# Phoenix LiDAR Systems User Manual 8.0 - 9.0

## Phoenix LiDAR Systems 8.0 and 9.0

- [Welcome](https://docs.phoenixlidar.com/master.md)
- [Introduction](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/introduction.md)
- [Installation](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/installation.md)
- [System Requirements](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/installation/installation.md)
- [SpatialExplorer-Compatibility](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/installation/spatialexplorer-compatibility.md)
- [Licensing](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/installation/licensing.md)
- [Change Log](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/installation/change-log.md)
- [User Interface](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface.md)
- [Windows](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows.md)
- [AGL Oracle](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/agl-oracle.md)
- [Classify On Selection](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/classify-on-selection.md)
- [Coordinate Reference System](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project-setup.md)
- [Corrections](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/corrections.md)
- [Main View](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/main-view.md)
- [Picks](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/measurements-window.md)
- [Messages](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/messages.md)
- [Mission Guidance](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/flight-guidance.md)
- [Photo Viewer](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/photo-viewer.md)
- [Project](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project.md)
- [Rover](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover.md)
- [Cameras](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/cameras.md)
- [Camera Acquisition Settings](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/cameras/camera-acquisition-settings.md)
- [Camera Calibration Settings](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/cameras/camera-calibration-settings.md)
- [Camera Processing Settings](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/cameras/camera-processing-settings.md)
- [Camera Tools](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/cameras/camera-tools.md)
- [Load sensor transform/extrinsics from file](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/cameras/camera-tools/load-sensor-transform-extrinsics-from-file.md)
- [Calibrate Sensor Manually](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/cameras/camera-tools/calibrate-sensor-manually.md)
- [Edit Receptor Masks](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/cameras/camera-tools/edit-receptor-masks.md)
- [IMU](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/imu.md)
- [GNSS](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/gnss.md)
- [Lidars](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/lidars.md)
- [Lidar Acquisition Settings](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/lidars/lidar-acquisition-settings.md)
- [Lidar Calibration Settings](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/lidars/lidar-calibration-settings.md)
- [Lidar Processing Settings](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/lidars/lidar-processing-settings.md)
- [Lidar Tools](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/lidars/lidar-tools.md)
- [Load sensor transform/extrinsics from file](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/rover/lidars/lidar-tools/load-sensor-transform-extrinsics-from-file.md)
- [Reference Stations](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/reference-stations.md)
- [Flightplans](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/flightplans.md)
- [Geometry](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/geometry.md)
- [Modifying Geometries](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/geometry/modifying-geometries.md)
- [Grid](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/grid.md)
- [Ground Control](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/ground-control-points-gcps.md)
- [Images](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/images.md)
- [Intervals](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/intervals.md)
- [Trajectories](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/trajectories.md)
- [Pointclouds](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/pointclouds.md)
- [Terrains](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project/terrains.md)
- [Project Player](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/project-player.md)
- [Sensors](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/sensor-controller.md)
- [SLAM](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/slam.md)
- [SLAM Processing Profile](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/slam/slam-processing-profile.md)
- [System Monitor](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/windows/system-monitor.md)
- [Toolbars](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars.md)
- [File](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/file.md)
- [Settings](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/file/settings.md)
- [General](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/file/settings/general.md)
- [Processing](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/file/settings/processing.md)
- [LiDARMill](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/file/settings/lidarmill.md)
- [Shortcuts](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/file/settings/shortcuts.md)
- [View](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/view.md)
- [Selection](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/data-visualization.md)
- [Cloud Script Tool](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/data-visualization/cloud-script-tool.md): The Cloud Script Tool in the Edit Cloud Script window makes selections by querying point attributes.
- [Workflow](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow.md)
- [NavLab Embedded](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/navlab-embedded.md): NavLab Embedded produces a refined trajectory using raw navigation data recorded by the lidar system.
- [Processing Options](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/navlab-embedded/processing-options.md)
- [Estimating Primary Antenna Lever Arm](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/navlab-embedded/estimating-primary-antenna-lever-arm.md)
- [Create Intervals](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/create-intervals.md): Processing intervals are used to exclude unnecessary data. Intervals are also involved during lidar calibration and relative accuracy reporting.
- [Disambiguate Lidar Ranging](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidar.md): Data recorded by Riegl lidar scanners requires range disambiguation.
- [Create Cloud](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/create-cloud.md): Point clouds can be produced using the Create Cloud tool.
- [LiDARSnap](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidarsnap-v4.md): LiDARSnap is used to optimize lidar pointclouds by calibrating sensors and optimizing trajectories. This helps improve alignment of data from different flight lines or from different times.
- [Sensor Calibration](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidarsnap-v4/sensor-calibration.md)
- [Trajectory Optimization](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidarsnap-v4/trajectory-optimization.md)
- [Aerial Trajectory Optimization](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidarsnap-v4/trajectory-optimization/aerial-trajectory-optimization.md)
- [Mobile Trajectory Optimization](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidarsnap-v4/trajectory-optimization/mobile-trajectory-optimization.md)
- [Ground Control with LiDARSnap](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidarsnap-v4/ground-control-with-lidarsnap.md)
- [Vertical Only Adjustment](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidarsnap-v4/ground-control-with-lidarsnap/vertical-only-adjustment.md)
- [Full Adjustment](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidarsnap-v4/ground-control-with-lidarsnap/full-adjustment.md)
- [LiDARSnap Tuning and Parameters](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidarsnap-v4/lidarsnap-tuning-and-parameters.md)
- [Control Point Clouds](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidarsnap-v4/control-point-clouds.md)
- [Example: Optimizing Data from Multiple Scans](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/lidarsnap-v4/example-optimizing-data-from-multiple-scans.md)
- [CameraSnap](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/camera-snap.md): CameraSnap enables the user to precisely calibrate camera mounting rotations (IMU->Camera rotations), receptor intrinsics, lens distortions, and individual image poses.
