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Used function modules

  • Trioliet Triotronic 2810V weighing indicator

    Trioliet Triotronic 2810V weighing indicator

    • Manufacturer: Trioliet

    The Triotronic electronic weighing system shows exactly how much feed has been loaded. With three independent weighing bars, this system ensures high precision and that you always have control of your ration. The...

    Oldenzaal, Netherlands
  • Trioliet Triotronic 2810V weighing indicator

    Trioliet Triotronic 2810V weighing indicator

    • Manufacturer: Trioliet

    The Triotronic electronic weighing system shows exactly how much feed has been loaded. With three independent weighing bars, this system ensures high precision and that you always have control of your ration. The...

    Oldenzaal, Netherlands
  • CHC Navigation NX510 Steer Ready

    CHC Navigation NX510 Steer Ready

      "CHC NAV" automatic steering system - a market-leading system with extremely accurate RTK signals up to 2.5 cm, headland turning function and no additional license fees. This system saves farmers' working time, f...

      Panevėžys, Lithuania
    • CHC Navigation NX510 SE

      CHC Navigation NX510 SE

        "CHC NAV" automatic steering system - a market-leading system with extremely accurate RTK signals up to 2.5 cm, headland turning function and no additional license fees. This system saves farmers' working time, f...

        Panevėžys, Lithuania

      Overview

      Precision agriculture, also known as precision farming, involves using advanced technologies like GPS, sensors, and data analytics to optimize field-level management regarding crop farming. This approach aims to enhance productivity, maximize efficiency, and minimize waste by providing real-time information and actionable insights.

      FAQ

      What technologies are commonly used in precision agriculture?

      Common technologies include GPS guidance systems, drones, soil sensors, and data analytics software to monitor crop health, soil conditions, and weather patterns.

      How does precision agriculture improve farming efficiency?

      It allows farmers to make data-driven decisions, optimize resource use, reduce input costs, and increase yields by targeting specific areas needing attention.

      What are the initial costs associated with implementing precision agriculture?

      Initial costs can vary widely depending on the technologies adopted, but they generally include expenses for hardware like sensors and drones, software subscriptions, and training for effective use.