Telemetry in Agriculture – How It Works, How Much It Costs, and Is It Worth It in Poland?

Date: 19.02.2026

Author: Adam Krakowiak

Telemetry in Agriculture – How It Works, How Much It Costs, and Is It Worth It in Poland?

How does agricultural machinery telemetry and GPS tracking work? How much does tractor fuel monitoring and remote CAN data reading cost? Explore Agriculture 4.0 funding (ARiMR), eco-schemes, and a practical telemetry implementation plan.

Telemetry – The Foundation of Agriculture 5.0 and Real Cost Control

If Agriculture 5.0 – the future of farming means data integration and automated decision-making, then telemetry is its operational layer and, for many farms, the first step toward AgriTech and data-driven management.

In times of rising fuel and fertilizer prices in Poland, telemetry is no longer a technological gadget – it is becoming an economic survival tool.

  • How can you reduce fuel consumption on your farm?
  • Can tractor fuel monitoring detect losses?
  • What does GPS tracking of agricultural machinery actually provide?
  • How do you start farm work automation without replacing your machinery fleet?

What Is Telemetry in Agriculture and What Does It Include?

Agricultural telemetry refers to the remote measurement, transmission, and analysis of data from machines and devices operating in the field. It includes both GPS tracking of agricultural machinery and remote machine parameter reading via CAN-bus.

  • agricultural machinery telemetry (tractors, combines, sprayers),
  • tractor fuel monitoring,
  • remote CAN-bus reading (working time, RPM, load),
  • yield mapping,
  • weather condition monitoring,
  • soil moisture sensors,
  • silo and storage monitoring.

Telemetry is a data infrastructure that feeds a Farm Management System (FMS) and enables real farm work automation.

How Does Agricultural Machinery Telemetry Work?

1. Measurement Layer

  • GPS – location and route tracking,
  • CAN-bus – engine and machine performance parameters,
  • fuel sensors,
  • environmental sensors.

2. Data Transmission Layer

Technology Range Operational Cost Typical Use Availability in Poland
GSM / LTE / 5G wide SIM subscription mobile machinery, GPS high
LoRaWAN very wide low field sensors medium; option to build own gateway
NB-IoT / LTE-M medium–wide low silo monitoring growing
Wi-Fi local low storage facilities high locally
Bluetooth very short low local readout widespread

3. Analytics Layer

Data is sent to an FMS, where fuel analysis, working time reports, field operation documentation, and cost control per crop and field can be performed.

What Are the Benefits of Telemetry on a Farm? 5 Key Advantages

  1. Reduced fuel consumption – analysis of idle time and transport routes.
  2. Tractor fuel monitoring – alerts for sudden drops.
  3. GPS tracking of agricultural machinery – better operational control and service accounting.
  4. Automated operation records – compliance with Polish regulations.
  5. Farm work automation – KPI and reports without manual data entry.

Is Telemetry Profitable for a Small Farm?

Yes, especially under typical Polish conditions:

  • fragmented land parcels,
  • heterogeneous soil conditions,
  • frequent transport between fields.

In such cases, even basic GPS tracking of agricultural machinery can significantly improve cost control.

Telemetry and Eco-Schemes & Precision Agriculture

Telemetry supports:

  • documentation of field operations and application rates,
  • data archiving for inspections,
  • compliance with precision agriculture eco-schemes.

Telemetry and Agriculture 4.0 Funding (ARiMR)

Telemetry and FMS solutions align with:

  • Agriculture 4.0 funding programs,
  • farm modernization initiatives,
  • digital transformation programs for farmers.

In practice, telemetry is often implemented as part of a broader digital transformation investment.

Case Study – 300 ha Farm in Lower Silesia

Farm (rapeseed, wheat) – 300 ha.

GPS + CAN-bus modules were installed in John Deere tractors along with fuel monitoring integrated into the FMS.

  • 12% reduction in idle mileage,
  • improved fuel cost control,
  • automated operation documentation,
  • improved logistics on fragmented fields.

How Much Does Telemetry Cost in Poland?

  • 30–40 PLN / machine / month (GPS),
  • 40–50 PLN / machine / month (CAN-bus + analytics + fuel monitoring).

FAQ

Can telemetry detect fuel theft?

Yes. The system reports sudden fuel level drops in real time.

Do I need a new tractor?

No. Older models can be retrofitted with CAN modules or GPS trackers.

Does telemetry help with operation records?

Yes. Route tracking and application data support documentation compliance.

Conclusions

Telemetry in Polish agriculture is a practical AgriTech solution combining GPS tracking of agricultural machinery, tractor fuel monitoring, and remote machine parameter reading into one unified data layer.

In the context of rising production costs and increasing reporting requirements, telemetry is becoming a standard in modern farming operations.