When the last span underperforms, the whole system pays
The outer end of a pivot is where irrigation performance is often tested most. Small inconsistencies in water application can quickly become visible as crop stress, uneven maturity, and inefficient use of water and energy. Optimising end-of-system performance helps maintain uniform coverage, protect crop potential, and improve the efficiency of every irrigation pass.
The end of your pivot can determine the performance of the whole system
The outer end of a pivot operates under the greatest demands, covering the most ground at the highest travel speed. Keeping water application consistent in this section is essential to maintaining uniform coverage, protecting crop performance, and maximising the efficiency of the entire irrigation system.
Small technical changes become bigger at the last span
Pressure differences, elevation changes, nozzle wear, sediment, wind, and incorrect package selection all affect application quality. At the end of the machine, those effects are amplified, so even a minor mismatch can reduce coverage consistency or create drift, runoff, or dry spots.
Find a Komet Dealer Near You
End-of-system issues are rarely solved by guesswork. A local Komet dealer can help assess your current setup, review package selection, and get you to a practical solution that fits your machine and field conditions.
Local field knowledge
Work with partners who understand regional crops, water conditions, wind exposure, and pivot setup realities.
Support beyond the sale
From package selection to replacement planning, dealers help keep application performance on track over time.
Faster troubleshooting
When coverage changes in the field, local support helps identify whether the cause is pressure, wear, layout, or component choice.
Numbers That Speak for Themselves
Credibility matters most when the field is uneven and the cause is not obvious. These facts show how Komet approaches performance with testing, range depth, and practical support.
Komet states that prototype testing has been carried out on 45 pivot systems across 5 continents. That matters at the end of the system, where real-world conditions such as wind, topography, and machine variation expose weak application performance quickly.