Mobile Mapping Solution 900/1300

Long-range high-end LiDAR solutions, providing most universal installation.

alpha-uni-900

Overview

Mobile Mapping Solution 900/1300 belongs to Alpha Mobile Mapping family, are high-end multi-platform LiDAR systems, which designed and improved through many years of exploration and data capture experience. Mobile Mapping Solution 900/1300 offers fully integrated system with high-precision, long-range laser scanners with unique Waveform-LiDAR technology from Riegl and high-accuracy inertial navigation system, ready for demanding surveying missions in the air and on the ground, requiring the highest quality of data.

  • SURVEY-GRADE ACCURACY TOGETHER WITH LONG-RANGE CAPABILITY:
    Scanning range up to 920 m or 1350 m With Riegl's premium VUX-1 UAV and VUX-1 LR high-speed, long-range scanners, combined with industry-leading GNSS and IMU sensors, the AlphaUni 900 and 1300 are designed for the most demanding mapping applications where accuracy, high speeds and altitudes over large scan regions are a must.
  • GREATEST FLEXIBILITY:
    Support multiple platforms installation In only 5 minutes set-up time the AlphaUni 900 allows users to capture reality from multiple platforms, including different UAV models, multi-rotor and fixed-wing VTOL UAS, and then switch to vehicle mode for highway measurements and high-precision maps with our advanced kit with panoramic camera or quickly switch to backpack mode when the UAV and vehicle are unable to complete the mission.
  • CONNECTIVITY:
    Supporting for additional sensors For multi-platform installation, the AlphaUni 900 & 1300 have different connection ports and support additional synchronization with DMI, GAMS (dual GNSS antenna), different cameras and other devices that support NMEA.
  • EFFICIENT WORKFLOW:
    From field data acquisition to office processing CHCNAV offers a complete package to add the LiDAR solution to users' geomatics services. Fully automated reality capture and real-time mission monitoring using CoCapture field software and semi-automated point cloud processing using CoPre desktop software. Perform final feature extraction in Orbit GT software or use CoProcess CAD software.