Phoenix LiDAR Systems User Manual
  • Welcome
  • SpatialExplorer 8 & 9
    • Introduction
    • Installation
      • System Requirements
      • SpatialExplorer-Compatibility
      • Licensing
      • Change Log
    • User Interface
      • Windows
        • AGL Oracle
        • Classify On Selection
        • Coordinate Reference System
        • Corrections
        • Main View
        • Picks
        • Messages
        • Mission Guidance
        • Photo Viewer
        • Project
          • Rover
            • Cameras
              • Camera Acquisition Settings
              • Camera Calibration Settings
              • Camera Processing Settings
              • Camera Tools
                • Load sensor transform/extrinsics from file
                • Calibrate Sensor Manually
                • Edit Receptor Masks
            • IMU
            • GNSS
            • Lidars
              • Lidar Acquisition Settings
              • Lidar Calibration Settings
              • Lidar Processing Settings
              • Lidar Tools
                • Load sensor transform/extrinsics from file
          • Reference Stations
          • Flightplans
          • Geometry
            • Modifying Geometries
          • Grid
          • Ground Control
          • Images
          • Intervals
          • Trajectories
          • Pointclouds
          • Terrains
        • Project Player
        • Sensors
        • SLAM
          • SLAM Processing Profile
        • System Monitor
      • Toolbars
        • File
        • View
        • Selection
          • Cloud Script Tool
        • Workflow
          • NavLab Embedded
            • Processing Options
            • Estimating Primary Antenna Lever Arm
          • Create Intervals
          • Disambiguate Lidar Ranging
          • Create Cloud
          • LiDARSnap
            • Sensor Calibration
            • Trajectory Optimization
              • Aerial Trajectory Optimization
              • Mobile Trajectory Optimization
            • Ground Control with LiDARSnap
              • Vertical Only Adjustment
              • Full Adjustment
            • LiDARSnap Tuning and Parameters
            • Control Point Clouds
            • Example: Optimizing Data from Multiple Scans
          • CameraSnap
            • Auto-detect without review
            • Auto-detect with manual review
            • Manually-Created Matches
            • CameraSnap Reports
          • Colorize Cloud
          • Align to GCPs
            • Adjusting Automatically to GCPs (Vertical Only)
            • Manual Adjustment (Horizontal and Vertical)
          • Reports
          • Export
        • Analytics
          • Classify
            • Classify By Class
            • Classify Noise
            • Classify Statistical Outliers
            • Classify Ground
            • Classify Powerlines
            • Classify Moving Objects
          • Create
            • Create Maps
            • Create Floorplans
            • Create Contours
            • Create Mesh
            • Compute Normals
            • CloudClean
          • Calculate Distance
          • Measure
            • Std. Dev. Along Surface Normal
            • Surface Area and Point Density
            • Volume
          • Compute SOCS
        • LiDARMill
          • Positions
          • Manage Grids
          • View GNSS Antennas
        • Rover
          • Connect to Rover
          • Disconnect from Rover
          • Rover Settings and Profiles
            • Navigation System
            • Sensors
            • Camera Settings
            • LiDAR Settings
          • Shutdown Rover
        • Tools
          • Navigation
            • Plot Trajectories
          • Camera
            • Edit Camera Events
            • Create Camera Sessions from Data
          • Licensing
          • Create Transformation...
    • Workflows
      • Data Processing Workflows
        • Airborne Lidar Processing
        • Mobile Lidar Processing
        • Backpack and Pedestrian Lidar Processing
        • SLAM Lidar Processing
        • LAZ Processing
        • Field Data Check
    • FAQs
  • LiDARMill Cloud
    • Introduction
    • Login/Register
      • User management
    • Quick Start Guide
    • Overview
    • Post Processing Workflow
      • Create New Project
        • Details
        • Project Reference Setup
        • Summary
      • Create New Mission
        • Uploading a SpatialExplorer Mission
        • Uploading a RECON Mission
        • Uploading a Pointcloud Processing Mission
      • Adding Reference Station Data
      • Adding Ground Control Points and Polygons
        • Ground Control Points (GCPs)
        • Polygons
      • Processing Tools