- [Auto-detect without review](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/camera-snap/auto-detect-without-review.md)
- [Auto-detect with manual review](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/camera-snap/auto-detect-with-manual-review.md)
- [Manually-Created Matches](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/camera-snap/manually-created-matches.md)
- [CameraSnap Reports](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/camera-snap/camerasnap-reports.md)
- [Colorize Cloud](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/colorize-cloud.md): Point clouds can be colorized with aerial or mobile imagery.
- [Align to GCPs](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/ground-control.md)
- [Adjusting Automatically to GCPs (Vertical Only)](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/ground-control/adjusting-automatically-to-gcps-vertical-only.md)
- [Manual Adjustment (Horizontal and Vertical)](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/ground-control/manual-adjustment-horizontal-and-vertical.md)
- [Reports](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/reports.md): Project and accuracy reports can be generated using the Create Reports tool.
- [Export](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/workflow/export.md): The export menu is used to export point clouds to LAS/LAZ format, as well as to save other raster and vector products.
- [Analytics](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics.md)
- [Classify](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/classify.md): The classification menu contains various classification routines used to algorithmically classify points.
- [Classify By Class](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/classify/classify-by-class.md)
- [Classify Noise](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/classify/classify-noise.md)
- [Classify Statistical Outliers](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/classify/classify-statistical-outliers.md)
- [Classify Ground](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/classify/classify-ground.md)
- [Classify Powerlines](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/classify/classify-powerlines.md)
- [Classify Moving Objects](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/classify/classify-moving-objects.md)
- [Create](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/create.md): Geometry, raster, and pointcloud products can be created via tools available in the Create toolbar.
- [Create Maps](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/create/create-maps.md)
- [Create Floorplans](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/create/create-floorplans.md)
- [Create Contours](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/create/create-contours.md)
- [Create Mesh](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/create/create-mesh.md)
- [Compute Normals](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/create/compute-normals.md)
- [CloudClean](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/create/cloudclean.md)
- [Resample Cloud (Delaunay)](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/create/resample-cloud-delaunay.md)
- [Calculate Distance](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/calculate-distance.md)
- [Measure](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/measure.md)
- [Std. Dev. Along Surface Normal](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/measure/std.-dev.-along-surface-normal.md)
- [Surface Area and Point Density](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/measure/surface-area-and-point-density.md)
- [Volume](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/measure/volume.md)
- [Compute SOCS](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/analytics/compute-socs.md)
- [LiDARMill](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/lidarmill.md)
- [Positions](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/lidarmill/positions.md)
- [Manage Grids](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/lidarmill/manage-grids.md)
- [View GNSS Antennas](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/lidarmill/view-gnss-antennas.md)
- [Rover](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/rover.md): The Rover toolbar is used to interface with your lidar system.
- [Connect to Rover](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/rover/connect-to-rover.md)
- [Disconnect from Rover](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/rover/disconnect-from-rover.md)
- [Rover Settings and Profiles](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/rover/rover-settings-and-profiles.md): The rover settings page contains all lidar system acquisition settings. This includes settings pertaining to the navigation system, lidar sensors, and cameras.
- [Navigation System](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/rover/rover-settings-and-profiles/navigation-system.md)
- [Sensors](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/rover/rover-settings-and-profiles/sensors.md)
- [Camera Settings](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/rover/rover-settings-and-profiles/camera-settings.md)
- [LiDAR Settings](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/rover/rover-settings-and-profiles/lidar-settings.md)
- [Shutdown Rover](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/rover/shutdown-rover.md)
- [Tools](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/tools.md)
- [Navigation](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/tools/navigation.md)
- [Plot Trajectories](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/tools/navigation/plot-trajectories.md)
- [Camera](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/tools/camera.md)
- [Edit Camera Events](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/tools/camera/edit-camera-events.md)
- [Create Camera Sessions from Data](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/tools/camera/create-camera-sessions-from-data.md)
- [Licensing](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/tools/licensing.md)
- [Create Transformation...](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/user-interface/toolbars/tools/create-transformation....md)
- [Workflows](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/post-processing.md): Common lidar production workflows are outlined in this section. Tools used in each step of a workflow are hyperlinked to the tools description under Post Processing tools.
- [Data Processing Workflows](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/post-processing/data-processing-workflows.md)
- [Airborne Lidar Processing](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/post-processing/data-processing-workflows/airborne-lidar-processing.md)
- [Mobile Lidar Processing](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/post-processing/data-processing-workflows/mobile-lidar-processing.md)
- [Backpack and Pedestrian Lidar Processing](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/post-processing/data-processing-workflows/backpack-and-pedestrian-lidar-processing.md)
- [SLAM Lidar Processing](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/post-processing/data-processing-workflows/slam-workflow-beta.md)
- [LAZ Processing](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/post-processing/data-processing-workflows/laz-processing.md)
- [Field Data Check](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/post-processing/data-processing-workflows/field-data-check.md): This workflow should be used by sensor operators in the field to ensure that all necessary data has been acquired. Some steps do not apply to all systems.
