Leica Geosystems SmartNet Adjusted to National Spatial Reference System
Norcross, Ga.— The Leica Geosystems SmartNet, which provides realtime positioning to more than 2,000 subscribers in 17 U.S. states and four Canadian provinces, reportedly became the first network to adopt the draft National Geodetic Service's (NGS) RTN guidelines across its entire network.
"This is huge for our subscribers," said Director, Reference Station Operations Wendy Watson, "We are now providing centimeter-level accuracy, on a common frame of reference, everywhere in our network.”
The adjustment was a significant technical challenge, and will require some adaptations by current SmartNet subscribers.
"It's critical for subscribers and all their field crews to understand the effects of this adjustment in the field," said Watson, "It affects all SmartNet users and all SmartNet stations. For most of the U.S. subscribers, there will be minor shifts in their positional data, but in some areas like California the shift is greater. To compensate for these changes in the field, users will need to perform a transformation, localization or calibration, and tie to existing control. We've provided webinars on this, which are archived at our site, and SmartNet representatives are happy to answer any and all questions. And also, we have a complete suite of online tools to assist users at http://adjustment.smartnetna.com."
The SmartNet Adjustment Launch commenced on Sep. 29th at 9:00 p.m. ET, and the SmartNet network was only down for the weekend—service resumed without a hitch on Oct. 1st, at 12:00 a.m.
"All SmartNet stations are now positioned to ensure an unprecedented level of internal precision and consistency between themselves, while at the same time providing an accurate tie to the new NAD83 (NA2011) National Spatial Reference System," Watson explained, "By implementing the draft NGS RTN Guidelines, we positioned all of our stations to provide the requisite 2 cm horizontal and 4 cm vertical accuracy to the NSRS, while at the same time achieving the 1 cm level internal consistency needed to provide the high-precision and high-quality network corrections our users have come to expect. While we understand this change may have its challenges short term for some of our users, getting our entire network on the same, NGS-approved basis will improve the quality and consistency of everyone's work”