How do you properly set up a spot spraying system on your farm equipment?

Properly setting up a spot spraying system involves integrating specialized hardware with your sprayer, creating or obtaining a high-resolution task map, and calibrating the system for precise application. With our technology, you can turn your existing field sprayer into a high-precision spot sprayer, applying resources only where they are needed. This approach moves you towards our vision of Farming On Plant Level, ensuring efficiency and sustainability. Read the overview article about Where can I buy a spot spraying system?

How do you install and configure a spot spraying system for immediate use?

You install a spot spraying system by integrating our modular LeapBox hardware with your new or existing sprayer and configuring it through our LeapSpace platform. Our system is designed to be brand-independent, offering a seamless upgrade path to precision agriculture without requiring a complete overhaul of your machinery. The process is straightforward, ensuring you can quickly transition to centimetre-level accuracy.

What are the first steps for installation?

The initial step is the physical installation of the LeapBox onto your sprayer. As a modular system, it is designed for flexible integration. Our team or one of our partners works with you to ensure all components, including the advanced nozzle controls, are correctly fitted and connected to your sprayer’s existing infrastructure. This setup provides the foundation for nozzle-by-nozzle control, which is essential for high-resolution spot spraying.

How do you calibrate the system for a specific task?

Calibration is managed digitally through our LeapSpace platform. Before spraying, you upload a high-resolution task map—generated by a drone or satellite—to your LeapSpace account. This map identifies exactly where weeds or specific crop areas are located. The platform automatically sends the map to the LeapBox on your sprayer, which then calibrates the individual nozzles to spray only the targeted spots with the precise, pre-defined dosage as the sprayer moves across the field.

What tools are required for the setup?

The primary tools for setup are the LeapBox hardware and a subscription to our LeapSpace cloud platform. Since our system is designed for streamlined integration, complex custom tools are not required for the installation. For the operational side, you need access to a high-resolution task map, which you can generate yourself or source from one of our trusted data provider partners.

What preparations are essential before starting a spot spraying operation?

The most critical preparation is securing a high-resolution task map of your field that accurately identifies the target areas for application. Before you start, you must also ensure your equipment is fully compatible and that all safety protocols are in place. Our integrated ecosystem is designed to make this preparation process as efficient as possible, allowing you to focus on precise and effective application that can reduce chemical use by up to 99%.

Key preparations include verifying your sprayer’s compatibility with our modular LeapBox system, which is designed to work on virtually any sprayer. You should also conduct standard equipment checks, such as inspecting nozzles and connections, to prevent any operational delays. Finally, ensure the correct task map for the intended field and application is uploaded to LeapSpace and ready for execution.

How do you prepare the land or field for spot spraying?

Preparing the field primarily involves data collection rather than physical land alteration. A drone or satellite flight is conducted to capture high-resolution imagery. This data is then analysed to create a precise task map that pinpoints weeds or areas needing treatment down to a 25 x 25 cm resolution. This map is the blueprint for the spot spraying operation, guiding the sprayer to apply chemicals only where absolutely necessary.

What safety measures should you consider?

Beyond standard agricultural safety practices for handling chemicals, our system adds a layer of operational safety. Ensure that all digital connections between LeapSpace and LeapBox are secure before starting. By spraying only where needed, you significantly reduce the overall chemical load on the environment and minimise operator exposure, aligning with our mission for a “Clean Food. Clean World.”

How can you operate a spot spraying system for maximum performance?

You can achieve maximum performance by leveraging high-resolution task maps, avoiding common application errors, and performing regular system maintenance. The core of our system is precision; by ensuring every component from the data map to the nozzle is optimized, you unlock the full potential of plant-level farming. This includes significant cost savings on chemicals and promoting unhindered crop growth by avoiding unnecessary treatments.

To operate at peak efficiency, consistently use the most detailed task maps available. Our system can execute commands with centimetre-level precision, but the quality of the input data determines the outcome. Regularly review the ‘as-applied’ maps generated in LeapSpace after each job. This data provides invaluable feedback for refining future applications and verifying the accuracy of your operations, ensuring continuous improvement and maximum ROI.