- [FAQs](https://docs.phoenixlidar.com/spatialexplorer-8-and-9/frequently-asked-questions.md): SpatialExplorer: Frequently Asked Questions
- [Introduction](https://docs.phoenixlidar.com/lidarmill-cloud/introduction.md)
- [Login/Register](https://docs.phoenixlidar.com/lidarmill-cloud/login-register.md)
- [User management](https://docs.phoenixlidar.com/lidarmill-cloud/login-register/sub-accounts.md)
- [Quick Start Guide](https://docs.phoenixlidar.com/lidarmill-cloud/quick-start-guide.md)
- [Overview](https://docs.phoenixlidar.com/lidarmill-cloud/overview.md)
- [Post Processing Workflow](https://docs.phoenixlidar.com/lidarmill-cloud/workflow.md)
- [Create New Project](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/project.md)
- [Details](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/project/details.md)
- [Project Reference Setup](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/project/project-reference-setup.md)
- [Summary](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/project/summary.md)
- [Create New Mission](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/missions.md)
- [Uploading a SpatialExplorer Mission](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/missions/uploading-a-spatialexplorer-mission.md)
- [Uploading a RECON Mission](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/missions/uploading-a-recon-mission.md)
- [Uploading a Pointcloud Processing Mission](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/missions/uploading-a-pointcloud-processing-mission.md)
- [Adding Reference Station Data](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/reference-station.md)
- [Adding Ground Control Points and Polygons](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/adding-ground-control-points-and-polygons.md)
- [Ground Control Points (GCPs)](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/adding-ground-control-points-and-polygons/ground-control-points-gcps.md)
- [Polygons](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/adding-ground-control-points-and-polygons/polygons.md)
- [Processing Tools](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/processing-tools.md)
- [NavLab Pipeline](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/processing-tools/navlab-pipeline.md)
- [Spatial Fuser Pipeline](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/processing-tools/spatial-fuser-pipeline.md)
- [Pointcloud Optimization Pipeline](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/processing-tools/pointcloud-optimization-pipeline.md)
- [Cloud Viewer](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/cloud-viewer.md)
- [Additional Tabs](https://docs.phoenixlidar.com/lidarmill-cloud/workflow/additional-tabs.md)
- [FAQs](https://docs.phoenixlidar.com/lidarmill-cloud/frequently-asked-questions.md): LiDARMill: Frequently Asked Questions
- [Introduction](https://docs.phoenixlidar.com/flightplanner/flight-planning.md)
- [User Interface](https://docs.phoenixlidar.com/flightplanner/user-interface.md)
- [FlightPlanner Interface Tools](https://docs.phoenixlidar.com/flightplanner/user-interface/flightplanner-interface-tools.md)
- [Change Theme](https://docs.phoenixlidar.com/flightplanner/user-interface/flightplanner-interface-tools/change-theme.md)
- [Feedback, Help, and Changelog](https://docs.phoenixlidar.com/flightplanner/user-interface/flightplanner-interface-tools/feedback-help-and-changelog.md)
- [Flight Info](https://docs.phoenixlidar.com/flightplanner/user-interface/flightplanner-interface-tools/flight-info.md)
- [Delete All](https://docs.phoenixlidar.com/flightplanner/user-interface/flightplanner-interface-tools/delete-all.md)
- [Measurement and Reset View](https://docs.phoenixlidar.com/flightplanner/user-interface/flightplanner-interface-tools/measurement-and-reset-view.md)
- [Upload Google KMZ file and Delete All KMLs](https://docs.phoenixlidar.com/flightplanner/user-interface/flightplanner-interface-tools/upload-google-kmz-file-and-delete-all-kmls.md)
- [Take off Location](https://docs.phoenixlidar.com/flightplanner/user-interface/flightplanner-interface-tools/take-off-location.md)
- [Reverse Waypoint Order, Undo, and Auto Update mission flightlines on setting change](https://docs.phoenixlidar.com/flightplanner/user-interface/flightplanner-interface-tools/reverse-waypoint-order-undo-and-auto-update-mission-flightlines-on-setting-change.md)
- [Address Search](https://docs.phoenixlidar.com/flightplanner/user-interface/flightplanner-interface-tools/address-search.md)
- [Workflow](https://docs.phoenixlidar.com/flightplanner/workflow.md)
- [Missions Library](https://docs.phoenixlidar.com/flightplanner/workflow/missions.md)
- [Basic UAS LiDAR Mission Planning (FP 9.0)](https://docs.phoenixlidar.com/flightplanner/workflow/basic-uas-lidar-mission-planning-fp-9.0.md)
- [Mission Type](https://docs.phoenixlidar.com/flightplanner/workflow/settings.md)
- [Overlap](https://docs.phoenixlidar.com/flightplanner/overlap.md)
- [FAQs](https://docs.phoenixlidar.com/flightplanner/faqs.md)
- [Warnings and Safety Notices](https://docs.phoenixlidar.com/hardware-and-interfaces/warnings.md): Please read these warnings and recommendations carefully to avoid damages to your Phoenix LiDAR System.