        • NavLab Pipeline
        • Spatial Fuser Pipeline
        • Pointcloud Optimization Pipeline
      • Cloud Viewer
      • Additional Tabs
    • FAQs
  • FlightPlanner
    • Introduction
    • User Interface
      • FlightPlanner Interface Tools
        • Change Theme
        • Feedback, Help, and Changelog
        • Flight Info
        • Delete All
        • Measurement and Reset View
        • Upload Google KMZ file and Delete All KMLs
        • Take off Location
        • Reverse Waypoint Order, Undo, and Auto Update mission flightlines on setting change
        • Address Search
    • Workflow
      • Missions Library
      • Basic UAS LiDAR Mission Planning (FP 9.0)
      • Mission Type
    • Overlap
    • FAQs
  • Hardware and Interfaces
    • Warnings and Safety Notices
      • LiPo Battery Safety
        • General Guidelines and Warnings
        • Pre-Charging Guidelines
        • Charging Process Guidelines
        • Storage/Transportation Guidelines
        • Battery Care Guidelines
      • Laser Safety
        • Class 1 Lasers
        • VUX-240 Laser Safety
      • Aircraft/Rover Operational Safety
    • Connecting and Interfacing with Phoenix Lidar Systems
      • Connect via Rover's Web Interface
      • Connecting via SpatialExplorer
        • Base Station (Notebook) Setup
          • Configure Windows
            • Disable Automatic Updates
            • Change Active Hours
            • Install Latest NVIDIA Drivers
          • Modify Hosts File
          • Wired Ethernet Network Card Setup
          • Install Software Tools
            • 7-Zip
            • Filezilla
            • Teamviewer
            • PuTTY
            • NovAtel Connect and NovAtel Convert4
        • Connect to Rover
          • Connect to Rover as a UDP Client
            • Connect via Wi-Fi
            • Connect via Ethernet
              • Connect via 900 MHz Radio
            • Connect Via Ground-Station-Wi-Fi (Groove)
              • Connect via Ground Station Wi-Fi (Bullet M5)
          • Connect to Rover using a Serial Port
          • Connect to Rover via Connection Service
            • Connect via Cellular
        • User Interface
          • Settings
            • Rover Settings
              • General
              • Navigation System
              • Network
            • Local Settings
          • System Monitor
          • Sensors
          • Satellites
      • Downloading Rover Data
        • Log Files
      • Updating Rover
    • NavBox
      • FLEXPack
        • Specifications
        • Ports and User Elements
        • Status LED
        • Using the CPU button
        • Preparing the System
        • Recording Data
        • Questions & Troubleshooting
      • Air
        • Specifications
        • Ports and User Elements
        • Status LED
        • Using the CPU Button
        • Preparing the System
        • Recording Data
        • Questions & Troubleshooting
      • Scout
        • Specifications
        • Ports and User Elements
        • Using the CPU/Sensor Button
        • Preparing the System
        • Recording Data
        • Questions & Troubleshooting
      • RECON Series
      • Alpha 3
        • Ports and User Elements
        • IMU-32/IMU-33/IMU-34
        • IMU-41/IMU-52
        • IMU-14/IMU-27
    • Camera
      • Sony Mirrorless Cameras
        • Specifications
        • Camera Settings
        • A7R4 Warning Messages
      • A7R4-Lite
        • Sony A7R4-Lite SD card folder setup procedure
      • A6K-Lite Camera
        • Highlights
        • Specifications
        • Warnings
        • Ports and User Elements
        • Status & Activity LED
        • Settings Wheel
        • Mounting
        • Powering ON the Camera - Self-Check
        • Operating with Spatial Explorer
          • Changing the Trigger Interval / Distance
          • Initial Camera Setup
          • Dual A6K-Lite Setup
        • Changing Camera Settings
        • Troubleshooting
      • Ladybug5+ and LadybugCapPro
        • Pre-Procedure
        • Data Acquisition
    • Lidars
      • Real-Time Point Clouds and MTA Disambiguation
    • Inertial Navigation System
      • Orientation and Offsets
        • IMU
        • GNSS Antennas
        • LiDARs and Cameras
      • Wheel Sensor
    • Miscellaneous Hardware
      • Mobile Roof Rack
        • RFM2-Dual LiDAR Mobile Accessory
      • Backpack Lidar Mount
        • Backpack Telescoping Boom
      • Wi-Fi Range Extenders
      • Accessories
        • Cables
          • SMB to SMA GPS Antenna Cable
          • MCX to RP-SMA WiFi Antenna Cable
          • LiDAR / Camera Cable
          • micro USB to USB Type A Female Cable
          • RJ45 Ethernet Cable
