Western Bahia, Brazil—Autonomous robots, electric vertical takeoff aircraft, and AI-driven spraying systems took center stage at Rovensa Next’s 2nd Application Technology Workshop, highlighting the rapid integration of automation and precision technology in crop protection.
The event, attended by farmers, consultants, and agricultural spraying professionals, provided a platform for testing advanced application systems under the region’s large-scale and challenging agricultural conditions. Western Bahia’s high production intensity made it an ideal demonstration ground for innovations poised to reshape spraying operations.
Autonomous Systems Transform Field Operations
Solinftec’s Solix autonomous robot was presented as a breakthrough in large-scale agriculture. Designed to operate independently across extensive fields, the platform reduces reliance on manual labor while ensuring consistent application of crop inputs. Complementing ground-based automation, Synerjet Agro introduced concepts for autonomous agricultural aviation, emphasizing AI-driven optimization of flight paths, application rates, and coverage uniformity.
Electric vertical takeoff and landing (eVTOL) aircraft were exemplified by Moya Aero’s Moya platform. According to Guilherme Brechbuhler, Moya is “a sustainable alternative with high performance and low environmental impact,” offering quieter operations, reduced maintenance, and elimination of fossil fuel dependence—key advantages for environmentally sensitive or populated areas.
Unmanned aerial systems were also highlighted. Synerjet Agro demonstrated the Paica Pelican 2, a heavy-lift drone capable of 300-liter payloads and 18-meter spray widths, while Drone LEM showcased the T100, the largest agricultural drone currently operating in western Bahia. These platforms enhance operational efficiency for medium-to-large scale farms while retaining the precision and flexibility benefits of unmanned systems.
Integration of AI and Data-Driven Decision Making
Embraer’s intelligent ecosystem integrates crop monitoring, weather data, and prescription mapping, enabling real-time input optimization. Travicar’s DGPS-connected mobile weather stations and Mepel’s automated tank-mix preparation systems further ensure accurate timing and proper blending of multiple biological and chemical inputs.
Aligning Biological Inputs with Technology
Rovensa Next emphasized the need for co-evolution of products and equipment. Bruna Ximenes, Technical Regional Manager, noted that “biological products require precise delivery parameters. Stability, tank-mix compatibility, and anti-drift properties are essential to leverage autonomous and AI-driven application systems.”
The workshop also showcased Aeroterra’s advanced manned aircraft fleet, integrating precision navigation, variable-rate application, and enhanced safety protocols, complementing emerging autonomous platforms.
Supported by ABAPA (Bahia Cotton Producers Association) and AIBA (Bahia Farmers and Irrigators Association), and coordinated technically by Henrique Campos of Sabri, the event facilitated collaboration and knowledge exchange among industry leaders, advancing the adoption of next-generation agricultural application technologies in Brazil.
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