- [LiPo Battery Safety](https://docs.phoenixlidar.com/hardware-and-interfaces/warnings/lipo-battery-safety.md)
- [General Guidelines and Warnings](https://docs.phoenixlidar.com/hardware-and-interfaces/warnings/lipo-battery-safety/general-guidelines-and-warnings.md)
- [Pre-Charging Guidelines](https://docs.phoenixlidar.com/hardware-and-interfaces/warnings/lipo-battery-safety/pre-charging-guidelines.md)
- [Charging Process Guidelines](https://docs.phoenixlidar.com/hardware-and-interfaces/warnings/lipo-battery-safety/charging-process-guidelines.md)
- [Storage/Transportation Guidelines](https://docs.phoenixlidar.com/hardware-and-interfaces/warnings/lipo-battery-safety/storage-transportation-guidelines.md)
- [Battery Care Guidelines](https://docs.phoenixlidar.com/hardware-and-interfaces/warnings/lipo-battery-safety/battery-care-guidelines.md)
- [Laser Safety](https://docs.phoenixlidar.com/hardware-and-interfaces/warnings/laser-safety.md)
- [Class 1 Lasers](https://docs.phoenixlidar.com/hardware-and-interfaces/warnings/laser-safety/class-1-lasers.md)
- [VUX-240 Laser Safety](https://docs.phoenixlidar.com/hardware-and-interfaces/warnings/laser-safety/laser-safety.md)
- [Aircraft/Rover Operational Safety](https://docs.phoenixlidar.com/hardware-and-interfaces/warnings/rover-operational-safety.md)
- [Connecting and Interfacing with Phoenix Lidar Systems](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems.md)
- [Connect via Rover's Web Interface](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/connect-via-web-interface.md)
- [Connecting via SpatialExplorer](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se.md)
- [Base Station (Notebook) Setup](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup.md)
- [Configure Windows](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/configure-windows.md)
- [Disable Automatic Updates](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/configure-windows/disable-automatic-updates.md)
- [Change Active Hours](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/configure-windows/change-active-hours.md)
- [Install Latest NVIDIA Drivers](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/configure-windows/install-latest-nvidia-drivers.md)
- [Modify Hosts File](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/modify-hosts-file.md)
- [Wired Ethernet Network Card Setup](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/wired-ethernet-network-card-setup.md)
- [Install Software Tools](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/install-software-tools.md)
- [7-Zip](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/install-software-tools/7-zip.md)
- [Filezilla](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/install-software-tools/filezilla.md)
- [Quick Assist](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/install-software-tools/teamviewer.md)
- [PuTTY](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/install-software-tools/putty.md)
- [NovAtel Connect and NovAtel Convert4](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/base-station-notebook-setup/install-software-tools/novatel-connect-and-novatel-convert4.md)
- [Connect to Rover](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/connect-to-rover.md)
- [Connect to Rover as a UDP Client](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/connect-to-rover/connect-to-rover-as-a-udp-client.md)
- [Connect via Wi-Fi](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/connect-to-rover/connect-to-rover-as-a-udp-client/connect-via-wi-fi.md)
- [Connect via Ethernet](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/connect-to-rover/connect-to-rover-as-a-udp-client/connect-via-ethernet.md)
- [Connect via 900 MHz Radio](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/connect-to-rover/connect-to-rover-as-a-udp-client/connect-via-ethernet/connect-via-900-mhz-radio.md)
- [Connect Via Ground-Station-Wi-Fi (Groove)](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/connect-to-rover/connect-to-rover-as-a-udp-client/connect-via-ground-station-wi-fi-groove.md): The purpose of this document is to demonstrate how to reconfigure the settings on a Groove Wi-Fi Antenna for use with a ground station computer from Phoenix LiDAR Systems.
- [Connect via Ground Station Wi-Fi (Bullet M5)](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/connect-to-rover/connect-to-rover-as-a-udp-client/connect-via-ground-station-wi-fi-groove/connect-via-ground-station-wi-fi-bullet-m5.md): The purpose of this document is to demonstrate how to reconfigure the settings on a Wi-Fi Bullet Long Range Module for use with a ground station computer from Phoenix LiDAR Systems.
- [Connect to Rover using a Serial Port](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/connect-to-rover/connect-to-rover-using-a-serial-port.md)
- [Connect to Rover via Connection Service](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/connect-to-rover/connect-to-rover-via-connection-service.md)
- [Connect via Cellular](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/connect-to-rover/connect-to-rover-via-connection-service/connect-via-cellular.md)
- [User Interface](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/user-interface.md)
- [Settings](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/user-interface/settings.md)
- [Rover Settings](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/user-interface/settings/rover-settings.md)
- [General](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/user-interface/settings/rover-settings/general.md)
- [Navigation System](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/user-interface/settings/rover-settings/navigation-system.md)
- [Network](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/user-interface/settings/rover-settings/network.md)
- [Local Settings](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/user-interface/settings/local-settings.md)
- [System Monitor](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/user-interface/system-monitor-and-sensors.md)
- [Sensors](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/user-interface/sensors.md)
- [Satellites](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/iface_se/user-interface/satellites.md)
- [Downloading Rover Data](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/rover-data.md)
- [Log Files](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/rover-data/log-files.md)
- [Updating Rover](https://docs.phoenixlidar.com/hardware-and-interfaces/connecting-and-interfacing-with-phoenix-lidar-systems/updating-rover.md): Your LiDAR system's NavBox utilizes a software known as Rover to perform it's duties. This page describes how to upgrade the version of Rover on your NavBox.
- [NavBox](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox.md)
- [FLEXPack](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/flexpack.md): Introducing the NEW Phoenix LiDAR FLEXPack NavBox
- [Specifications](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/flexpack/specifications.md): Specification for the Phoenix LiDAR FLEXPack NavBox
- [Ports and User Elements](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/flexpack/ports-and-user-elements.md): The following graphics will introduce you to the FLEXPack NavBox connection ports and user elements.
- [Status LED](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/flexpack/status-led.md): Just like our Air NavBox, the Status LED on the FLEXPack NavBox front-panel is able to show multiple colors (and blink sequences) to indicate the current operating status.
- [Using the CPU button](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/flexpack/using-the-cpu-button.md): This button will turn on/off the internal CPU as well as start/stop data recording.
- [Preparing the System](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/flexpack/preparing-the-system.md): Before starting any mapping mission, please follow the guidelines in this section.
- [Recording Data](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/flexpack/recording-data.md): This section gives a brief summary on how to successfully obtain data from the FLEXPack NavBox.
- [Questions & Troubleshooting](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/flexpack/questions-and-troubleshooting.md): In this section you will find help to the most common problems that may occur with the Phoenix FLEXPack NavBox.
- [Air](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/air-navbox.md): Introducing the NEW Phoenix LiDAR AIR NavBox.
- [Specifications](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/air-navbox/specifications.md): Specification for the Phoenix LiDAR AIR NavBox
- [Ports and User Elements](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/air-navbox/connections-ports.md): The following graphics will introduce you to the AIR NavBox connection ports and user elements.
- [Status LED](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/air-navbox/status-led.md): The Status LED on the NavBox front-panel is able to show multiple colors (and blink sequences) to indicate the current operating status.
