The success of any chemical application in agriculture relies heavily on timing, making it crucial to consider factors such as weather conditions, soil moisture, and the feasibility of ground-based equipment. However, the advent of drone sprayers has revolutionized the industry by offering farmers enhanced flexibility even in challenging  conditions. Moreover, recent changes in regulations have paved the way for the deployment of larger drone sprayers, generating a growing interest among farmers.

Recognizing the potential of this emerging technology, the UK Biosystems and Agricultural Engineering Department joined forces with the Kentucky Agriculture Training School (KATS) to organize two novel drone sprayer workshops. These workshops were specifically tailored to cater to producers and service providers who were keen on investing in drone sprayers for their operations. Participants had the opportunity to delve into various important aspects of drone spraying, including economics, nozzle selection, federal and state regulations, as well as optimal spray rates.

The workshops went beyond discussion, as a reputable commercial spray service provider conducted live demonstration flights, highlighting the challenges encountered during their past year of operation. This hands-on experience provided valuable insights and practical knowledge to the farmers and service providers in attendance. Armed with newfound expertise, participants left the workshops equipped with the necessary skills and confidence to independently carry out their own spraying activities.

The collaborative efforts between the Biosystems and Agricultural Engineering Department, KATS, and industry professional resulted in the resounding success for the drone sprayer workshops. The events not only served as a platform for knowledge exchange but also sparked a wave of enthusiasm and interest among participants. This innovative approach, enabled by technological advancements and comprehensive training, has empowering farmers to optimize their operations and achieve greater efficiency and effectiveness in their spraying practices.