📖
Cerulean Sonar Docs
Docs DirectoryStore
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
Powered by GitBook
On this page

Overview

NextCERULEANTRACKER DEPRECATION NOTICE

Last updated 2 months ago

The Tracker 650 is designed for low-cost, medium accuracy measurement of the relative velocity between the sensor head and any planar surface, e.g., a seabed, a seawall, or a barge bottom. The system provides velocity (or delta position plus time) outputs in the ROV frame of reference as well as raw sensor data that can be used in a user's Kalman filter.

This system is designed and priced for use by people who want their ROV to hold a position in the face of currents or tether pull. It can also be used as the odometry sensor in a -reckoning system. With software versions later than 3.3.1, the Tracker 650 can be used with an Omniscan ROVL to ensable sensor fusion and handoff between the Tracker 650 and the ROVL.

If all you want is position hold and you are mounting the Tracker 650 on a BlueROV2 with , then you can mount the sensor on the bottom of the ROV, connect it to power and ROV Ethernet, and set the ArduPilot parameters to allow position hold. You don't need to set the Tracker 650's configuration or calibrate anything.

A secondary capability is using the Tracker 650 to support your own Kalman filter localization function or to do dead-reckoning navigation using your own orientation reference.

dead
appropriate software
Tracker 650 V2 Isometric View of sensor face
Tracker 650 V2 View of sensor face
Tracker 650 V2 View of backside — Arrow points in "X" direction
Tracker 650 V2 Side view