- [Using the CPU Button](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/air-navbox/using-the-cpu-button.md): The CPU button located on the front-panel of the NavBox can be used to turn on/off the internal CPU as well as to start/stop data recording.
- [Preparing the System](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/air-navbox/preparing-the-system.md): Before starting any mapping mission, please follow the guidelines in this section.
- [Recording Data](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/air-navbox/recording-data.md): This section gives a brief summary on how to successfully obtain data from the AIR NavBox.
- [Questions & Troubleshooting](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/air-navbox/questions-and-troubleshooting.md): In this section you will find help to the most common problems that may occur with the Phoenix AIR NavBox.
- [Scout](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/scout.md): Introducing the Phoenix LiDAR SCOUT Series.
- [Specifications](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/scout/specifications.md): Specification for the Phoenix LiDAR SCOUT NavBox
- [Ports and User Elements](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/scout/ports-and-user-elements.md): The following graphics will introduce you to the SCOUT Series NavBox connection ports and user elements.
- [Using the CPU/Sensor Button](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/scout/using-the-cpu-sensor-button.md)
- [Preparing the System](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/scout/preparing-the-system.md): Before starting any mapping mission, please follow the guidelines in this section.
- [Recording Data](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/scout/recording-data.md): This section gives a brief summary on how to successfully obtain data from the SCOUT NavBox.
- [Questions & Troubleshooting](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/scout/questions-and-troubleshooting.md): In this section you will find help to the most common problems that may occur with the Phoenix SCOUT NavBox.
- [RECON Series](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/recon-series.md): Below is the manual for the RECON-XT. Further down is the Recon-A Astro Integration video and the  RECON-XT mobile guide.
- [Alpha 3](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/al3-16-al3-32.md): Introducing the Phoenix LiDAR ALPHA3 Series.
- [Ports and User Elements](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/al3-16-al3-32/nav-box-front-and-rear-ports.md): The rover’s NavBox has a front and back interface panel that is designed to easily connect system components and external devices.
- [IMU-32/IMU-33/IMU-34](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/al3-16-al3-32/imu-32-imu-33-imu-34.md)
- [IMU-41/IMU-52](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/al3-16-al3-32/imu-41-imu-52.md)
- [IMU-14/IMU-27](https://docs.phoenixlidar.com/hardware-and-interfaces/navbox/al3-16-al3-32/imu-14-imu-27.md)
- [Camera](https://docs.phoenixlidar.com/hardware-and-interfaces/camera.md)
- [Sony A7R4 and A7R2 Cameras](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/sony-mirrorless-cameras.md): User guide for Systems that integrate the Sony mirrorless cameras A7R2 / A7R4
- [Specifications](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/sony-mirrorless-cameras/specifications.md): Specification for the Sony Mirrorless Cameras
- [Camera Settings](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/sony-mirrorless-cameras/camera-settings.md)
- [A7R4 Warning Messages](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/sony-mirrorless-cameras/a7r4-warning-messages.md)
- [A7R4-Lite](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a7r4-lite.md)
- [Sony A7R4-Lite SD card folder setup procedure](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a7r4-lite/sony-a7r4-lite-sd-card-folder-setup-procedure.md)
- [A6K-Lite Camera](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera.md): User Manual for the Phoenix LiDAR A6K-Lite Camera Accessory
- [Highlights](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/highlights.md): The new A6K-Lite Camera features the following highlights.
- [Specifications](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/specifications.md): Specification for the Phoenix LiDAR A6K-Lite Camera
- [Warnings](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/warnings.md): Please carefully read the following section to avoid damages to the A6K-Lite Camera.
- [Ports and User Elements](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/ports-and-user-elements.md): Page explaining the camera ports and user elements.
- [Status & Activity LED](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/status-and-activity-led.md): The status and activity LED show whether the camera is operational and also indicate trigger and capture events.
- [Settings Wheel](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/settings-wheel.md): The settings wheel is only required when the default camera settings like shutter speed and aperture need to be changed.
- [Mounting](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/mounting.md): Important notes about mounting the camera.
- [Powering ON the Camera - Self-Check](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/powering-on-the-camera.md): During boot-up, the camera will perform a self-check.
- [Operating with Spatial Explorer](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/operating-with-spatial-explorer.md): Learn how to operate the camera via our Spatial Explorer Software.
- [Changing the Trigger Interval / Distance](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/operating-with-spatial-explorer/changing-the-trigger-interval-distance.md)
- [Initial Camera Setup](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/operating-with-spatial-explorer/initial-camera-setup.md): Lear how to add the A6K-Lite Camera to Spatial Explorer when no profile has been created before.
- [Dual A6K-Lite Setup](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/operating-with-spatial-explorer/dual-a6k-lite-setup.md): Learn how to set up a dual A6K-Lite Camera setup to Spatial Explorer when no profile has been created before.
- [Changing Camera Settings](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/changing-camera-settings.md): Learn how to change the default camera settings for shutter speed and aperture.
- [Troubleshooting](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/a6k-lite-camera/troubleshooting.md): In this section you will find help to the most common problems that may occur with the Phoenix AIR A6K-Lite Camera.
- [Mosaic Camera Configuration](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/mosaic-camera-configuration.md)
- [Ladybug5 and LadybugCapPro](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/ladybug5-and-ladybugcappro.md): This section covers how to integrate the Ladybug5+ using SpatialExplorer and LadybugCapPro software.
- [Pre-Procedure](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/ladybug5-and-ladybugcappro/pre-procedure.md)
- [Data Acquisition](https://docs.phoenixlidar.com/hardware-and-interfaces/camera/ladybug5-and-ladybugcappro/data-acquisition.md): Configuring the Ladybug5+ camera for use with SpatialExplorer and GPS time sync.
