Regulate the flow rate in real time based on vehicle speed and target application rate, achieving consistent application for each unit area regardless of speed change caused by different terrain conditions. This helps avoid spraying too much or too little, preventing crops from the bad effects of uneven coverage and saving pesticides or fertilizers.
Automate sprayer sections to start and stop automatically upon entering or exiting worked areas, reducing wasteful over-application and improving crop health by applying the optimal amount of resource exactly where needed.
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Control each nozzle separately through the PWM technique by rapidly turning the nozzles on and off at varying intervals (duty cycles), ensuring minimal overlaps and barely noticeable gaps. By issuing different duty cycles to nozzles on the inner and outer boom during turns, you can achieve the unified spray performance through turn compensation.
Adjust the volume of spray basedon the imported prescription map, helping you quickly adapt to the changing conditions in different areas of your field. With variable prescribed rates parsed from each treatment zone, you can optimize the distribution of pesticides and fertilizers, improving spraying productivity at a lower cost while reducing environmental pollution.
Real-Time Dosage Adjustment
Adjust the target spray volume in real time to stay in sync with the changing conditions of your field, giving you the confidence that comes from knowing you can respond dynamically to any situation.
Seamless Mode Transition
Enable a one-touch transition between manual, semi-auto, and auto spray modes, along with flow control, ensuring you always have your preferred mode for the task at hand.
Individual Nozzle Control
Variable-rate Application (VRA)
Optimal Path Planning
Consistent Path Reuse
High-Speed Precision
