SureStar Lightweight UAV LiDAR System
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Lightweight Skylark Lightweight Skylark UAV LiDAR SystemRead More
Skylark is SureStar’s best-in-class mapping LiDAR system specifically designed for larger drones and manned light aircraft. With an acquisition range of up to 1,500 meters, and a point density 3 times that of a small format 360° FOV airborne LiDAR, Skylark is the perfect choice for 1:500 topographic mapping and other high-density point cloud applications. Its uniquely high point acquisition rate means Skylark can be mounted to flying platforms ranging from large multi-rotor UAVs to fixed-wing aircraft with flying speeds of 100km/h. With cutting-edge technologies inside, Skylark has been applied to transmission line inspection, topographic mapping, 3D city modeling, water conservancy survey, forestry census, and geological disaster assessment. -
Skylark Lightweight Lightweight Skylark UAV LiDAR SystemRead More
Skylark is SureStar’s best-in-class mapping LiDAR system specifically designed for larger drones and manned light aircraft. With an acquisition range of up to 1,500 meters, and a point density 3 times that of a small format 360° FOV airborne LiDAR, Skylark is the perfect choice for 1:500 topographic mapping and other high-density point cloud applications. Its uniquely high point acquisition rate means Skylark can be mounted to flying platforms ranging from large multi-rotor UAVs to fixed-wing aircraft with flying speeds of 100km/h. With cutting-edge technologies inside, Skylark has been applied to transmission line inspection, topographic mapping, 3D city modeling, water conservancy survey, forestry census, and geological disaster assessment. -
Lightweight Skylark Skylark Lightweight UAV LiDAR SystemRead More
Skylark is SureStar’s best-in-class mapping LiDAR system specifically designed for larger drones and manned light aircraft. With an acquisition range of up to 1,500 meters, and a point density 3 times that of a small format 360° FOV airborne LiDAR, Skylark is the perfect choice for 1:500 topographic mapping and other high-density point cloud applications. Its uniquely high point acquisition rate means Skylark can be mounted to flying platforms ranging from large multi-rotor UAVs to fixed-wing aircraft with flying speeds of 100km/h. With cutting-edge technologies inside, Skylark has been applied to transmission line inspection, topographic mapping, 3D city modeling, water conservancy survey, forestry census, and geological disaster assessment. -
Skylark Lightweight Skylark Lightweight UAV LiDAR SystemRead More
Skylark is SureStar’s best-in-class mapping LiDAR system specifically designed for larger drones and manned light aircraft. With an acquisition range of up to 1,500 meters, and a point density 3 times that of a small format 360° FOV airborne LiDAR, Skylark is the perfect choice for 1:500 topographic mapping and other high-density point cloud applications. Its uniquely high point acquisition rate means Skylark can be mounted to flying platforms ranging from large multi-rotor UAVs to fixed-wing aircraft with flying speeds of 100km/h. With cutting-edge technologies inside, Skylark has been applied to transmission line inspection, topographic mapping, 3D city modeling, water conservancy survey, forestry census, and geological disaster assessment. -
Lightweight Skylark Lightweight Skylark Skylark Lightweight UAV LiDAR SystemRead More
Skylark is SureStar’s best-in-class mapping LiDAR system specifically designed for larger drones and manned light aircraft. With an acquisition range of up to 1,500 meters, and a point density 3 times that of a small format 360° FOV airborne LiDAR, Skylark is the perfect choice for 1:500 topographic mapping and other high-density point cloud applications. Its uniquely high point acquisition rate means Skylark can be mounted to flying platforms ranging from large multi-rotor UAVs to fixed-wing aircraft with flying speeds of 100km/h. With cutting-edge technologies inside, Skylark has been applied to transmission line inspection, topographic mapping, 3D city modeling, water conservancy survey, forestry census, and geological disaster assessment. -
Skylark Lightweight Lightweight Skylark Skylark Lightweight UAV LiDAR SystemRead More
Skylark is SureStar’s best-in-class mapping LiDAR system specifically designed for larger drones and manned light aircraft. With an acquisition range of up to 1,500 meters, and a point density 3 times that of a small format 360° FOV airborne LiDAR, Skylark is the perfect choice for 1:500 topographic mapping and other high-density point cloud applications. Its uniquely high point acquisition rate means Skylark can be mounted to flying platforms ranging from large multi-rotor UAVs to fixed-wing aircraft with flying speeds of 100km/h. With cutting-edge technologies inside, Skylark has been applied to transmission line inspection, topographic mapping, 3D city modeling, water conservancy survey, forestry census, and geological disaster assessment. -
Lightweight Skylark Skylark Lightweight Skylark Lightweight UAV LiDAR SystemRead More
Skylark is SureStar’s best-in-class mapping LiDAR system specifically designed for larger drones and manned light aircraft. With an acquisition range of up to 1,500 meters, and a point density 3 times that of a small format 360° FOV airborne LiDAR, Skylark is the perfect choice for 1:500 topographic mapping and other high-density point cloud applications. Its uniquely high point acquisition rate means Skylark can be mounted to flying platforms ranging from large multi-rotor UAVs to fixed-wing aircraft with flying speeds of 100km/h. With cutting-edge technologies inside, Skylark has been applied to transmission line inspection, topographic mapping, 3D city modeling, water conservancy survey, forestry census, and geological disaster assessment. -
Skylark Lightweight Skylark Lightweight Skylark Lightweight UAV LiDAR SystemRead More
Skylark is SureStar’s best-in-class mapping LiDAR system specifically designed for larger drones and manned light aircraft. With an acquisition range of up to 1,500 meters, and a point density 3 times that of a small format 360° FOV airborne LiDAR, Skylark is the perfect choice for 1:500 topographic mapping and other high-density point cloud applications. Its uniquely high point acquisition rate means Skylark can be mounted to flying platforms ranging from large multi-rotor UAVs to fixed-wing aircraft with flying speeds of 100km/h. With cutting-edge technologies inside, Skylark has been applied to transmission line inspection, topographic mapping, 3D city modeling, water conservancy survey, forestry census, and geological disaster assessment. -
Lightweight Skylark Lightweight UAV LiDAR SystemRead More
Skylark is SureStar’s best-in-class mapping LiDAR system specifically designed for larger drones and manned light aircraft. With an acquisition range of up to 1,500 meters, and a point density 3 times that of a small format 360° FOV airborne LiDAR, Skylark is the perfect choice for 1:500 topographic mapping and other high-density point cloud applications. Its uniquely high point acquisition rate means Skylark can be mounted to flying platforms ranging from large multi-rotor UAVs to fixed-wing aircraft with flying speeds of 100km/h. With cutting-edge technologies inside, Skylark has been applied to transmission line inspection, topographic mapping, 3D city modeling, water conservancy survey, forestry census, and geological disaster assessment. -
Skylark Lightweight Lightweight UAV LiDAR SystemRead More
Skylark is SureStar’s best-in-class mapping LiDAR system specifically designed for larger drones and manned light aircraft. With an acquisition range of up to 1,500 meters, and a point density 3 times that of a small format 360° FOV airborne LiDAR, Skylark is the perfect choice for 1:500 topographic mapping and other high-density point cloud applications. Its uniquely high point acquisition rate means Skylark can be mounted to flying platforms ranging from large multi-rotor UAVs to fixed-wing aircraft with flying speeds of 100km/h. With cutting-edge technologies inside, Skylark has been applied to transmission line inspection, topographic mapping, 3D city modeling, water conservancy survey, forestry census, and geological disaster assessment.
