New technologies

Product development
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Tools to take the LEAP in agriculture

BBLeap develops tools that enable farmers and growers to operate at a large scale but act on individual plant or fruit level. The core of all BBLeap technologies is LeapBox. LeapBox ensures perfect spray quality at all times and carries out the actual spraying. All other technologies are connected or plugged into LeapBox for specific application techniques. These technologies can be developed by BBLeap or partners.

 

Transparency

We are open about the development stages of all our technologies. Transparency is important to us so farmers and partners know what to expect. When we are in starting phase of a technology it might not so interesting for a farmer or a grower, yet. To potentials partners, it is interesting to partner up with us if we are at the start of product development because there is lots of space left for involvement and co-creation.

Invitation to partner with us

BBLeap is open to working with innovative partners. With our BlackBox philosophy, we believe it is important to be transparent to our partners and customers. Transparency to our partners means sharing knowledge and opening our technologies for seamless integration. Our goal is to make the LEAP in agriculture possible for farmers. This includes the possibility for farmers and growers to make use of complementing technology. Therefore we are open to all collaborations to get the best technology available for our customers. Learn more about collaborations at LeapPlus.

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Technology Readiness Level (TRL)

The use of TRLs is to be open and transparent to our customers and partners. The figure below explains are levels.

For Farmers & Growers

We have rated each technology based on the Technology Readiness Level (TRL) to express clearly where we are with our development. Whenever a technology reaches TRL 9 it is commercially available. On all other levels, we are still developing, testing, and or gathering experience, but you are welcome to join in.

For Partners

We have rated each technology based on the Technology Readiness Level (TRL) to express clearly where we are with our development. A low level means that partners can have more influence on further developments and for potential suppliers, it is an opportunity to fill in a part of the development. Our philosophy is that we don‘t want to develop something that already exists and meets quality standards.

TRL Overview

Explore all BBLeap technologies!

LeapBox TRL9

LeapBox is the core to all technologies. The system is in use since spring 2020. It can be installed retro-fit to any sprayer brand and fruit sprayer. Some sprayer brand manufacturers offer LeapBox installed new sprayers at their factory (ask your dealer). There are many possibilities and functionalities that LeapBox has to offer. 

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Frequently asked questions:

  • What is the primary goal of BBLeap technologies in agriculture?
    BBLeap technologies are designed to enable farmers and growers to operate at scale, with precision down to the individual plant or fruit level. The core of these systems, LeapBox, consistently ensures superior spray quality by precisely managing droplet size, volume, and spray pattern. This guarantees the efficient use of resources, spraying only where and when necessary. All other BBLeap technologies, including those from partners, seamlessly connect to LeapBox to facilitate specialized and accurate spray applications, contributing to more sustainable agricultural practices.
  • How does BBLeap ensure transparency in the development phases of its technologies?
    BBLeap adopts a transparent approach by openly communicating the development stages of all its technologies, using the Technology Readiness Level (TRL) system. For farmers and growers, TRL 9 signifies commercial availability; lower levels indicate ongoing development, testing, or experience gathering, with participation being welcome. For potential partners, lower TRL levels offer significant scope for influence and co-creation. This openness ensures that both customers and partners have a clear understanding of expected capabilities and encourages collaboration to integrate the best solutions.
  • What role does LeapBox play within the BBLeap technology ecosystem?
    LeapBox is the fundamental core of all BBLeap technologies and is crucial for precise application in agriculture. It guarantees consistent, perfect spray quality through accurate control over droplet size, volume, and spray pattern. This modular system is universally applicable; it can be retro-fitted to almost any type of sprayer, from field sprayers to orchard sprayers, and is even offered factory-installed by some manufacturers. All other BBLeap technologies, and those developed by partners, are seamlessly integrated with LeapBox to enable specific, advanced spray applications such as real-time and spot spraying.
  • How can advanced spraying technology contribute to more sustainable agriculture?
    Advanced spraying technology makes an essential contribution to more sustainable agriculture by applying precision in the delivery of crop protection products. These technologies ensure that resources are only used where and when needed, often down to plant level. This minimizes waste, reduces the ecological footprint, and contributes to 'Clean Food, Clean World'. Optimal dosing and coverage improve harvest results, while input costs decrease. The result is a more efficient, environmentally friendly operation that offers both economic and ecological benefits for the long term.
  • What are the main advantages of a modular precision spraying system?
    A modular precision spraying system offers significant advantages for agriculture, including flexibility and future-proofing. The main benefit is the ability to integrate with existing machinery, maximizing the value of investments. Additionally, components can be added or upgraded as needed, meaning the system evolves with the business's development and new requirements. This provides an adaptable solution that supports various spraying applications, from broadacre to specific plant treatment, with improved efficiency and reduced consumption. It leads to higher yields, lower costs, and more sustainable agricultural practices.