Question 1

What is RTK and why does it matter?

Accepted Answer

RTK (Real-Time Kinematic) is a way to turn normal satellite positioning (GNSS: GPS, GLONASS, Galileo, BeiDou)—which is usually accurate to about 1–3 meters—into centimeter-level precision.
Here’s how it works:
A nearby base station knows its exact location. It receives signals from all the satellite constellations and compares them to where it actually is.
It sends that data in real time to the GEODNet network, which calculates high-quality corrections.
Your device (the “rover”) connects to GEODNet over the internet using the standard NTRIP protocol (compatible with most equipment).
The rover applies those corrections to remove satellite and atmosphere errors, giving you reliable centimeter-level accuracy.
This is what makes RTK so valuable for farming (straight lines, repeatable rows), drones (precise mapping), and surveying (survey-grade stakeout without a total station).

Question 2

Why is a RuralRTK subscription so affordable compared to other RTK networks?

Accepted Answer

Traditional RTK networks are costly because a single operator has to buy, install, and maintain dozens (sometimes hundreds) of base stations across a wide area. Those expenses get passed on through high subscription fees.

RuralRTK works differently. We connect to the GEODNet decentralized network, where local community members host base stations in exchange for small rewards. This cuts out the middleman and avoids the heavy overhead of centralized networks.

The result? You still get reliable, centimeter-level RTK accuracy, but at a fraction of the cost.

Question 3

Is my equipment compatible with RuralRTK data?

Accepted Answer

Almost certainly, yes. RuralRTK works with most modern GNSS receivers and RTK-enabled equipment because it uses the standard NTRIP protocol and RTCM format. That means tractors and displays from John Deere, Trimble, and Topcon, surveying gear from Leica and Emlid, and drones from DJI and Autel can all connect without issues.

In a few cases, older receivers or systems that are locked to a proprietary correction service may not work without an unlock (Like for some John Deere equipment). But if your equipment already uses RTK corrections today, it will almost certainly work with RuralRTK.

To be sure, you can start a free 30-day trial and confirm everything works with your equipment. There’s no risk and no strings attached—just reliable, high-accuracy corrections you can test in your fields, projects, or flights.

Question 4

What accuracy can I expect with RuralRTK?

Accepted Answer

RuralRTK provides high-precision RTK corrections that can reach centimeter-level accuracy under ideal conditions. However, actual performance varies depending on several factors, including:
Coverage:  distance from the nearest base station and local network availability.
Environment:  obstructions such as trees, buildings, or terrain.
Equipment quality:  the antenna, receiver, and hardware you are using.
Connectivity:  mobile data or internet reliability in your area.
Satellite conditions:  geometry, ionospheric activity, and atmospheric interference.

Because these factors are outside our control, we cannot guarantee specific accuracy at all times or in all locations. The best way to confirm how the service performs for you is to start with a free 30-day trial and test it directly with your own equipment.

FAQ

Frequently asked questions

What is RTK and why does it matter?

Why is a RuralRTK subscription so affordable compared to other RTK networks?

Is my equipment compatible with RuralRTK data?

What accuracy can I expect with RuralRTK?