- [Lidars](https://docs.phoenixlidar.com/hardware-and-interfaces/lidars.md)
- [Real-Time Point Clouds and MTA Disambiguation ](https://docs.phoenixlidar.com/hardware-and-interfaces/lidars/real-time-point-clouds-and-mta-disambiguation.md)
- [Inertial Navigation System](https://docs.phoenixlidar.com/hardware-and-interfaces/gnss.md)
- [Orientation and Offsets](https://docs.phoenixlidar.com/hardware-and-interfaces/gnss/orientation-and-offsets.md)
- [IMU](https://docs.phoenixlidar.com/hardware-and-interfaces/gnss/orientation-and-offsets/imu.md)
- [GNSS Antennas](https://docs.phoenixlidar.com/hardware-and-interfaces/gnss/orientation-and-offsets/gnss-antennas.md)
- [LiDARs and Cameras](https://docs.phoenixlidar.com/hardware-and-interfaces/gnss/orientation-and-offsets/lidars-and-cameras.md)
- [Miscellaneous Hardware](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware.md)
- [Mobile Roof Rack](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/mobile-roof-rack.md)
- [RFM2-Dual LiDAR Mobile Accessory](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/mobile-roof-rack/rfm2-dual-lidar-mobile-accessory.md): The RFM2-UAV22 scanner mobile accessory kit elevates the capabilities of our RANGER-UAV22 FLEX single scanner system by converting it into a high-performance dual scanner mobile system.
- [Wheel Sensor](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/wheel-sensor.md)
- [Backpack Lidar Mount](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/backpack-lidar-mount.md)
- [Backpack Telescoping Boom](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/backpack-lidar-mount/backpack-telescoping-boom.md)
- [Wi-Fi Range Extenders](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/wi-fi-range-extenders.md): Below are manuals for configuring the Groove and Bullet field Wi-Fi routers
- [Accessories](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview.md): This section will assist you in identifying the provided accessory components like cables, antennas, and adapters. Always check each package received for additional documents, notices, or addenda.
- [Cables](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/cables.md): This section describes all cables that ship with our systems.
- [SMB to SMA GPS Antenna Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/cables/smb-to-sma-gps-antenna-cable.md)
- [MCX to RP-SMA WiFi Antenna Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/cables/mcx-to-rp-sma-wifi-antenna-cable.md)
- [LiDAR / Camera Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/cables/lidar-camera-cable.md)
- [micro USB to USB Type A Female Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/cables/micro-usb-to-usb-type-a-female-cable.md)
- [RJ45 Ethernet Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/cables/rj45-ethernet-cable.md)
- [HDMI Cable Type D to Type A](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/cables/hdmi-cable-type-d-to-type-a.md)
- [SMA to TNC Ground Mount GNSS Antenna Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/cables/sma-to-tnc-ground-mount-gnss-antenna-cable.md)
- [7.5” Rover GPS Antenna Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/cables/7.5-rover-gps-antenna-cable.md)
- [24” Rover GPS Antenna Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/cables/24-rover-gps-antenna-cable.md)
- [Power Supply Parts](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/power-supply-parts.md): This section describes all parts needed for supplying power to our systems.
- [Power Splitter Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/power-supply-parts/power-splitter-cable.md)
- [AC Power Supply](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/power-supply-parts/ac-power-supply.md)
- [XT30 3" Extension Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/power-supply-parts/xt30-3-extension-cable.md)
- [XT60 Female to XT30 Male Adapter](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/power-supply-parts/xt60-female-to-xt30-male-adapter.md)
- [XT60 Male to XT30 Female Adapter](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/power-supply-parts/xt60-male-to-xt30-female-adapter.md)
- [XT60 Female to EC5 Male](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/power-supply-parts/xt60-female-to-ec5-male.md)
- [XT60 Extension Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/power-supply-parts/xt60-extension-cable.md)
- [Antennas](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/antennas.md): This sections shows and explains the various antennas needed for our systems.
- [Rover GNSS Antenna](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/antennas/rover-gnss-antenna.md)
- [UHF Rubber Duck Antenna](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/antennas/uhf-rubber-duck-antenna.md)
- [Ground Mount GNSS Antenna](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/antennas/ground-mount-gnss-antenna.md)
- [Bullet Long Range Module](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/antennas/bullet-long-range-module.md)
- [Omni 12dBi Antenna for Bullet Module](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/antennas/omni-12dbi-antenna-for-bullet-module.md)
- [Rover 5.8 GHz Wi-Fi Antenna RP-SMA](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/antennas/rover-5.8-ghz-wi-fi-antenna.md)
- [Other Components](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/core-components.md)
- [LiDAR/IMU Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/core-components/lidar-imu-cable.md)
- [LiDAR Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/core-components/lidar-cable.md)
- [IMU Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/core-components/imu-cable.md)
- [AL3 Power Cable with Integrated Splitter](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/core-components/al3-power-cable-with-integrated-splitter.md)
- [EC5 to XT60 Adapter Cable](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/core-components/ec5-to-xt60-adapter-cable.md)
- [LiPo with EC5 Connector](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/core-components/lipo-with-ec5-connector.md)
- [LiPo Charger](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/core-components/lipo-charger.md)
- [5.8 GHz Directional Panel Antenna](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/core-components/5.8-ghz-directional-panel-antenna.md)
- [TNC 90 Degree Adapter](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/core-components/tnc-90-degree-adapter.md)
- [Miscellaneous](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/miscellaneous.md)
- [USB Drive](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/miscellaneous/usb-drive.md)
- [USB to Ethernet Adapter](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/miscellaneous/usb-to-ethernet-adapter.md)
- [Suction Cups w/ Clamps](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/miscellaneous/suction-cups-w-clamps.md)
- [Multi-Tool](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/miscellaneous/multi-tool.md)
- [SMA Wi-Fi Terminator](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/miscellaneous/sma-wi-fi-terminator.md)
- [LiDAR Sensor Cover](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/miscellaneous/lidar-sensor-cover.md)
- [LiPo Guard Battery Bag](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/miscellaneous/lipo-guard-battery-bag.md)
- [Cable Accessories Bag](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/miscellaneous/cable-accessories-bag.md)
- [Storm Case](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/miscellaneous/storm-case.md)
- [Foam Divider](https://docs.phoenixlidar.com/hardware-and-interfaces/hardware/components-overview/miscellaneous/foam-divider.md)
- [Flight Planning](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/flight-planning-1.md)
- [UAS LiDAR Hot Swapping](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/flight-planning-1/uas-lidar-hot-swapping.md): Hot Swapping Best Practices
- [UAV Data Acquisition](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/field-scanning.md)
- [Mobile Acquisition](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/mobile-acquisition-best-practices.md)
- [Manned aircraft Acquisition](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/manned-aircraft-acquisition.md)
- [Backpack Acquisition](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/backpack-acquisition-best-practices.md)
- [Ranger FLEX Initialization and Acquisition Workflow](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/backpack-acquisition-best-practices/ranger-flex-initialization-and-acquisition-workflow.md)
- [Recon XT Initialization and Acquisition  Workflow](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/backpack-acquisition-best-practices/recon-xt-initialization-and-acquisition-workflow.md)
- [SLAM Acquisition](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/slam-acquisition.md)
- [RECON UAV Acquisition](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/recon-uav-acquisition.md): If you are using a Recon, the Recon Quick Start Guides include best practices which are helpful to review.
