Where can I buy a spot spraying system?

You can buy a spot spraying system directly from us by equipping your new or existing field sprayer with our modular LeapBox platform for Hi-Res Spot Spraying. We turn your sprayer into a true spot sprayer that only treats where it is needed, using high‑resolution task maps and individual nozzle control. In this article we answer the key questions around what a spot spraying system is, what we offer, how ordering works, where to learn more, what setup involves, and when such a system really pays off on your farm or contracting business.

What is a spot spraying system?

A spot spraying system is a spraying setup that applies crop protection products only on precisely defined spots instead of across the whole field. With our Hi‑Res Spot Spraying we use high‑resolution task maps from drones or satellites, GPS positioning and LeapBox nozzle‑by‑nozzle control to hit exactly the weeds or crop plants that need treatment. LeapSpace sends the prescription map to the sprayer and stores an as‑applied map afterward, so you always know where every droplet went. This combination delivers plant‑level precision, no overlap, and a new standard of Excellent Spraying.

Learn more about how spot spraying works

What spot spraying systems are available for purchase?

We offer spot spraying as part of our modular BBLeap ecosystem built around LeapBox, LeapSpace and optional LeapEye cameras. For taskmap-based Hi‑Res Spot Spraying you combine LeapBox on your sprayer with a LeapSpace account and high‑resolution maps from our data partners. You can configure this for broadacre or orchard sprayers, new machines or retrofits, and add features like Row & Pattern Spraying, Curve Control and Excellent Spraying in one package. Our pricing page and online configurator help you choose the right combination for your crops, boom width and level of automation.

Explore available spot spraying configurations

How can I order a spot spraying system?

You can order a spot spraying system by contacting us or by starting in our online configurator with your sprayer type and desired features. We discuss your crops, field conditions, boom size and existing hardware, then define a LeapBox configuration, required valves and sensors, and your LeapSpace subscription. After approval of the offer we plan delivery and, together with your dealer or sprayer manufacturer, schedule installation and commissioning. Throughout the process we provide clear documentation and remote support so you know exactly which components you receive and how they fit your machine.

See the full ordering and delivery process

Where can I find information about spot spraying systems?

You can find detailed information on spot spraying across our Solutions, Products and Features pages. Our Hi‑Res Spot Spraying solution page explains the concept, benefits and technology stack; the LeapBox and LeapSpace product pages go into hardware and cloud functions; the Spot Spraying and Taskmap Spraying features show how individual nozzle control and 25 x 25 cm resolution maps work in practice. For independent proof and real farm results, you can browse User Stories and the Comparison page where we break down the difference with traditional systems.

View the full spot spraying information guide

How do you set up a spot spraying system?

To set up a spot spraying system we first integrate LeapBox on your sprayer, connect it to the boom, section or nozzle valves, and link sensors for speed, pressure and GPS. Once the hardware is installed we calibrate flow, test each nozzle, and activate features such as Curve Control, No Overlap and Row & Pattern Spraying. In LeapSpace you or your data provider upload high‑resolution task maps, which are sent wirelessly to the sprayer. We then run test passes in the field, fine‑tune timing and pattern settings, and train you or your operators on daily operation and checks.

Read the step‑by‑step setup instructions

When is a spot spraying system recommended?

A spot spraying system is recommended when you want to reduce chemical use dramatically and protect crop potential by spraying only where it matters. Our users see savings up to 94–99% on herbicides in situations like volunteer potatoes in onions, Rumex in grassland, or patchy weed pressure in broadacre crops. It is especially powerful when you can map problems with drones or satellite‑based task maps and when regulations or sustainability goals push you to minimize inputs. If you aim for Farming on Plant Level and higher yields with less impact, spot spraying is the logical next step.

Discover when spot spraying delivers the biggest gains

Frequently asked questions:

  • What is the BBLeap Hi-Res Spot Spraying system?
    The BBLeap Hi-Res Spot Spraying system revolutionizes crop protection by applying products only on precisely defined spots. Utilizing high-resolution task maps from drones or satellites, GPS positioning, and LeapBox nozzle-by-nozzle control, it targets only weeds or specific crop plants. This intelligent combination with LeapSpace, which sends prescription maps and stores as-applied data, ensures plant-level precision. This approach eliminates overlap and sets a new standard for Excellent Spraying, significantly reducing chemical use while optimizing crop health and yield potential. It embodies BBLeap's commitment to smarter, more efficient agriculture.
  • How can I order a BBLeap spot spraying system?
    Ordering a BBLeap spot spraying system begins by contacting us directly or using our online configurator. We'll discuss your specific agricultural needs, including crop types, field conditions, boom size, and existing hardware. This consultation helps us define the optimal LeapBox configuration, along with necessary valves, sensors, and your LeapSpace subscription. Upon offer approval, we coordinate delivery and schedule installation and commissioning with your dealer or sprayer manufacturer. Throughout this streamlined process, BBLeap provides comprehensive documentation and remote support, ensuring a smooth integration and confidence in your new precision spraying solution.
  • When is a BBLeap spot spraying system recommended for agricultural businesses?
    A BBLeap spot spraying system is highly recommended when agricultural businesses aim for significant chemical reduction and enhanced crop protection. Users consistently report savings of up to 94–99% on herbicides for specific challenges like volunteer potatoes in onions or patchy weed pressure. It proves particularly effective when problems can be precisely mapped using drones or satellite-based task maps. If your operation faces strict regulations, has sustainability objectives, or strives for "Farming on Plant Level" to achieve higher yields with less environmental impact, a BBLeap spot spraying system offers a clear, logical next step for advanced crop management.
  • What are the primary benefits of implementing a spot spraying system in agriculture?
    Implementing a spot spraying system in agriculture offers substantial benefits by focusing chemical application precisely where needed. This approach drastically reduces overall chemical consumption, leading to significant cost savings and a positive environmental impact. By targeting only specific weeds or affected crop areas, it minimizes broad application, protecting beneficial plants and soil health. This precision contributes to maintaining crop potential and can ultimately lead to higher yields, as resources are used more efficiently and effectively. It represents a forward-thinking strategy for sustainable and profitable farming operations.
  • What is involved in setting up an advanced spot spraying system?
    Setting up an advanced spot spraying system involves several key steps to ensure optimal performance. Initially, the core hardware, typically a control platform, is integrated onto the sprayer, connecting to boom, section, or individual nozzle valves. Sensors for speed, pressure, and GPS are linked to provide accurate positioning and operational data. Following installation, a thorough calibration of flow and testing of each nozzle are performed. Task maps, generated from high-resolution data sources, are then uploaded to the cloud system and transmitted wirelessly to the sprayer. Finally, field test passes are conducted, settings are fine-tuned, and operators receive comprehensive training.