px) 

BNI coal mine

Camera: Sony RX1R II
Coverage: 81 ha (201 acres)
GSD: 1.61 cm/px (0.63 in/px)

Multispectral imagery

WingtraOne’s integrated Micasense cameras collect multispectral data that can be turned into chlorophyll maps, NDVI layers, digital surface models or RGB single images. A resultant high-resolution aerial view map can be used for monitoring plant health and vigor, as well as evaluating surface properties, water flow and much more.

Map output

Cameras
  • Micasense RedEdge-MX
  • Micasense RedEdge-P
Extensions
  • geoTIFF (.tiff)
  • .shp
Use cases
  • Precision farming
  • Crop monitoring
  • Damage assessment
  • Fertility effectivity
Industries

Data sets and maps

Forest mapping in Sweden

Camera: MicaSense RedEdge-P
GSD: 4 cm/px (1.6 in/px)

Palm tree detection

Camera: MicaSense RedEdge-P
Coverage: 50 ha (123 acres)
GSD: 2.3 cm (0.9 in)

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