What does BBLeap's Real-Time Spraying entail and how does it maximize efficiency?

BBLeap's Real-Time Spraying is an advanced solution that responds instantly to changing field conditions. Sensors monitor crops and weeds, after which the nozzle output is dynamically adjusted based on live AI-driven data. This prevents under- or over-application of inputs, even at varying speeds, ensuring optimal utilization of crop protection products. The system offers full adaptability, higher accuracy, and maximizes efficiency by reducing waste and delivering superior results. It enables farmers to make instant adjustments for precision, leading to significant improvements in operational effectiveness.

Which BBLeap products are required for the Real-Time Spraying system?

For a fully functional Real-Time Spraying system from BBLeap, the LeapBox, LeapSpace, and LeapEye products are essential. The LeapBox forms the core of the modular spraying system, seamlessly integrating with LeapEye, our real-time camera system. LeapEye, combined with GPS data, provides the necessary information for AI-based adjustments. LeapSpace enables the uploading of task maps and saving of as-applied maps. Together, these components create an intelligent platform for control, monitoring, and full traceability of every application, ensuring precise and efficient operations.

For which crops is BBLeap's Real-Time Spraying available, and what are the future developments?

BBLeap's Real-Time Spraying is currently available for specific applications. For orchards, functionalities like tree recognition and tree contour spraying are immediately deployable. For broadacre farming, the Green-on-brown functionality will be available from 2026. Further developments are anticipated for both crop types; in 2026, crop models and algorithms for broadacre are planned, while blossom counting is expected for orchards. BBLeap consistently invests in innovation to continuously enhance precision, ensuring agricultural operations remain at the forefront of technology.

How can real-time spraying technology improve farm efficiency and reduce costs?

Real-time spraying technology significantly boosts agricultural efficiency by making instant adjustments to changing field conditions. This ensures that spraying agents are applied only where and when necessary, leading to a substantial reduction in waste. Precise dosing and targeted application mean fewer resources are consumed, directly lowering operational costs. Furthermore, the technology optimizes crop protection, potentially resulting in healthier crops and higher yields. This ultimately enhances profitability for the farmer, creating a more sustainable and economically viable farming operation through superior resource management.

What are the main benefits of using AI-driven detection for crop spraying?

Utilizing AI-driven detection in crop spraying offers critical advantages, particularly in precision and adaptability. AI models can identify weeds and crops in real-time, allowing for highly targeted application of spraying agents. This minimizes waste and maximizes the effectiveness of each treatment. Thanks to dynamic adjustments based on live data, the system compensates for environmental variables like driving speed, resulting in consistently accurate outcomes. This leads to a more sustainable operational practice, reduced costs, and improved crop quality, empowering farmers with advanced, reliable technology.

Broadacre

Orchard

REAL-TIME SPRAYING

Instant Adjustments for Maximum Efficiency

Tree Detection Spraying

With advanced LeapEye camera technology, your sprayer is no longer a “blind” machine. By differentiating between trees and open space in real-time, BBLeap ensures that your crop protection only lands where it can actually work.

“Since we started spraying with cameras, you really notice how much product we used to waste on gaps.”

Mark Verstegen

“By using Tree Profiling to shut off the top nozzles above the canopy, we save 33%. The remaining 20% saving comes directly from the LeapEye cameras, which scan the row and instantly turn off nozzles in open gaps. We only hit actual trees.”

Richard van Maaren

“It truly works great! The spraying goes perfectly. Whether it’s crop protection or leaf fertilizer, the spray liquid gets exactly where I want it.”

André Kwak

FROM 100% ACCURACY TO REAL-TIME VISION

At BBLeap, Excellent Spraying is not the endpoint—it is the starting point. With 100% spraying accuracy as your foundation, you unlock the ability to care for every individual tree. This journey unfolds layer by layer: from optimizing the 3D shape of the tree (Tree Profiling) to horizontal Task Maps, and finally to real-time vision-guided response.

