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KPT Twister Black
Versatile Pivot Sprinkler | Uniform Distribution & Optimal Droplet Size
When pressure drops across an irrigation system, water application becomes uneven. Even small pressure losses can lead to variable crop growth, unnecessary energy use, and reduced irrigation efficiency throughout the season.
Pressure loss means less pressure reaches the sprinkler than expected — causing unstable droplets, shorter throw, and uneven water application.Pressure loss means less pressure reaches the sprinkler than expected — causing unstable droplets, shorter throw, and uneven water application.
In the field, this shows up as dry patches, overwatering, or weaker performance toward the end of the pivot — affecting crop uniformity, resource efficiency, and confidence that every part of the field gets the right amount of water.

Pressure loss is rarely caused by a single factor. Friction within the pipeline, changes in elevation, worn or blocked nozzles, sediment buildup, incorrect regulator selection, and end-of-system demands can all reduce pressure across the irrigation system. Environmental factors such as wind and field layout can make these effects even more visible.
Solving pressure loss starts with the right expertise. Your local Komet dealer can assess your irrigation system, understand your field conditions, and recommend the right combination of components to restore consistent water application and reliable long-term performance.
Review field layout, elevation, and current sprinkler or regulator setup.
Choose components that fit the hydraulic conditions of the machine, not just the catalog.
Get help with performance checks, replacement planning, and system tuning over time.
Every Komet solution is developed and validated through engineering expertise, practical field testing, and measurable performance. Because reliable irrigation starts with solutions that perform consistently under real-world conditions.
Komet has validated its solutions across 45 pivot systems on five continents as part of its commitment to engineering excellence and quality. Testing across diverse climates, field conditions, and irrigation systems ensures reliable performance where it matters most - in the field.