BBLeap secures €5M to introduce precision spraying at the plant level for arable farms.

      The Rijen-based startup, which enhances existing sprayers with nozzle-by-nozzle PWM control, will utilize the funds to bring its LeapEye camera system to market and expand LeapBox globally from Europe to Canada. The concept behind BBLeap is refreshingly straightforward: most agricultural sprayers treat an entire field uniformly, applying the same amount of pesticide, herbicide, or fertilizer, regardless of the specific needs of individual plants. BBLeap is founded on the belief that this approach is wasteful, imprecise, and unnecessary, and that the technology to improve this situation has been available long enough to warrant its implementation.

      The Dutch startup from Rijen in North Brabant has secured €5 million in a funding round led by Utrecht-based private equity firm ESquare Capital, with additional investment from Yield Lab Europe, a venture capital fund focused on agri-food with support from the European Investment Fund. Existing investors, including BOM (the Brabant Development Agency, one of the company’s initial supporters) and Beheermaatschappij Vriend, also contributed. BBLeap plans to use the investment to finalize the commercial launch of LeapEye, its broadacre camera detection system for arable farming, and to grow the LeapBox's international reach, including efforts in Canada alongside its existing presence in Europe and Australia.

      Founded in 2019 by Peter Millenaar, Rieks Kampman, and Martijn van Alphen—three individuals experienced in agricultural machinery who previously collaborated at a sprayer manufacturing company—BBLeap has a mission described by CEO Millenaar as “Farming on Plant Level,” aiming to provide each plant with precisely the dose it requires, rather than averaging treatment across a field.

      The company’s primary product, the LeapBox, is a modular pulse-width modulation (PWM) system that can be added to any existing sprayer, regardless of brand or age, allowing for independent control of each nozzle to ensure consistent pressure, droplet size, and precise application volume. The cloud-based platform, LeapSpace, manages high-resolution prescription maps produced from data collected through drones, satellites, and sensors.

      LeapEye, the second product, enhances this system by enabling real-time detection: a broadacre camera that scans crops as the sprayer traverses the field, identifying areas needing treatment and adjusting the output of each nozzle accordingly. According to the company, this capability can lead to reductions in chemical usage of between 20% and 99%, depending on the application, with a potential increase in capacity of up to 40%. These figures are derived from the company's own resources and have not been independently verified.

      However, the technology itself has received independent validation, as BBLeap recently obtained approval from Germany’s Julius Kühn Institute (JKI)—the federal research center for crop protection—for its PWM spraying method, providing a significant regulatory endorsement in the European agricultural sector.

      The company reports having over 200 users operating BBLeap systems across Europe and Australia, with a launch currently in progress in Canada. Both the user count and geographic expansion claims originate from press materials and have not been independently confirmed. What can be independently verified is the breadth of partnerships: BBLeap has teamed up with the precision farming data platform OneSoil for a global integration that allows farmers to quickly convert satellite prescription maps into BBLeap spray jobs, and has established collaborations with sprayer manufacturers, including Danish firm Dammann.

      “BBLeap guarantees 100% accuracy in spraying exactly what is necessary, leading to better application, fewer diseases, and reduced weeds, all while using significantly fewer chemicals,” stated Peter Millenaar in a statement accompanying the announcement.

      This investment comes amid increased regulatory pressure regarding agricultural chemical use in Europe. The EU’s Farm to Fork Strategy aims to cut pesticide use in half by 2030, and precision spraying technologies represent a cleaner method for farmers to achieve that goal without compromising yield. For BBLeap, the challenge lies in transforming a technology proven through field trials and initial user experiences into a commercially viable product that can be sold, installed, and supported at the scale that investors are now anticipating.