Precision at its core.
Industrial GNSS technology in a base designed, assembled and tested in the UK, with battery backup and long-term support.
Explore the base station
RTK Solutions is an independent UK provider of high-precision RTK GPS and GNSS systems for agriculture. Our UK-built base stations combine industrial GNSS technology, in-house software and managed NTRIP corrections: premium engineering, straightforward pricing and support from the people who build your system.
Industrial GNSS technology in a base designed, assembled and tested in the UK, with battery backup and long-term support.
Explore the base stationIntegrated software developed in-house for reliability, diagnostics and remote management.
See our RTK softwareNTRIP corrections for compatible machinery across brands, with help checking your setup.
Explore NTRIP correctionsCompatibility depends on your receiver, RTK unlocks, correction format and connection. Ask us to check your machinery →
Choose a question below, or use the calculator to compare costs.
Many RTK services still charge on a per-machine basis. That may look manageable with one tractor, but it quickly multiplies across a mixed fleet.
Our farm base costs £2,995 + VAT including the first year of network access, followed by £199 + VAT per year from year two. Multiple compatible machines can use the base, so adding another tractor does not automatically add another correction subscription.
With two machines at £750 each per year, the base pays back during year 3.
Illustrative comparison only. Prices and inputs exclude VAT and assume annual charges remain unchanged. Enter your current cost on the same basis.
Using John Deere? Compare SF3 with our farm base · Compare SF-RTK with our farm base →
Tell us your receiver and display models. We’ll help you choose the right RTK option.
Prices exclude VAT. Savings are illustrative and depend on current subscription costs, compatible equipment and the number of connected machines. Accuracy, RTK FIX availability and repeatability depend on correct installation and calibration, compatible equipment, antenna location, satellite visibility, correction latency, connectivity and local conditions.