Who supplies a precision spraying system?

We at BBLeap supply precision spraying systems that upgrade new and existing sprayers to 100% accurate, plant-level spraying. With LeapBox, LeapSpace and LeapEye we turn your field or orchard sprayer into an intelligent system that controls droplet size, volume and spray pattern per nozzle at 25×25 cm resolution. In this head article we explain what a precision spraying system is, which options are on the market, how you can order, where to dive deeper into the topic, how setup works, and when such a system is most valuable in practice. Each section links to a more in‑depth article.

What is a precision spraying system?

A precision spraying system is a combination of hardware and software that controls every nozzle so each plant gets exactly what it needs. Instead of spraying the whole field with one fixed rate, the controller, sensors and task maps work together to adjust dose, pressure and pattern in real time. With our LeapBox you get nozzle-by-nozzle control, Curve Control in corners, row and pattern spraying, and options like Hi-Res Spot Spraying using high-resolution task maps from LeapSpace and data providers. This shifts you from field-level to plant-level decisions. Read the full overview of precision spraying systems

What precision spraying systems are available on the market?

On the market you will find retrofittable systems like our LeapBox, factory-integrated systems from sprayer manufacturers we partner with, and camera-based or task-map-only solutions. We focus on a modular ecosystem: LeapBox for Excellent Spraying and nozzle control, LeapSpace for task maps, data and as-applied maps, and LeapEye cameras for real-time detection and future AI-driven models. You can start with Excellent Spraying and later unlock Plant Precision Spraying or Hi-Res Spot Spraying, on broadacre or orchard sprayers, trailed or self-propelled. Our partners also ship new sprayers with BBLeap inside. Explore available precision spraying solutions

How to order a precision spraying system?

You order a precision spraying system by configuring your setup with us and then placing the order via our sales team or online configurator. You start by telling us about your sprayer (brand, width, tractor or self-propelled, broadacre or orchard) and your goals: Excellent Spraying only, Plant Precision Spraying, or full LeapBox + LeapSpace + LeapEye. With the configurator we translate this into a concrete package and pricing. After confirmation we plan production, shipment, and if needed coordinate with your dealer or sprayer manufacturer for installation. See the full ordering process for precision spraying

Where can I find information on precision spraying systems?

You can find detailed information on precision spraying systems directly on our website and in our knowledge and partner ecosystem. Under Solutions we show Excellent Spraying, Plant Precision Spraying, Hi-Res Spot Spraying, Scan & Grow and Real-Time Spraying, including farmer stories with savings up to 94–99% in chemicals. Under Products you can dive into LeapBox, LeapSpace and LeapEye, while Features explains Curve Control, task map spraying, row & pattern spraying and orchard-specific functions like Tree Profile Spraying. Our User Stories, Partner pages and AI Knowledge Base add field experience and technical depth. Navigate all precision spraying resources

How to set up a precision spraying system?

You set up a precision spraying system by installing the hardware on the sprayer, configuring the software, and then calibrating for your crops and speeds. With LeapBox this means mounting valves and cable harnesses on the boom, connecting sensors, tank level measurement and, if needed, LiDAR boom height control. After installation you set up patterns (rows, tramlines, orchards), rates and spray profiles in the virtual terminal and link your LeapSpace account for task maps and connectivity. A short calibration and field test ensures droplet size, pressure and flow are exactly right before you start full‑scale use. Learn step‑by‑step precision spraying setup

When is a precision spraying system used in agriculture?

You use a precision spraying system when you want maximum spray quality, lower input use and better crop performance in broadacre, vegetables, orchards or grassland. Typical moments are herbicide applications on rows or bare spots, fungicides at critical growth stages, or orchard treatments where tree shape and blossom stage matter. With plant-level task maps many users skip spraying on damaged or empty patches and treat only where weeds or disease pressure are detected—often saving 50–99% in product. In regions leading in precision farming, such systems run on nearly every pass throughout the season. See when precision spraying adds most value

Frequently asked questions:

  • What is a BBLeap precision spraying system?
    A BBLeap precision spraying system combines advanced hardware and software to provide 100% accurate, plant-level spraying. Utilizing LeapBox, LeapSpace, and LeapEye, it transforms standard sprayers into intelligent systems, offering real-time control over droplet size, volume, and spray pattern for each nozzle at a 25x25 cm resolution. This innovative approach ensures every plant receives the exact treatment it needs, moving beyond traditional field-level applications. Features like nozzle-by-nozzle control, Curve Control, and Hi-Res Spot Spraying optimize input use, enhance crop performance, and contribute to sustainable agricultural practices, ultimately leading to clean food and a cleaner world.
  • How can BBLeap's precision spraying systems be ordered?
    Ordering a BBLeap precision spraying system involves a tailored configuration process. Customers begin by outlining their existing sprayer details—such as brand, width, and type (broadacre or orchard)—and their specific agricultural goals, whether it's Excellent Spraying, Plant Precision Spraying, or the comprehensive LeapBox, LeapSpace, and LeapEye integration. This information is used with our online configurator or sales team to generate a precise package and pricing. Following confirmation, BBLeap manages production, shipment, and coordinates installation with the customer's dealer or sprayer manufacturer to ensure a seamless, reliable implementation.
  • What types of precision spraying systems does BBLeap offer?
    BBLeap offers a modular ecosystem designed to enhance spraying precision for both new and existing equipment. This includes the retrofittable LeapBox for Excellent Spraying and precise nozzle control, LeapSpace for managing task maps and collecting 'as-applied' data, and LeapEye cameras for real-time detection and advanced AI capabilities. Customers can begin with foundational Excellent Spraying and progressively upgrade to Plant Precision Spraying or Hi-Res Spot Spraying. Our solutions are compatible with both broadacre and orchard sprayers, trailed or self-propelled. Additionally, BBLeap technology is integrated into new sprayers through partnerships with leading manufacturers, ensuring broad accessibility and adaptability.
  • What are the benefits of implementing precision spraying technology in agriculture?
    Implementing precision spraying technology brings significant advantages to agricultural operations. It ensures maximum spray quality by delivering exact amounts of inputs to individual plants, precisely when and where needed. This approach dramatically reduces chemical usage, leading to substantial cost savings and minimizing environmental impact, aligning with sustainable farming practices. Farmers achieve healthier crops, improved yields, and enhanced operational efficiency. By shifting from field-wide applications to plant-level treatment, growers gain superior control over their resources, optimize crop protection, and future-proof their operations against evolving environmental and economic challenges, contributing to a cleaner world.
  • How does a precision spraying system optimize agricultural input usage?
    A precision spraying system optimizes agricultural input usage by enabling highly targeted application of chemicals. Instead of applying a uniform rate across an entire field, these systems utilize sensors, task maps, and real-time nozzle control to adjust dose, pressure, and spray pattern for each specific plant or affected area. This intelligent approach ensures that inputs like herbicides and fungicides are only applied where necessary, avoiding overspray on healthy or empty zones. Such precision can lead to chemical savings of 50-99%, reducing operational costs, decreasing environmental impact, and improving overall crop health and yield sustainability, ensuring maximum efficiency and responsibility.