Traditional orchard spraying treats every row as a continuous wall, leading to significant chemical runoff and wasted resources in gaps, cross-alleys, or young blocks. Real-Time Spraying transforms your sprayer into an intelligent vision system that scans, detects, and reacts on the fly:

Tree Contour Spraying: Scans canopy volume in real time to skip open gaps, missing trees, and cross-alleys.
Real-Time Blossom Detection: Measures blossom density per tree to execute automated digital thinning at the nozzle level.
Fruit Counting: Counts individual fruit load directly on the tree for yield forecasting and fruit-directed treatments.

Configure your solution

TREE CONTOUR SPRAYING

Using advanced LeapEye depth sensors, your sprayer is no longer a “blind” machine. By differentiating between active foliage and open space in real time, BBLeap ensures that your crop protection only lands where it can actually work.

How Tree Contour Spraying Works:

✔ Smart Detection: High-speed sensors scan tree structure as you drive, detecting foliage even before leaves appear in early spring.

✔ Nozzle-Level Execution: Only the specific nozzles facing foliage will open. When a gap or cross-alley is detected, the corresponding nozzles shut off instantly.

✔ Seamless Integration: Works simultaneously on top of your Tree Profiles and Task Maps, executing your vertical and horizontal strategies together.

“With LeapEye cameras scanning the row, we cut our volume from 690 to 370 liters—saving 53%. Tree Profiling saves 33% by turning off top nozzles above the canopy, while real-time camera detection saves an extra 20% in row gaps. We only hit actual trees.”

— Richard van Maaren

REAL-TIME BLOSSOM DETECTION

Manual thinning is a labor-intensive bottleneck that can take up to 140 hours per hectare. With LeapEye, we transform this process into a high-speed, automated operation that acts like digital pruning shears.

How Digital Thinning Works:

✔ Real-Time Thinning: LeapEye detects and sprays blossom in real-time, allowing for precision thinning at the nozzle level to achieve perfect fruit distribution.

✔ Strategic Layering Options: This real-time functionality can be layered with Task Maps and Tree Profiles, allowing you to customize the fruit load based on the unique structural capabilities and growth history of every individual tree.

✔ Preserve Tree Energy: Thinning during the blossom stage prevents trees from wasting vital energy on fruit that would eventually be removed, boosting fruit quality and tree vigor for the next season.

✔ “As-Detected” Mapping: Generates precise maps that store detections for every nozzle position, giving you valuable data layers for future treatments.

“I can measure my growth with the cameras and intervene immediately. The savings in man-hours through precision thinning often yield even more than the savings on products alone.”

— Mark Verstegen, NL

FRUIT COUNTING

Extend the power of LeapEye beyond the blossom stage with Fruit Counting. Validated throughout the 2026 season for full release in 2027, this model transitions the orchard from estimated guesses to precise, actionable insights. By detecting and counting individual fruit directly on the tree, growers unlock unprecedented control:

✔ Targeted Applications: Identify individual fruits to execute precise, fruit-directed treatments (such as targeted applications to extend storage life).

✔ Capacity & Waste Reduction: Target only the fruit instead of spraying the entire canopy, dramatically cutting chemical waste and maximizing machine efficiency.

✔ Objective Yield Forecasting: Gain early, accurate insights into expected yield to optimize harvest labor and buyer contracts.

✔ Precision Logistics: Use localized fruit density data to plan cold storage capacity, packing, and supply chain logistics with complete confidence.

“I see huge potential in using cameras to detect and count pears directly. Unlike task maps which rely on memory, the camera sees the reality of the tree in every moment.”

— Job Duine, Van Kessel Fruit

None of this works without a solid base. That base is Excellent Spraying — always the right droplet, the exact volume and the perfect spray pattern.

It’s what makes Real-Time Spraying possible. Not just in theory, but right now. We are moving beyond the era of ‘good enough’ to an era of total certainty.

And the best part? We’re only just beginning.

ALWAYS THE
PERFECT SPRY
QUALITY!

CASE STUDY: Real-Time Savings With LeapEye

In a 12-hectare orchard trial with young and mature trees, an H.S.S. tower sprayer equipped with LeapEye was tested against a conventional continuous sprayer.

