The Utah Reference Network (TURN) GPS
TURN GPS uses the Trimble PIVOT VRS Platform
The Utah Reference Network (TURN) GPS is a GNSS network of permanently located GPS receivers, installed across the state, to generate real time high accuracy GPS positioning. TURN GPS is used for a range of precision GPS applications including surveying, engineering, construction and GIS data collection. Current cost is $600 for each User login and is good for a full year from date of signup.
Creating a New Account:
We are currently experiencing an issue with our New Accounts Online Payment option. If you are interested in a New Registration for TURN GPS contact us directly.Sean A. Fernandez PLS or Mike Heagin
Send and email with the following:
- Organization (avoid punctuation)
- Password (8 characters)
- Contact Name, email, phone #
- Physical location/address
- Mailing address
Renewing An Account:
Again, from the TURN GPS secure payment site, select the 'Renew Subscription' button, accept the Terms and Conditions (if you agree).Provide the Organization, Username, and Password for the subscription you're renewing, and proceed to the payment portion using a credit card. When done you will receive a confirmation email and receipt.
If the account has expired, it will take about 24 hours for the subscription payment to cycle through and the activation to be complete for field work, otherwise you will not notice any interruption.
With an activated subscription, set your GPS unit's VRS connection address to 220.127.116.11 and enter your new device-specific username and password.
Usage: Paid subscription; Login, Password required
The Coordinate Reference Frame for this network is NAD83(2011)(EPOCH:2010.0000.) The Latitude, Longitude and Ellipsoidal Height of each reference station was calculated by processing 24 hour files using the National Geodetic Survey (NGS) Online Positioning User Service (OPUS) Projects application.
Eighteen NGS Continually Operating Reference Stations (CORS) were selected along the perimeter and interior of the network and were constrained to the published coordinates to conduct the final adjustment of the network coordinates.