- [RECON Series Quick Start Guides](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/recon-series-quick-start-guides.md)
- [RECON-XT M300/M350](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/recon-series-quick-start-guides/recon-xt-m300-m350.md)
- [RECON-XT-A FreeFly Astro](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/recon-series-quick-start-guides/recon-xt-a-freefly-astro.md)
- [RECON-A](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/recon-series-quick-start-guides/recon-a.md)
- [RECON System Drawings](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/recon-system-drawings.md)
- [Navigation System Configuration](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/navigation-and-alignment-techniques.md)
- [Navigation System Basics](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/navigation-and-alignment-techniques/navigation-system-basics.md)
- [Real-Time and Post-Processing Differences](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/navigation-and-alignment-techniques/real-time-and-post-processing-differences.md)
- [Further Reading](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/navigation-and-alignment-techniques/further-reading.md)
- [GPS Time Status](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/navigation-and-alignment-techniques/further-reading/gps-time-status.md)
- [Navigation Procedures](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/navigation-and-alignment-techniques/further-reading/navigation-system-alignment.md)
- [IMU Alignment](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/navigation-and-alignment-techniques/further-reading/imu-alignment.md)
- [Navigation System Stabilization](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/navigation-and-alignment-techniques/further-reading/navigation-system-stabilization.md)
- [Calibration Flight Strategy](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/boresighting-flight-strategy.md)
- [Acquisition FAQs](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/frequently-asked-questions.md): Acquisition: Frequently Asked Questions
- [Post Acquisition Checks](https://docs.phoenixlidar.com/data-acquisition-and-uav-piloting/post-acquisition-checks.md)
- [Introduction](https://docs.phoenixlidar.com/missionguidance/introduction.md)
- [Flightplans](https://docs.phoenixlidar.com/missionguidance/flightplans.md)
- [Heightmaps](https://docs.phoenixlidar.com/missionguidance/heightmaps.md)
- [Setup](https://docs.phoenixlidar.com/missionguidance/setup.md)
- [Operations](https://docs.phoenixlidar.com/missionguidance/operation.md)
- [Reference Stations](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/reference-stations.md)
- [Downloading Reference Station Data](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/gnss-reference-station-data.md)
- [Ground Control - Best Practices](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/ground-control-best-practices.md)
- [Stonex S-900 and Cube-A](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/stonex-s-900-and-cube-a.md)
- [Cube-A project set up](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/stonex-s-900-and-cube-a/cube-a-project-set-up-1.md): Set up a Cube-A project with the desired coordinate reference system
- [Configure base station](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/stonex-s-900-and-cube-a/configure-base-station.md): Configuring an S900 receiver to function as a base station and send corrections via an external radiomodem
- [Configuring Harxon HX-DU8608D radio](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/stonex-s-900-and-cube-a/configure-base-station/configuring-harxon-hx-du8608d-radio.md): Configuring the HX-DU8608D to transmit RTCM corrections to a rover
- [Configure rover](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/stonex-s-900-and-cube-a/configure-rover.md): Configure an S900 receiver to work as a rover and receive corrections from previously configured base station
- [Surveying ground control points](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/stonex-s-900-and-cube-a/surveying-ground-control-points.md): Survey ground control points for use in validating elevation values of a point cloud
- [Post processing](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/stonex-s-900-and-cube-a/post-processing.md): Post processing your base station position and utilizing GCPs in LiDARMill
- [Post processing base station observations](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/stonex-s-900-and-cube-a/post-processing/post-processing-base-station-observations.md): Post process raw observations recorded by your base station to obtain a known point
- [Change base coordinates to a post processed position](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/stonex-s-900-and-cube-a/post-processing/change-base-coordinates-to-a-post-processed-position.md): Using Cube-A Change Station Coordinates feature to shift control points in response to a post-processed base position
- [Export points from Cube-A](https://docs.phoenixlidar.com/gnss-hardware-and-ground-control/stonex-s-900-and-cube-a/post-processing/export-points-from-cube-a.md): Export project points to a CSV file for use in LiDARMill or SpatialExplorer
- [Processing Report](https://docs.phoenixlidar.com/reports/processing-report.md)
- [Project Report](https://docs.phoenixlidar.com/reports/project-report.md): Spatial Fuser Pipeline Name
- [Trajectory Report](https://docs.phoenixlidar.com/reports/trajectory-report.md)
- [Bathymetric LiDAR Processing in RiProcess](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess.md)
- [Creating a Project in RiProcess](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/creating-a-project-in-riprocess.md)
