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Tracker 650
Tracker 650
  • Overview
    • CERULEANTRACKER DEPRECATION NOTICE
  • Quick Start for BlueROV / ArduSub Users
  • General Specifications
  • Configuring the Tracker 650
    • Finding the Configuration Web Page
    • Example Configuration Web Page
    • Live Status Page
    • Setting the Static IP Address
    • Setting the Fallback IP Address
    • Setting the Host IP Address
    • Setting the MAVLink REST Server Parameters
    • Setting Pool Mode
    • Setting DVL Mounting Rotation Offsets
      • Scenario: Driving Your Own Kalman Filter
        • Forward-Facing Mount
    • Setting Velocity Adjustment
  • General Usage
    • General Hints and Tips
    • Basic Operating Guidelines and Hints
    • Setting Speed of Sound
    • Scenario: Doing Your Own Dead Reckoning
    • Scenario: Holding Position
  • Using MAVLink and BlueOS for Position Hold on a BlueROV2
    • ArduPilot Parameters
    • Tracker 650 Setup for MAVLink Support
    • Global Origin
  • Mounting the Tracker 650
    • Bottom Mount
    • Thruster Deck Mount
      • Send xxx Message
  • Mounting Drawings (V1 pre-2025)
  • Communicating with the Tracker 650
    • Factory Defaults and Default Messages
    • The Ethernet Interface
    • Tips on How to Find the IP Address Assigned to Your Ethernet Adapter
    • Outgoing Message Formats, Tracker 650 to Host
      • $DVPDL and $DVPDX: DVL Position and Angle Deltas Messages
      • $DVNVM Non-Volatile Memory and Configuration
      • Freeform Error and Informational messages ($DVTXT)
      • $DVKFC Kalman Filter Raw Data Support Message
    • Commands Accepted by the Tracker 650
      • CONFIGURATION
      • SET-VELOCITY-ADJUSTMENT
        • SET-SPEED-OF-SOUND
      • SEND-DVPDL
      • SEND-DVPDX
      • SEND-DVKFC
      • SEND-MAVLINK-DISTANCE
      • MAVLINK-ORIGIN
      • SET-POSITION
      • SET-SENSOR-ORIENTATION
      • IP-ADDRESS
      • HOST-ADDRESS
      • MAVLINK-ADDRESS
      • FALLBACK-ADDRESS
      • UNICAST-TO-ME
      • PAUSE
      • RESUME
      • REBOOT
      • SET-POOL-MODE
    • Blue Robotics Discovery Protocol (Ethernet Only)
    • ARP (Address Resolution Protocol)
    • DHCP (Dynamic Host Configuration Protocol)
    • Ping (Internet Control Message Protocol Ping)
  • Coordinate Systems
  • Mounting Drawings (V2 post-2024)
  • CAD Models
  • Electrical Drawings
    • Power and Ethernet Cabling
  • Expectations
  • Copyright
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  • Requirements:
  • Hardware Setup
  • Software Setup
  • Additional Functionality

Quick Start for BlueROV / ArduSub Users

PreviousCERULEANTRACKER DEPRECATION NOTICENextGeneral Specifications

Last updated 1 month ago

Requirements:

Hardware:

  • Tracker 650 + mounting solution.

  • Blue Robotics ROV (BlueROV2) or any vehicle that has the following:

    • ArduSub flight controller (Pixhawk, BlueRobotics Navigator, etc.. )

    • Companion computer (Raspberry Pi, Nvidia Jetson, etc.. )

  • Ethernet switch

    • We recommend the

Software:

    • mavlink2rest is included in BlueOS. If you are running BlueOS, no further action is required.

    • mavlink2rest can also be installed standalone using the instructions provided at the link above.

  • ArduSub

  • (technically optional)

    • The BlueOS Extension version of SonarView may be used instead of the desktop app. This can be found in the BlueOS Extension Store.

    • or later is required.

Hardware Setup

  1. Power off the vehicle completely and open the primary electronics enclosure.

  2. First, route the Tracker 650 cable into vehicle's primary electronics enclosure. Ensure the sealing surfaces and o-ring are lightly greased and free of debris. Tighten the cable penetration.

  3. Connect Tracker 650's power leads to the vehicle's power distribution rails. (Red +, Black -)

  4. Plug the 4 pin JST-GH connector into your vehicle's Ethernet switch.

  5. Secure wires using waxed lacing cord or zip ties with a small strain relief loop to prevent strain on the pins and connectors. Close the primary electronics enclosure.

  6. Attach the Tracker 650 to the mounting bracket. Attach the mounting bracket to the vehicle.

  7. Power on the vehicle.

Software Setup

  • The Tracker 650 will request a DHCP address by default, but will fall back to 192.168.2.8 in the absence of a DHCP server

  • It assumes the sensor is oriented with the arrow pointing forward.

Final steps:

  1. Reboot your vehicle.

  2. At this stage, a BlueROV2 should be able to utilize ArduSub's position hold flight mode if all is well. Position Hold will only be available when the Tracker 650 has a bottom lock.

Additional Functionality

  • The Tracker 650 can act as an echosounder by enabling the MAVLink "Send Distance" function.

    • Although the vehicle's position will not be georeferenced, this is still useful for local navigation and testing.

The Tracker 650 is designed to be mostly plug-and-play with a stock Blue Robotics BlueROV2. The full default configuration is described . Essentially:

It sends messages to mavlink2rest at 192.168.2.2:6040

You can check if mavlink2rest is receiving messages from the Tracker 650 by viewing mavlink2rest ( or http://blueos.local:6040/) and looking for VISION_POSITION_DELTA messages near the bottom of the list.

The Tracker 650 can now be configured using its (recommended), or with which is available as a BlueOS Extension as well as a Linux, macOS, or Windows app. The Tracker 650 is also configurable though (Microsoft Windows only, deprecated).

In order to use ArduSub's dead reckoning and waypoint navigation features, a global origin must be set. In the absence of another positioning source, the Tracker 650 can send a global origin to mavlink2rest by enabling the "Auto Origin" Option. The message will be sent once after the Tracker 650 establishes communication with the vehicle.

Blue Robotics Ethernet Switch
mavlink2rest
Cerulean SonarView
1.9.10-beta
here
position delta
Some autopilot parameters must be configured to accept the positioning messages from the Tracker 650.
http://192.168.2.2:6040/
built-in web server
Cerulean SonarView
CeruleanTracker
(0,0)