          • HDMI Cable Type D to Type A
          • SMA to TNC Ground Mount GNSS Antenna Cable
          • 7.5” Rover GPS Antenna Cable
          • 24” Rover GPS Antenna Cable
        • Power Supply Parts
          • Power Splitter Cable
          • AC Power Supply
          • XT30 3" Extension Cable
          • XT60 Female to XT30 Male Adapter
          • XT60 Male to XT30 Female Adapter
          • XT60 Female to EC5 Male
          • XT60 Extension Cable
        • Antennas
          • Rover GNSS Antenna
          • UHF Rubber Duck Antenna
          • Ground Mount GNSS Antenna
          • Bullet Long Range Module
          • Omni 12dBi Antenna for Bullet Module
          • Rover 5.8 GHz Wi-Fi Antenna RP-SMA
        • Other Components
          • LiDAR/IMU Cable
          • LiDAR Cable
          • IMU Cable
          • AL3 Power Cable with Integrated Splitter
          • EC5 to XT60 Adapter Cable
          • LiPo with EC5 Connector
          • LiPo Charger
          • 5.8 GHz Directional Panel Antenna
          • TNC 90 Degree Adapter
        • Miscellaneous
          • USB Drive
          • USB to Ethernet Adapter
          • Suction Cups w/ Clamps
          • Multi-Tool
          • SMA Wi-Fi Terminator
          • LiDAR Sensor Cover
          • LiPo Guard Battery Bag
          • Cable Accessories Bag
          • Storm Case
          • Foam Divider
  • Data Acquisition and UAV Piloting
    • Flight Planning
      • UAS LiDAR Hot Swapping
    • UAV Data Acquisition
    • Mobile Acquisition
    • Backpack Acquisition
      • Ranger FLEX Initialization and Acquisition Workflow
      • Recon XT Initialization and Acquisition Workflow
    • SLAM Acquisition
    • Navigation System Configuration
      • Navigation System Basics
      • Real-Time and Post-Processing Differences
      • Further Reading
        • GPS Time Status
        • Navigation Procedures
        • IMU Alignment
        • Navigation System Stabilization
    • RECON UAV Acquisition
    • RECON Series Quick Start Guides
      • RECON-XT M300/M350
      • RECON-XT-A FreeFly Astro
      • RECON-A
    • Calibration Flight Strategy
    • Acquisition FAQs
    • Post Acquisition Checks
  • MissionGuidance
    • Introduction
    • Flightplans
    • Heightmaps
    • Setup
    • Operations
  • GNSS Hardware and Ground Control
    • Reference Stations
    • Downloading Reference Station Data
    • Ground Control - Best Practices
    • Stonex S-900 and Cube-A
      • Cube-A project set up
      • Configure base station
        • Configuring Harxon HX-DU8608D radio
      • Configure rover
      • Surveying ground control points
      • Post processing
        • Post processing base station observations
        • Change base coordinates to a post processed position
        • Export points from Cube-A
  • Reports
    • Processing Report
    • Project Report
    • Trajectory Report
  • 3rd Party Software Documentation
    • Bathymetric LiDAR Processing in RiProcess
      • Creating a Project in RiProcess
        • Adding a Navigation Device
        • Adding a Trajectory
        • Adding a Scanner
        • Adding a Camera
        • Adding Control Objects
        • Processing Parameters
          • Exponential Decomposition
          • Page
        • Adding Records
      • Data Processing Wizard
      • Visualize Data
      • RiPrecision
      • RiHydro Workflow
    • RiParameter
    • TerraSolid and Spatix Install
    • Orthomosaic Production with Pix4D
    • InertialExplorer Desktop 8.70 - 8.90 Processing
    • Hyperspectral Data Processing
    • SDCImport Filter Options
      • MTA (Multiple Time Around)
      • Region of Interest
  • Image Processing using PhaseOne IXCapture
  • General FAQ
    • Accuracy Standards & Quantification
      • Precision
      • Relative Accuracy
      • Absolute Accuracy
      • Further Considerations
    • Mapping Terms and Definitions
    • Abbreviations
    • Examples: How to ensure accurate Georeferencing of Trajectories and Pointclouds
      • Example 1: Static Datum
      • Example 2: Dynamic Datum
    • Clock bias adjustment
    • General FAQs
  • Legacy Documentation
    • Offsets, Rotations, and Reference Frames: SpatialExplorer Version 4-7
    • Legacy TerraSolid Documentation
    • Legacy SpatialExplorer Documentation
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On this page
  • Download Setup and Operations Checklist
  • Prepare and mount the RANGER-UAV22 FLEX
  • Install the Wheel Sensor onto the Vehicle
  • Install the LadyBug Mast or Primary GNSS Antenna Kit
  • Install Cables
  • Interior Hardware Setup
  • Disassemble Hardware
  1. Hardware and Interfaces
  2. Miscellaneous Hardware
  3. Mobile Roof Rack

