MicaSense RedEdge-MX Integration Manual
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MicaSense RedEdge-MX Integration Manual

Multispectral camera
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RedEdge-​ M X​ ​ Integration Guide
Rev 01
 
 
 
 
MicaSense RedEdge-MX​ ​
TM
  
Multispectral Camera 
 
Integration Guide  
 
 
 
Revision: 01 – October 2018 
 
 
 
 
MicaSense, Inc. 
Seattle, WA 
 
© 2018 MicaSense, Inc.
Page 1 of 19 

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Summary of Contents for MicaSense RedEdge-MX

  • Page 1 RedEdge-​ M X​ ​ Integration Guide Rev 01         MicaSense RedEdge-MX​ ​    Multispectral Camera    Integration Guide         Revision: 01 – October 2018          MicaSense, Inc.  Seattle, WA    © 2018 MicaSense, Inc.

  • Page 2: Table Of Contents

    Standalone Integration Using Camera, DLS, GPS Module 11  Integration with Aerial Platform for Triggering 12  Deep Integration with Host Platform 13  Addition of Top of Frame Capture to Integration 14                © 2018 MicaSense, Inc. Page 2 of 19 ...

  • Page 3: Introduction And Scope

    Rev 01   1. Introduction and Scope    This document provides the information required for mechanical and electrical integration of  a MicaSense RedEdge-​ M X​ ​ multispectral camera onto a host aircraft.    2. Camera Dimensions and Mass       ...

  • Page 4: Lens And Imager Information

    Do not use a screw that will extend into the threaded holes by more than 3 mm (0.125”).  Use a washer or other spacer to ensure that the screws do not go into the camera too far.  © 2018 MicaSense, Inc. Page 4 of 19 ...

  • Page 5: Inputs And Outputs

    The RedEdge-​ M X​ ​ camera features 3 connectors for interface to peripherals and to the host  aircraft. A fourth connector (USB Type A) is used for the Wi-Fi module (included).    © 2018 MicaSense, Inc. Page 5 of 19 ...
  • Page 6 Pin #  Signal  1  Trigger  2  Ground  3  Power    Connector on Camera  Hirose DF13A-3P-1.25H(51)  Mating Connector  Hirose DF13-3S-1.25C   28AWG wire recommended                      © 2018 MicaSense, Inc. Page 6 of 19 ...
  • Page 7 When using a PWM signal as the trigger, the camera detects a  transition from a “long” PWM to a “short” PWM (or vice-versa depending on  the configuration setup of the camera)  © 2018 MicaSense, Inc. Page 7 of 19 ...
  • Page 8 Contact  support@micasense.com​ if further information is needed.         © 2018 MicaSense, Inc. Page 8 of 19 ...

  • Page 9: Downwelling Light Sensor 2 (Dls 2)

      In addition, the DLS 2 provides GPS data to RedEdge-MX unless GPS data is provided from  an external source as outlined earlier in this guide. If using an alternative GPS source, the ...
  • Page 10 RedEdge-​ M X​ ​ Integration Guide Rev 01   Measurements and Attachment Points    Height  14.03 mm  Width  46.00 mm  Length  63.50 mm  Weight  49 g  © 2018 MicaSense, Inc. Page 10 of 19 ...
  • Page 11 The LED camera status indicator mimics the LED signals on RedEdge-MX. The signal types  are outlined in the Sensor Firmware Guide. The camera trigger button will command a  capture on the RedEdge-MX. This is useful for capturing a preflight image of the calibration  panel.  ...
  • Page 12 It contains an integral GPS sensor that may be utilized for geotagging of the  RedEdge-MX imagery if system GPS signals are not provided to the sensor by other means.  Install the module where it will have a clear view of the sky, far away from any devices that ...

  • Page 13: Serial And Ethernet Data ("Comm")

    5.3. Serial and Ethernet Data (“COMM”)    This connector is available for tighter integration with host aircraft. It includes a  standard TTL-level serial port as well as an Ethernet port. Documentation for the  communications protocol is available by contacting MicaSense.     Pin #  Signal ...

  • Page 14: Example Integrations

    DLS.    Automatic Capture/Triggering Options    ● RedEdge-MX supports three methods for capturing images: Overlap, Timer, and  External Trigger. To learn more about how to configure these settings, please see the  Sensor Firmware Guide.    ○ Overlap Mode (Recommended) ...
  • Page 15 ​ I n overlap mode, when the aircraft climbs to within 50 meters below your  target altitude, RedEdge-MX will start capturing and only take a capture if it  has traveled forward enough distance to ensure the overlap percentage you  have specified. When the sensor's altitude is below 50 meters from the target ...

  • Page 16: Integration With Aerial Platform For Triggering

    (e.g. 1.0ms to 2.0ms) or long to short (e.g. 2.0ms to  1.0ms). These trigger settings are configurable via the WiFi interface, and are  persistent once saved.        © 2018 MicaSense, Inc. Page 16 of 19 ...

  • Page 17: Deep Integration With Host Platform

    MAVLink communication protocol, serial communications, and advanced Pixhawk or  APM configuration. Ethernet connectivity is also an option - visit  support.micasense.com for further resources on either of these two protocols.     ...

  • Page 18: Addition Of Top Of Frame Capture To Integration

    DLS and the other end (with Ground and Pin 4 - see table in  Section 5.1.2) would connect to the RTK/PPK GPS receiver or associated computer.     © 2018 MicaSense, Inc. Page 18 of 19 ...
  • Page 19   ● The contents of this guide are subject to change without notice  ● MicaSense, Inc. assumes no liability for incidental or consequential damages  arising from the use of this product, and any claims by a third party.  ● Copying of the contents of this guide, in whole or in part is prohibited under ...

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