Daria Pohrebniak
Marketing Director - ReVerb
11.15.2026
Last updated: November 15, 2026
Precision agriculture is a way of farming that uses GPS, sensors, imagery and data to manage each part of a field according to what it actually needs, instead of treating the whole field the same. It helps farmers apply seed, fertilizer, water and chemicals more accurately, cut waste and raise yields.
This guide explains the main technologies, what they cost, the benefits farmers see and how to get started. For companies in the space, see our list of top precision agriculture companies.
The Core Technologies
GPS guidance and autosteer
Tractors steer themselves along accurate lines, reducing overlap and operator fatigue. RTK correction brings accuracy to within an inch or two.
Section control
Planters and sprayers switch sections off automatically where they have already applied, avoiding double coverage on headlands and point rows.
Yield monitoring
Combines record yield across every part of a field, creating maps that show which areas perform best.
Variable rate technology
Seed, fertilizer and lime rates change automatically across a field based on soil tests, yield history or imagery.
Remote sensing
Satellites, aircraft and drones show crop health and stress. See crop monitoring platforms.
Farm management software
Software stores and analyzes all this data. See the best farm management software.
Robotics and autonomy
Robots and autonomous tractors weed, spray and drive with little human input. See agricultural robotics companies.
The Benefits
- Lower input costs through less overlap and better targeting
- Higher or more consistent yields
- Less fertilizer and chemical runoff
- Better records for landlords, lenders and buyers
- Less operator fatigue and better use of labor
What It Costs
Costs range widely. Basic guidance and autosteer can be added to an existing tractor for several thousand dollars, while full precision planters, sprayers and data systems cost much more. Many new machines now include precision features, and the fastest paybacks usually come from autosteer and section control.
How To Get Started
Start with guidance and section control
These usually pay back fastest and build the foundation for everything else.
Collect good yield data
A few seasons of clean yield maps show where variable rate will help.
Add variable rate where it pays
Start with the input that costs you most, often fertilizer or seed.
Pick software that fits your fleet
Make sure your data flows between equipment brands and your farm management software.
Frequently Asked Questions
What is precision agriculture in simple terms?
It is farming field by field and zone by zone, using technology to give each area exactly what it needs.
What are examples of precision agriculture?
Examples include GPS autosteer, section control, yield monitoring, variable-rate seeding and fertilizer, satellite and drone imagery, and farm robots.
Is precision agriculture only for large farms?
No. Small farms can benefit too, especially from guidance, section control and satellite monitoring, though payback is faster on more acres.
What is the difference between precision agriculture and smart farming?
They overlap. Precision agriculture focuses on field-level accuracy, while smart farming is a broader term that includes automation, IoT and data across the whole farm.
Conclusion
Precision agriculture turns fields into many small management zones. Start with guidance and section control, build good yield data, then add variable rate, imagery and automation where they pay. Explore the companies behind it in our AgTech hub.
For more on farming technology, visit our AgTech hub.
