Phoenix LiDAR is a leading developer of survey-grade aerial LiDAR systems for UAVs (unmanned aerial vehicles) and unmanned systems.
Our versatile laser scanning solutions can be mounted on a wide range of platforms, including fixed-wing and multirotor drones, USVs (unmanned surface vessels) and land-based mobile mapping vehicles.
Our airborne LiDAR solutions take advantage of state-of-the-art laser mapping technology that allows users to acquire high-resolution survey-grade data in real time, covering large areas faster and with more consistency than traditional terrestrial or mobile mapping methods.
All our products are integrated to meet your individual requirements for accuracy, environment, budget and overall capability.
We offer imaging options for hi-res photo, thermal, hyperspectral sensing and more, as well as optional GNSS reference stations, a laptop-based ground control station (GCS), and other accessories.
Every LiDAR system is thoroughly and expertly tested to ensure that it is properly calibrated and ready to fly out of the box.
Scout M2X
Long-range LiDAR scanner for challenging applications, higher altitudes and speeds
Recon XT
Entry-level mapping LiDAR for DJI Matrice 300 UAV
miniRanger-3 Lite
High-density UAV LiDAR system with 300 kHz repetition rate
Ranger XL
Lightweight airborne laser scanner for high point density corridor mapping
Ranger-LR Lite
High-density long-range LiDAR for UAVs and mobile mapping vehicles
Ranger-Ultra
High-density corridor mapping LiDAR with forward and backward FOV
HydroRANGER
Airborne topo-bathymetric LiDAR scanning system for unmanned helicopters
We also offer a cloud-based LiDAR post-processing software platform that automates your post-processing workflow, allowing you to save time and focus on your business goals and growth.
LiDARMill provides an intuitive dashboard that allows you to view data, track project status, and invite clients to inspect point clouds. The versatile software can be scaled to the needs of any size organization, from small survey teams to large government departments.
Learn more: LiDARMill Post-Processing Software
MissionGuidance
provides real-time guidance for manned LiDAR data acquisition operators that improves accuracy and closes the gap in data quality between manned aircraft and UAVs, reducing gaps and repeated flights.
The software visualises pre-defined flight plans to the pilot relative to the aircraft’s current position, allowing real-time adjustments to be made and ensuring all data collection passes are made within tolerance.
FlightPlanner
is a free web-based service offered to all our clients that allows UAV LiDAR operators to precisely plan missions and experiment with different parameters before flying.
The intuitive interface allows users to select areas of interest, input a variety of flight parameters such as altitude and velocity and see how they will affect the mission, and export a KMZ file directly to the drone.
Learn more: FlightPlanner Software
SpatialExplorer is a comprehensive software suite that provides everything required to collect and process LiDAR data, streamlining acquisition, geo-referencing, data fusion and exporting.
Capabilities include:
Learn more: SpatialExplorer 7 Software Suite
Our integrated LiDAR solutions are ideal for a wide range of drone-based LiDAR aerial survey and mapping applications:
Map structures and cables and monitor vegetation, fusing RGB imagery and high density point data to create high-accuracy models
Efficiently survey large forested areas in a fraction of the time, without the need to send teams into dense vegetation
Create detailed maps of mining sites with combined ground and aerial scans, and generate accurate elevation data
Assess damage to critical infrastructure and communities after floods, earthquakes and other disasters
Discover erosion and other potential threats around buildings, supporting structures and pathways before problems develop
Use high-density laser measurements to gather accurate and reliable data on development sites
Survey and monitor crops, terrain and natural resources to provide actionable data and utilise agricultural land efficiently
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