RFM2-Dual LiDAR Mobile Accessory

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.

PreviousMobile Roof RackNextBackpack Lidar Mount

Last updated 2 months ago

Download Setup and Operations Checklist

Download Setup and Operations Checklist


Prepare and mount the RANGER-UAV22 FLEX

The R6 camera and all cables must be removed from the RANGER-UAV22 FLEX before installation onto the RFM2 base plate.

Only mount the RANGER-UAV22 FLEX Scanner to the zero-point mount when the RFM2 is detached from the roof rack and placed on a sturdy, flat surface.

Check that the zero-point mount is set to the open position and is clear of any obstructions before lowering the RANGER-UAV22 FLEX into the RFM2 base plate.

Make sure there is no gap between the zero-point base and the bottom of the RANGER-UAV22 FLEX before tightening the zero-point mount using the supplied torque wrench and 6mm hex driver. Ensure the torque wrench is set to tighten in the clockwise direction and torque to 25 ft-lbs until a “click” is heard and felt.

Attempting to tightening the zero-point mount when they system is not fully seated can damage the mounting system or fail to secure the scanner. If there is a gap but no obstruction between the scanner and zero-point mount, check that the zero-point mount is in the fully open position.

Connect the RFM2 cables to the RANGER-UAV22 FLEX, plugging the DC IN, Ethernet, Sensor, IMU (optional), and Camera LEMO connectors and hand tightening the GPS 1, GPS 2 (do not swap!), and Wifi connectors. Cables should be routed to avoid straining. Verify that the fixed scanner is connected to the RANGER-UAV22 FLEX with the SENSOR cable.

Insert the SD Card (formatted with exFAT) into FLEX Pack, ensuring that write protection is switched off.

Inspect the system for overstrained cables, debris, loose or frayed wires, damaged connectors, etc.

Clean the lenses on scanners and Ladybug.

Install the RFM2 cover over the sensors and secure the latches.

Inspect Roof Rack Mount for loose or missing hardware. Also check for dirt and debris that might interfere with the installation of the RFM2 or the Ladybug camera mast.

Before installing or transporting the RFM2, make sure the handle is fully locked in position by the two plunger pins.

Install the RFM2 onto the roof rack by sliding it into the hinge mechanism.

Fully tighten the 2 knobs (hand-tight) on the hinge point (towards vehicle front).

To set the scanning angle, unlock the plunger pins that secure the handle before tilting the RFM2 platform upwards to align the handle pins into the slots of the side rails.

Lower the scanner and fully tighten (hand-tight) the two knobs towards the vehicle rear to lock the handle in place.