- [Adding a Navigation Device](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/creating-a-project-in-riprocess/adding-a-navigation-device.md)
- [Adding a Trajectory](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/creating-a-project-in-riprocess/adding-a-trajectory.md)
- [Adding a Scanner](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/creating-a-project-in-riprocess/adding-a-scanner.md)
- [Adding a Camera](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/creating-a-project-in-riprocess/adding-a-camera.md)
- [Adding Control Objects](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/creating-a-project-in-riprocess/adding-control-objects.md)
- [Processing Parameters](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/creating-a-project-in-riprocess/processing-parameters.md)
- [Exponential Decomposition](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/creating-a-project-in-riprocess/processing-parameters/exponential-decomposition.md)
- [Page](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/creating-a-project-in-riprocess/processing-parameters/page.md)
- [Adding Records](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/creating-a-project-in-riprocess/adding-records.md)
- [Data Processing Wizard](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/data-processing-wizard.md)
- [Visualize Data](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/visualize-data.md)
- [RiPrecision](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/riprecision.md)
- [RiHydro Workflow](https://docs.phoenixlidar.com/3rd-party-software-documentation/bathymetric-lidar-processing-in-riprocess/rihydro-workflow.md)
- [RiParameter](https://docs.phoenixlidar.com/3rd-party-software-documentation/riparameter.md)
- [TerraSolid and Spatix Install](https://docs.phoenixlidar.com/3rd-party-software-documentation/terrasolid-and-spatix-install.md)
- [Orthomosaic Production with Pix4D](https://docs.phoenixlidar.com/3rd-party-software-documentation/orthomosaic-production-with-pix4d.md): Below is a basic workflow for orthomosaic production in Pix4D.
- [InertialExplorer Desktop 8.70 - 8.90 Processing](https://docs.phoenixlidar.com/3rd-party-software-documentation/inertialexplorer-desktop-8.70-8.90-processing.md)
- [Hyperspectral Data Processing](https://docs.phoenixlidar.com/3rd-party-software-documentation/hyperspectral-data-processing.md): How to orthorectify Headwall Nano data collected by a Phoenix LiDAR System in Headwall's SpectralView software.
- [SDCImport Filter Options](https://docs.phoenixlidar.com/3rd-party-software-documentation/sdcimport-filter-options.md)
- [MTA (Multiple Time Around)](https://docs.phoenixlidar.com/3rd-party-software-documentation/sdcimport-filter-options/mta-multiple-time-around.md)
- [Region of Interest](https://docs.phoenixlidar.com/3rd-party-software-documentation/sdcimport-filter-options/region-of-interest.md)
- [Image Processing using PhaseOne IXCapture](https://docs.phoenixlidar.com/image-processing-using-phaseone-ixcapture.md)
- [Converting HEIF and Raw Images to JPG using Sony's IEDT](https://docs.phoenixlidar.com/converting-heif-and-raw-images-to-jpg-using-sonys-iedt.md)
- [Accuracy Standards & Quantification](https://docs.phoenixlidar.com/general-faq/accuracy-standards-and-quantification.md): The common criteria used to evaluate the accuracy of a dataset or system and Phoenix LiDAR's standardized post processing methods for making statements about data quality.
- [Precision](https://docs.phoenixlidar.com/general-faq/accuracy-standards-and-quantification/precision.md)
- [Relative Accuracy](https://docs.phoenixlidar.com/general-faq/accuracy-standards-and-quantification/relative-accuracy.md)
- [Absolute Accuracy](https://docs.phoenixlidar.com/general-faq/accuracy-standards-and-quantification/absolute-accuracy.md)
- [Further Considerations](https://docs.phoenixlidar.com/general-faq/accuracy-standards-and-quantification/further-considerations.md)
- [Mapping Terms and Definitions](https://docs.phoenixlidar.com/general-faq/common-terms-and-definitions.md)
- [Abbreviations](https://docs.phoenixlidar.com/general-faq/abbreviations.md)
- [Examples: How to ensure accurate Georeferencing of Trajectories and Pointclouds](https://docs.phoenixlidar.com/general-faq/examples-how-to-ensure-accurate-georeferencing-of-trajectories-and-pointclouds.md)
- [Example 1: Static Datum](https://docs.phoenixlidar.com/general-faq/examples-how-to-ensure-accurate-georeferencing-of-trajectories-and-pointclouds/example-1-static-datum.md)
- [Example 2: Dynamic Datum](https://docs.phoenixlidar.com/general-faq/examples-how-to-ensure-accurate-georeferencing-of-trajectories-and-pointclouds/example-2-dynamic-datum.md)
- [Clock bias adjustment](https://docs.phoenixlidar.com/general-faq/clock-bias-adjustment.md): Timing offsets or clock biases between the navigation system and LiDAR scanner can produce incorrect georeferencing of point clouds, often resulting in a "wavy" pattern between scanlines.
- [General FAQs](https://docs.phoenixlidar.com/general-faq/frequently-asked-questions.md): General: Frequently Asked Questions
- [Offsets, Rotations, and Reference Frames: SpatialExplorer Version 4-7](https://docs.phoenixlidar.com/legacy-documentation/offsets-rotations-and-reference-frames-spatialexplorer-version-4-7.md)
- [Legacy TerraSolid Documentation](https://docs.phoenixlidar.com/legacy-documentation/legacy-terrasolid-documentation.md): Below are links to legacy TerraSolid documentation
- [Legacy SpatialExplorer Documentation](https://docs.phoenixlidar.com/legacy-documentation/legacy-spatialexplorer-documentation.md)


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