Difference between revisions of "RTK GPS Survey"

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* http://baid.utep.edu/dgps-support ...there is a pdf on here available for download.
 
* http://baid.utep.edu/dgps-support ...there is a pdf on here available for download.
 
http://facility.unavco.org/project_support/polar/barrow/equip.html
 
http://facility.unavco.org/project_support/polar/barrow/equip.html
 +
I have added a new base radio & configuration to the
  
 +
Following existing points is called 'Stakeout'
  
Following points as I'll be doing in Barrow is called 'Stakeout'
+
So, maybe the TDL450 radio can't tie in to the barrow network, which seems to operate at 418 MHz (which makes sense since we need to receive data not transmit it):
 
 
So, maybe the TDL450 radio can't tie in to the barrow network, which seems to operate at 418 MHz:
 
 
http://facility.unavco.org/project_support/polar/barrow/equip.html
 
http://facility.unavco.org/project_support/polar/barrow/equip.html
 
//In addition, the base station transmits real-time kinematic (RTK) broadcasts at 418 MHz (CMR+ format at 9600 baud). //
 
//In addition, the base station transmits real-time kinematic (RTK) broadcasts at 418 MHz (CMR+ format at 9600 baud). //

Revision as of 11:25, 12 April 2013

... Abridged version of notes from the RTK class.

  • Set up Bluetooth communication with the GPS: General Survey -> Instruments -> GNSS functions -> Bluetooth
    • identify both the rover and the base GPS here.
  • Set the Survey Style: Main Menu -> Settings -> Survey Styles
    • rtk int radio = internal radios on both gps
    • RTK = use an external radio for the base.

to be continued...



2013 April Update

Trimble 2009 Geoid http://www.trimble.com/support_trl.asp?pt=&Nav=Collection-66364

Connecting to the Barrow RTK System:

http://facility.unavco.org/project_support/polar/barrow/equip.html I have added a new base radio & configuration to the

Following existing points is called 'Stakeout'

So, maybe the TDL450 radio can't tie in to the barrow network, which seems to operate at 418 MHz (which makes sense since we need to receive data not transmit it): http://facility.unavco.org/project_support/polar/barrow/equip.html //In addition, the base station transmits real-time kinematic (RTK) broadcasts at 418 MHz (CMR+ format at 9600 baud). //


Handy document showing how to change the receive frequencies for the R8 so that it can receive Toolik and Barrow freqs: http://cody.inlandgps.com/pub/Trimble%20Stuff/Instructions%20by%20Inland%20GPS/Installing%20Receive%20Frequencies.pdf

So, how to get this all going for doing stakeouts:

  1. Start Trimble Business Center
  2. Set the Projection information for the project
  3. File Menu -> Import -> CSV
  4. Select All of the points (CTRL-A)
  5. File Menu -> Export
  6. Select 'Trimble Field Software exporter (jobXML)
  7. Click Export Button and save
  8. Copy the resulting file onto the TSC3
  9. From the TSC3 Start a General Survey
  10. Click on Job
  11. Click on Import / Export
  12. Click on Import Fixed Format Files
  13. File Format: Trimble Job XML
  14. Navigate to & import the file.
  15. Now, back at the General Survey Menu
  16. Click on Job
  17. Click on Open Job
  18. Navigate to and select the recently imported job.
  19. Now , back at the General Survey Menu
  20. Click on Stakeout
  21. Click on the communication path