LiBackpack C50
Application: City Planning
Data collection: LiBackpack C50
Speed: Normal walking speed
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Using LiBackpack to collect urban area LiDAR data can be used for generating 3D models as the database of city planning.
LiBackpack C50
Application: Forestry
Data collection: LiBackpack C50
Speed: Normal walking speed
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Acquired by Backpack LiDAR system, can be used for tree segmentation, digital models generation, and tree parameters extraction.
LiBackpack C50
Application: BIM
Data collection: LiBackpack C50
Speed: Normal walking speed
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Using LiBackpack to collect undergound garage, LiDAR data can be used for generating 3D models as the database of garage management.
LiBackpack D50
Application: Forestry
Data collection: LiBackpack D50
Speed: Normal walking speed
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Acquired by Backpack LiDAR system, can be used for tree segmentation, digital models generation, and tree parameters extraction.
LiBackpack DG50
Application: City Planning & Tree Management
Data collection: LiBackpack DG50
Speed: Normal walking speed
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Using LiBackpack to collect LiDAR data in a park avenue, which can be used for generating 3D models as the database of city planning. Also it can be used for tree management in urban area.
LiBackpack DG50
Application: City Planning & BIM (Indoor & Outdoor)
Data collection: LiBackpack DG50
Speed: Normal walking speed
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Using LiBackpack to collect urban area LiDAR data can be used for generating 3D models as the database of city planning. Also collect the LiDAR data inside the building which can be used for BIM.
LiAir V70
Application: Factory
Data collection: LiAir V70
Speed: 5 m/s, 60-70 m height above ground
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Point cloud acquired by LiAir V70 which can be used for Factory Survey.
LiAir V70
Application: Forestry
Data collection: LiAir V70
Speed: 5 m/s, 60-70 m height above ground
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Point cloud acquired by LiAir V70 can be used for tree segmentation, digital models generation, and tree parameters extraction.
LiAir V
Application: Forestry
Data collection: LiAir V
Speed: 5 m/s, 100 m height above ground
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Point cloud acquired by LiAir V which can be used for tree segmentation, digital models generation, and tree parameters extraction..
LiAir V70
Application: Powerline
Data collection: LiAir V70
Speed: 5 m/s, 60-70 m height above ground
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Acquired by the LiAir V70, can be used for powerline inspection.
LiAir V
Application: City Planning
Data collection: LiAir V
Speed: 5 m/s, 100 m height above ground
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Acquired by the airborne LiDAR system, can be used for city planning or road survey.
LiAir V
Application: Powerline
Data collection: LiAir V
Speed: 5 m/s, 100 m height above ground
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Powerline corridor data collection. Can be used to detect danger cross lines and simulate power transmission situations within different environments.
LiAir S50
Application: Powerline & Forestry
Data collection: LiAir S50
Speed: 5 m/s
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Powerline corridor with dense forest data collection. Can be used to detect danger cross lines and simulate power transmission situations within different environments. Can also be used for tree segmentation and digital models generation.
LiAir S50
Application: Terrain
Data collection: LiAir S50
Speed: 4.8 m/s
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Using LiAir to collect the data and can using LiDAR360 LiDAR processing software to generate terrain products.
LiAir S50
Application: Park & Urban Road
Data collection: LiAir S50
Speed: 5 m/s
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Acquired by the airborne LiDAR system, can be used for city planning or road survey.
LiAir S220
Application: Residental Area
Data collection: LiAir S220
Speed: 5 m/s
AGL: 85 m
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Acquired by the airborne LiDAR system, can be used for city planning or road survey.
LiAir S220
Application: Forestry
Data collection: LiAir S220
Speed: 5 m/s
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Acquired by UAV LiDAR, can be used for tree segmentation and digital models generation.
LiAir S220
Application: Urban Road
Data collection: LiAir S220
Speed: 5 m/s
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Acquired by the airborne LiDAR system, can be used for city planning or road survey.
LiAir S220
Application: Powerline
Data collection: LiAir S220
Speed: 5 m/s
AGL: 70 m
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Powerline corridor data collection. Can be used to detect danger cross lines and simulate power transmission situations within different environments.
LiAir 250
Application: Powerline
Data Collection: LiAir 250
Flight parameters: 5 m/s, 85 m height above ground
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Powerline corridor data collection. Can be used to detect danger cross lines and simulate power transmission situations within different environments.
LiAir 250
Application: Forestry
Data Collection: LiAir 250
Flight parameters: 5 m/s, 85 m height above ground
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
LiAir 250 captures a point cloud of the eucalyptus forest with rich 3D information of the canopy, stems, and understory, which can be used for tree segmentation under the objectives of calculating tree counts, height, canopy diameter and so on.
LiAir 250
Application: Planning, Surveying, Forestry
Data Collection: LiAir 250
Flight parameters: 5 m/s, 85 m height above ground
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Point cloud acquired by LiAir 250 which can be used for urban planning, surveying, and forestry analysis.
LiAir 1000
Application: City
Data collection: LiAir 1000 mounted to Helicopter + RGB
Speed: 120 km/h
AGL: 500 m
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
City information collection using helicopter. Data can be used to extract accurate 3D information of buildings in urban planning.
LiAir 1000
Application: Terrain & Forestry
Data collection: LiAir 1000
Speed: 5 m/s
AGL: 300 m
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Point cloud acquired by LiAir 1000 which can be used for terrain surveying and forestry analysis.
LiAir 1000
Application: Powerline
Data collection: LiAir 1000
Speed: 4.8 m/s
AGL: 300 m
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Complicated power transmission lines data collection. Can be used to detect danger cross lines and simulate power transmission situations within different environments.
LiMobile (Velodyne)
Application: Urban Road
Data Collection: LiMobile (Velodyne)
Speed: ~60 km/h
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Acquired by a LiDAR system on a vehicle, can be used for city planning or road survey.
LiMobile (Riegl)
Application: Urban Road
Data Collection: LiMobile (Riegl)
Speed: ~60 km/h
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Acquired by a LiDAR system on a vehicle, can be used for city planning or road survey.
LiBackpack 50
Application: Cargo
Data collection: LiBackpack
Speed: Normal walking speed
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Using LiBackpack to collect the empty sand barge and full loaded sand barge, quickly and accurately measure the volume of sand barge cargo load using LiDAR360 LiDAR processing software.
LiBackpack 50
Application: BIM
Data collection: LiBackpack
Speed: Normal walking speed
Data Format: * .LiData (Proprietary data format, must be opened in LiDAR360)
Using LiBackpack to collect undergound garage, LiDAR data can be used for generating 3D models as the database of garage management.