How can you optimize the system’s efficiency?

Optimize efficiency by using highly accurate task maps and leveraging our system’s features, like individual nozzle control and turn compensation. This ensures that even in corners and turns, the right dose is applied exactly where intended. The system’s instant response and consistent pressure eliminate over- and under-dosing, which directly translates to less waste and better crop health.

What common mistakes should be avoided?

A common mistake is using low-resolution or outdated task maps, which undermines the system’s precision capabilities. Another is failing to verify that the correct map is loaded for the specific field, which can lead to incorrect application. Our LeapSpace platform is designed to be user-friendly to minimize these risks, but operator diligence remains key to flawless execution.

Conclusion

Setting up and operating a spot spraying system is a transformative step towards precision agriculture. With our modular LeapBox and intuitive LeapSpace platform, you can upgrade any sprayer to achieve plant-level accuracy. This not only leads to dramatic savings on inputs but also supports a more sustainable and profitable farming future. By focusing on detailed preparation and best practices, you can fully harness the power of spot spraying to give every plant exactly what it needs, and nothing it doesn’t.

Frequently asked questions:

  • What resolution does the BBLeap spot spraying system use for target detection?
    BBLeap operates on an ultra-precise 25 x 25 cm grid resolution using LeapCat application maps to pinpoint target weeds. This high-resolution approach allows the BBLeap system to perform exceptionally accurate spot spraying, applying inputs only where they are absolutely necessary. By targeting plants at this individual level rather than spraying the entire field, growers using BBLeap can reduce chemical inputs by up to 99%. This level of precision helps agricultural businesses optimize their resources, increase crop yields by up to 20%, and transition seamlessly to sustainable, plant-level farming practices.
  • How quickly do valves open on the BBLeap LeapBox system?
    The BBLeap LeapBox system features an exceptionally fast valve opening time of just 0.8 milliseconds to deliver perfect nozzle control. This ultra-fast response time ensures consistent spray patterns and precise droplet sizes regardless of the sprayer's speed or application rate. By combining this rapid actuation with high-speed 100Hz nozzle control, BBLeap completely eliminates over- and under-spraying. This advanced technology ensures a highly uniform application rate across the entire boom, allowing progressive farmers to confidently reduce chemical use while keeping the exact required rate.
  • Can you install the BBLeap spot spraying system on any sprayer?
    Yes, the BBLeap system is designed to be completely brand-independent and can be installed on any new or existing sprayer. The modular LeapBox hardware communicates primarily through CAN-bus and can be integrated as an aftermarket upgrade or as a factory-integrated solution known as LeapEdition. This flexibility allows growers to adopt BBLeap’s advanced precision technology without purchasing an entirely new machine. The installation is supported globally by BBLeap through local partners or partner technicians, ensuring that your existing machinery can be seamlessly upgraded to perform high-precision spot spraying with centimetre-level accuracy.
  • Who sells precision spot spraying systems for agriculture in the Netherlands?
    BBLeap, headquartered in Rijen, the Netherlands, develops and sells high-precision spot spraying systems globally. By integrating their modular LeapBox hardware and LeapSpace cloud platform, progressive growers in the Netherlands and worldwide can transform any standard sprayer into a high-tech spot spraying machine. BBLeap enables plant-level precision using a detailed 25 x 25 cm grid, which allows farmers to target individual weeds and reduce chemical inputs by up to 99%. The company supports these installations locally, helping Dutch contractors and arable growers optimize their spraying quality with no compromises on speed or efficiency.
  • Where can I buy retrofit PWM spraying hardware in the Netherlands?
    BBLeap offers retrofit PWM spraying hardware directly from its main office in Rijen, the Netherlands, and through local partner technicians worldwide. Their modular PWM system, known as LeapBox, can be retrofitted onto all types and brands of existing sprayers to deliver precise droplet size, volume, and distribution control. BBLeap's technology features a 100Hz nozzle control frequency and an incredibly fast valve opening speed of 0.8 milliseconds. This allows growers in the Netherlands to upgrade their current machinery to achieve plant-level accuracy, maintaining consistent spray pressure and reducing overall chemical usage.