Info News

  • Lightweight Skylark Lightweight Skylark UAV LiDAR System

    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 System

    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 System

    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 System

    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 System

    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 System

    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 System

    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 System

    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.
  • Mini UAV Genius Mini UAV Genius Genius Mini UAV LiDAR System


    One-button start up
    One-person operation
    Light weight suitable for DJI M210
    Genius Mini UAV LiDAR is developed by Surestar, a cost effective surveying grade LiDAR solution. Genius is integrated with a R-fans multi-beam Laser Scanner, a POS (GNSS/IMU), a computer control unit and data storage unit. Genius is featured as accurate, highly integrated, ultra light, easy to operate, fast to install/dis-assemble, and convenient to carry. As a user affordable solution, Genius adapts to most UAV systems. The highly integrated design awards Genius its portable system distinguish performance and stability. Genius enables surveyors to rapidly obtain Digital Surface Model and images for efficient geospatial applications.
  • Genius Mini UAV Mini UAV Genius Genius Mini UAV LiDAR System


    One-button start up
    One-person operation
    Light weight suitable for DJI M210
    Genius Mini UAV LiDAR is developed by Surestar, a cost effective surveying grade LiDAR solution. Genius is integrated with a R-fans multi-beam Laser Scanner, a POS (GNSS/IMU), a computer control unit and data storage unit. Genius is featured as accurate, highly integrated, ultra light, easy to operate, fast to install/dis-assemble, and convenient to carry. As a user affordable solution, Genius adapts to most UAV systems. The highly integrated design awards Genius its portable system distinguish performance and stability. Genius enables surveyors to rapidly obtain Digital Surface Model and images for efficient geospatial applications.