The Agro RTK package includes connection to the GNSS base station network for six months. Provides the ability to connect agricultural machinery to the RTK signal of the network of base stations.

Geometer provides the ability to connect agricultural machinery to the RTK signal from a network of GNSS base stations. This will allow to carry out field work with the maximum allowable accuracy of up to 2.5 cm while maintaining the exact coordinates of the trajectory of the equipment. This is an effective and at the same time flexible solution, because you can subscribe for different periods: for 1 month, 3 months, 6 months or 12 months.

Agro RTK - it is a service created especially for farmers, which allows you to work with RTK receivers in the network of GNSS base stations instead of buying your own base. More than 120 permanent reference base stations have been installed on the territory of Ukraine, which are united in several networks. The server transmits RTK corrections to the tractor receiver via the GSM network, which allows to achieve an accuracy of 1-3 cm in the process of performing agricultural work anywhere in Ukraine.

How AgroRTK works?

1. Preliminary location
   The GNSS receiver of the tractor determines the approximate position on the ground. The network of permanent base stations automatically calculates the nearest RTK stations.
2. Data processing
   The software on the server forms a cluster of several base stations closest to the tractor.
3. Exact coordinates
   The server transmits RTK corrections to the tractor receiver via the GSM network, which allows to achieve an accuracy of up to 2 cm
   in the process of performing agro-technical works in any part of Ukraine.

Advantages of AgroRTK:

• Maximum accuracy +/- 2 cm. This means that your overlapps will be reduced to 0.33% on all passes of machinery.
• Positioning is possible throughout the coverage area of the mobile network, where there is a GSM/GPRS signal and in places with the ability to connect to the Internet via other communication channels.
• High-quality signal reception even in the presence of obstacles on the ground.
• Reduce equipment costs. Do not need to install your own base stations to work.
• Stable accuracy of the obtained result over the entire coverage area, almost independent of the distance to the base station.
• Service operability in case of failure of a single base station.
• Quality control of the obtained measurement result.
• Technical support of the field work process.