Fungicide response has been strong in recent years, delivering consistent ROI for many growers. At the same time, new yield enhancer products continue to show promising results in helping crops reach their full potential. While selecting the right products is important, application quality can be just as critical to maximizing performance and return on investment.
Choosing the right application method depends on your field conditions, timing needs, and management goals. Each option offers unique advantages when paired with quality equipment and experienced operators.
UAV Applications
UAV technology continues to improve as equipment and application systems advance. To maximize application quality, key areas of focus include properly calibrated equipment, accurate spray pattern widths, and a well-trained operator.
UAV applications can be an excellent option for fields with obstacles such as power lines, wind turbines, trees, or locations near urban areas where maneuverability is important.
Aerial Applications
Traditional aerial applications remain an industry standard for fungicide application. Consistent coverage begins with a properly calibrated aircraft and an experienced pilot.
Aerial applications are often the best fit for fields with minimal obstructions, allowing for efficient coverage across large acreages while meeting critical application timing windows.
High-Clearance Ground Applications
High-clearance ground rigs offer several advantages, including consistent boom widths that help ensure uniform coverage across the field. They also apply significantly higher volumes of water compared to aerial or UAV applications.
Most aerial and UAV applications utilize 1–2 gallons of carrier per acre and rely on air movement to achieve canopy penetration. Ground applications are at 15-20 gallons per acre and will provide greater canopy coverage through increased water volume, helping maintain application quality across a wider range of weather conditions.
These applications are often best suited for relatively square fields with limited turning requirements.