Overcome technical challenges and making it work

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LeapCrest tackles sprayer specific technical limitations

With LeapCrest we can optimize the sprayer performances by eliminating the limiting factors. This can consist of boom leveling and boom height, pressure regulator, circulation, and filtering system. For each sprayer different needs exist, based on these the LeapCrest is defined.

The technologies we develop are sprayer-specific. For certain sprayer models, we have developed a package to get your sprayer LeapBox ready. The packages are available and described within the product configurator. Whenever your sprayer reveals new challenge we will discuss and advise the solutions that are possible. If necessary we will develop a solution.

The Technology Readiness Levels (TRLs)

LeapCrest TRL

BBLeap values open and transparent communication. This includes the stages of our technologies under development. To communicate our progress we use Technology Readiness Levels (TRLs). TRLs are developed and introduced by NASA in order to be consistent and uniform about communicating technology maturity. The LeapCrest is identified to be currently in TRL 8. TRL 8 is described as “Actual system validated in relevant environment”. 

About TRLs

Frequently asked questions:

  • How does BBLeap's LeapCrest improve the performance of sprayers?
    BBLeap's LeapCrest is engineered to address specific technical limitations of sprayers. This system optimizes performance by eliminating critical factors affecting effectiveness, such as boom height and leveling control, pressure regulation, and the circulation and filtering system. For each sprayer, specific needs are analyzed to define a suitable LeapCrest solution. This ensures consistent and precise application of crop protection agents, contributing to optimal field results and enhanced operational efficiency.
  • What Technology Readiness Level (TRL) has BBLeap's LeapCrest achieved?
    BBLeap values open and transparent communication regarding the development phase of its technologies. For LeapCrest technology, the Technology Readiness Level (TRL) system is used, originally developed by NASA to uniformly communicate technology maturity. LeapCrest is currently at TRL 8. This signifies that the actual system has been validated in a relevant operational environment, demonstrating its reliability and functionality in practice. This assures users of a proven and dependable solution for their spraying needs.
  • Can BBLeap's LeapCrest be integrated with existing sprayers?
    Yes, BBLeap's technology, including LeapCrest, is designed with flexibility in mind. BBLeap develops sprayer-specific packages to make existing sprayers 'LeapBox ready'. These packages are available and detailed within the product configurator. Should a sprayer present new challenges, these will be discussed, and advice will be provided on possible solutions. If necessary, a specific solution will even be developed. This modular and brand-independent nature ensures that various machines can benefit from BBLeap's precision technology.
  • How can agricultural technology overcome technical spraying limitations?
    Modern agricultural technologies play a crucial role in overcoming inherent technical limitations of sprayers. Through advanced systems, it is possible to optimize factors such as boom stability and height, the precision of pressure regulators, and the efficiency of circulation and filtering systems. These systems ensure consistent and controlled application of crop protection agents, regardless of conditions. This leads to significantly improved spraying quality, reduced product loss, and more efficient use of crop protection chemicals, ultimately enhancing overall sustainability and operational profitability for farmers.
  • What are the benefits of using advanced spraying systems in agriculture?
    Implementing advanced spraying systems in agriculture offers growers significant benefits in efficiency, precision, and sustainability. These systems enable 'Plant Precision at Farm Level,' meaning crop protection agents are applied exactly where and when needed, at the correct dosage. This results in less waste, lower costs, and minimal environmental impact. Furthermore, they improve spraying quality by ensuring optimal droplet size and spray pattern, leading to healthier crops and ultimately higher yields. They support a more modern and profitable operational management.