Install the Wheel Sensor onto the Vehicle

Wipe the car body clean where the suction cups are to be attached using a microfiber cloth before mounting the suction cups on the car body. Refer to the Wheel Sensor User Manual for how to mount the wheel sensor and connect, route, and secure the wheel sensor wires. Secure the wheel sensor leash, taking up excess slack in the line.


Install the LadyBug Mast or Primary GNSS Antenna Kit

Ladybug Mast

Check that zero-point mount for the LadyBug mast is in the open position (golden blocks just past flush).

Position the mast over the mounting studs on the roof rack. Make sure there is no gap between the zero-point mount on the mast and the roof rack base plate before tightening the mount.

The zero-point mount should only be operated from the passenger side of the vehicle (connector side of the mast).

Using the supplied torque wrench and 6mm hex driver, ensure the torque wrench is set to tighten in the clockwise direction and torque to 25 ft-lbs until a “click” is heard and felt.

Primary GNSS Antenna Kit (if available - LadyBug Mast not used)

When the LadyBug is not being used, mount the Primary GNSS Antenna Kit on the roof rack base plate in the threaded hole on the roof rack between the zero-point studs.

The Primary GNSS Antenna Kit is connected using a single cable to the ANT1 connector on the RFM2


Install Cables

Connect all exterior cables to their respective plugs and receptacles using the labels on the cables as reference. The wheel sensor port is accessible by opening the small door on the side of the RFM2 cover. The door can be closed again once the cable plug is connected.

Secure the umbilical cord along the side of the roof rack frame using the attached clamps.

Install the Wifi antenna if the ethernet connection cannot be used.


Interior Hardware Setup

Check battery voltage for the RFM2 and install the battery alarm.

Mount the Mission Guidance Monitor to the windshield using the suction cup mount. Connect the monitor to the USB hub using the HDMI to USB-C cable.

From the umbilical, connect the Ethernet cable from the RFM2 and USB-A cable from the LadyBug to the supplied USB hub.

The USB hub is powered via the included power supply which plugs into the 12V accessory port in the vehicle using the included inverter.

Connect the USB hub to the laptop using the USB-C output.

Remove all LiDAR protective caps.

Connect the 6S Lipo battery to the XT-90 connector on the umbilical cable.

The system is now ready to power on and connect to SE8.


Disassemble Hardware

Disconnect Cables

Make sure the system is fully powered down (CPU Button LED off, all LEDs on the RANGER-UAV22 FLEX off (visible by opening the small door on the side of the cover) prior to disconnecting power to the system.

All power sources to the system MUST be disconnected before any other external cables are unplugged.

Make sure the system is fully powered down (CPU Button LED off, all LEDs on the RANGER-UAV FLEX off (visible by opening the small door on the side of the cover). When it has been verified the system is fully powered down, disconnect all power sources to the entire system. Then, unplug all external cables from the dual head accessory and the LadyBug mast (DC IN, Ethernet, Camera, USB, GPS).

Removing the RANGER-UAV FLEX from the RFM2

The RFM2 must be on sturdy, flat surface to remove the RANGER-UAV FLEX from the quick release mount. Do not attempt to release the LiDAR while the RFM2 is on the roof rack.

Set the direction of the torque wrench to the “release” direction (counter-clockwise).

Release the zero-point mount using the torque wrench in counter-clockwise direction until the screw freely turns. Hand loosen until the golden blocks on the zero-point mount are just past flush or a resistance is noticed. Do not release the mount any further after the resistance is felt.

Holding the RANGER-UAV22 FLEX by the sides, gently wiggle and lift up to release the scanner from the RFM2.

Store the RANGER-UAV22 FLEX securely in its case when not in use.

https://phoenixlidar.com/wp-content/uploads/2024/07/Ranger-Flex-RFM2-Drive-Checklist-v1-8_24.pd
Video installation of RFM2 head unit onto roof rack plate.
LogoWheel Sensor | Phoenix LiDAR Systems User Manual
Ensure cables are clear and the gold-colored mounting base is in the open position.
Torque to 25 ft-lbs in the clockwise direction until “click” is heard and felt in the torque wrench.
Tighten to 25 ft-lbs using the pre-set torque wrench.