GNSS RTK Survey Equipment
Build a positioning workflow around your project—not just a receiver. Explore GNSS equipment, correction options and field tools with Horizon Measurements.
A practical guide to your next decision.
GNSS receivers use satellite signals to determine position. Real-time kinematic (RTK) workflows add correction data to support precise field measurements when the receiver, correction source and site conditions are suitable. A complete system brings together the receiver, field software, controller, accessories and a plan for checking results.
For topographic surveys, construction staking and site measurements, start with the required deliverable and tolerance. Horizontal position, elevation, coordinate reference system and repeatability all matter. An accuracy specification alone does not describe how a receiver will perform on your particular site.
Match the solution to the task.
Topographic data collection
Capture points and features for terrain models and drawings. Plan feature codes, coordinate settings and office exports before the crew starts collecting.
Construction staking
Take design points into the field with a compatible controller and software. Check site control and coordinate transformations before relying on stakeout results.
Mapping & asset records
Match the receiver configuration to the required mapping accuracy. A GIS workflow and a construction layout workflow may need different tools and checks.
What to compare before you decide.
| Consideration | Where it fits | What to confirm |
|---|---|---|
| Base & rover | Sites where a local correction setup is appropriate | Base placement, control coordinates, communications and working range. |
| Network RTK rover | Projects within suitable correction-network coverage | Service access, mobile connectivity, correction format and coordinate settings. |
| Mapping receiver | Asset and GIS collection | Model-specific accuracy, correction support and application compatibility. |
Specifications, compatibility, availability and included items depend on the exact equipment or service configuration. Ask our team to confirm the details for your project.
Bring the workflow together.
Define the measurement
Tell us what you need to collect or stake, the project tolerance and the working environment.
Check the full configuration
Review receiver, controller, software, correction access, poles, power and data transfer as one system.
Validate in the field
Use known control and independent checks. Monitor fix status and investigate inconsistent observations.
Frequently asked questions
What is the difference between GPS and GNSS?
GPS is one satellite navigation constellation. GNSS is the broader term for satellite navigation systems. The constellations and signals supported depend on the receiver model.
Does every GNSS receiver provide RTK accuracy?
No. RTK capability depends on the exact receiver, enabled features, correction source and software configuration. Confirm the complete setup before ordering.
Can RTK work under trees or beside buildings?
Obstructions and reflected signals can degrade observations or prevent a reliable fixed solution. Consider site conditions and independent checks; a total station may suit some obstructed locations better.
What should I include in a quote request?
Include the application, required accuracy, existing controller/software, correction service if any, and whether you need a rover or a base-and-rover kit.
Find the right GNSS configuration.
Tell us about the work, your existing equipment and your timeline. We’ll help you identify the next step.