EQUATOR GNSS / BY TECHNOGISGermany · Indonesia
RTK & corrections

Base and rover setup: getting the relationship right

A precise relative measurement still depends on the base position, antenna setup and coordinate settings.

Base and rover setup: getting the relationship right

The base anchors the measurement

In a base-and-rover workflow, the rover solution is connected to the reference receiver position. An error in the entered base position can shift the entire survey. Both receivers also need correct antenna-height handling and compatible observations for the intended correction and processing method.

Continue learning Choosing a suitable GNSS base station site

Make the setup independently checkable

Record the base mark identifier, coordinate source, antenna reference and setup photographs. Check the rover on a known point before collecting new features. Repeat a check after changing the base configuration, because a working radio connection alone does not prove that the coordinate setup is correct.

Continue learning Antenna height: a small setup detail with large consequences

Practical checklist

Practical checklist

  1. Record the base mark and coordinate provenance.
  2. Measure and document both antenna heights.
  3. Check the rover before and after configuration changes.
EQUATOR GNSS

Plan your GNSS setup

Compare the EQ10 and EQ20 receiver specifications, then discuss the configuration and support your project needs.

Compare GNSS receivers

References

  1. NOAA NGS — User Guidelines for Single Base Real Time GNSS Positioning
  2. ESA Navipedia — RTK Fundamentals