Performance Metric	Conventional Sprayer	H.S.S. + LeapEye	Real-World Impact
Total Liquid Used (12 ha)	4,000 Liters	1,700 – 2,000 Liters	50% – 57% Saving
Tank Refills Needed	2 Full Tanks	1 Full Tank	50% Less Downtime
Waste (Gaps / Open Spaces)	Continuous Spray	Zero Spray (Auto Off)	100% Target Precision

THE SYNERGY OF HARDWARE & AI VISION

Real-Time Spraying seamlessly integrates camera intelligence with the core BBLeap ecosystem:

LeapEye: Scans foliage, blossoms, and fruit in real time, translating live camera data into millisecond nozzle commands.

LeapMap: Processes high-resolution prescription maps and generates instant “As-Detected” visual layers directly from camera observations.

LeapBox: Executes dynamic nozzle-by-nozzle shut-off and pulse control with ultra-fast 0.8 ms response speed.

LeapSpace: Stores “As-Detected” camera layers and prescription history for total orchard intelligence.

Precision, control, and full traceability – all in one system.

KEY BENEFITS

✔ Never spray into thin air
✔ Automate blossom thinning
✔ Double machine capacity
✔ Automatic savings by automatically switching off in cross-alleys
✔ Higher yields through optimal fruit quality
✔ Big savings on chemicals

READY TO SEE YOUR ORCHARD IN REAL TIME?

Transform your sprayer into an intelligent precision system. Stop blind spraying, save labor costs, and protect your crop health with LeapEye.

Better efficiency, healthier fruits, and a stronger bottom line.

Upgrade to real-time precision – talk to an expert today!

Frequently asked questions:

What does BBLeap's Real-Time Spraying entail and how does it maximize efficiency?+−
BBLeap's Real-Time Spraying is an advanced solution that responds instantly to changing field conditions. Sensors monitor crops and weeds, after which the nozzle output is dynamically adjusted based on live AI-driven data. This prevents under- or over-application of inputs, even at varying speeds, ensuring optimal utilization of crop protection products. The system offers full adaptability, higher accuracy, and maximizes efficiency by reducing waste and delivering superior results. It enables farmers to make instant adjustments for precision, leading to significant improvements in operational effectiveness.
Which BBLeap products are required for the Real-Time Spraying system?+−
For a fully functional Real-Time Spraying system from BBLeap, the LeapBox, LeapSpace, and LeapEye products are essential. The LeapBox forms the core of the modular spraying system, seamlessly integrating with LeapEye, our real-time camera system. LeapEye, combined with GPS data, provides the necessary information for AI-based adjustments. LeapSpace enables the uploading of task maps and saving of as-applied maps. Together, these components create an intelligent platform for control, monitoring, and full traceability of every application, ensuring precise and efficient operations.
For which crops is BBLeap's Real-Time Spraying available, and what are the future developments?+−
BBLeap's Real-Time Spraying is currently available for specific applications. For orchards, functionalities like tree recognition and tree contour spraying are immediately deployable. For broadacre farming, the Green-on-brown functionality will be available from 2026. Further developments are anticipated for both crop types; in 2026, crop models and algorithms for broadacre are planned, while blossom counting is expected for orchards. BBLeap consistently invests in innovation to continuously enhance precision, ensuring agricultural operations remain at the forefront of technology.
How can real-time spraying technology improve farm efficiency and reduce costs?+−
Real-time spraying technology significantly boosts agricultural efficiency by making instant adjustments to changing field conditions. This ensures that spraying agents are applied only where and when necessary, leading to a substantial reduction in waste. Precise dosing and targeted application mean fewer resources are consumed, directly lowering operational costs. Furthermore, the technology optimizes crop protection, potentially resulting in healthier crops and higher yields. This ultimately enhances profitability for the farmer, creating a more sustainable and economically viable farming operation through superior resource management.
What are the main benefits of using AI-driven detection for crop spraying?+−
Utilizing AI-driven detection in crop spraying offers critical advantages, particularly in precision and adaptability. AI models can identify weeds and crops in real-time, allowing for highly targeted application of spraying agents. This minimizes waste and maximizes the effectiveness of each treatment. Thanks to dynamic adjustments based on live data, the system compensates for environmental variables like driving speed, resulting in consistently accurate outcomes. This leads to a more sustainable operational practice, reduced costs, and improved crop quality, empowering farmers with advanced, reliable technology.