Data - Driven Agriculture

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AgEagle Aerial Systems Advances Global Expansion as Drone and Sensor Technologies Propel Growth in Brazil’s Sugarcane Industry - Updated
Globenewswire· 2025-07-16 15:50
Core Insights - AgEagle Aerial Systems Inc. has partnered with Atvos Agroindustrial S.A. to deploy five advanced eBee X drones integrated with S.O.D.A. 3D mapping cameras, showcasing the scalability and impact of AgEagle's technology on agricultural efficiency and sustainability [1][2] Company Overview - AgEagle is a leading provider of advanced drone and aerial imaging solutions, focusing on delivering full stack UAS, sensors, and software solutions across various industries including agriculture, energy, and construction [5] Partnership Details - The partnership with Atvos aims to enhance productivity, improve environmental stewardship, and reduce operational costs across Atvos' 1.2 million acres of sugarcane [2][4] - Atvos has made a significant investment of R$11 billion (approximately USD $1.89 billion) in its New Business division to diversify and scale its biofuel portfolio, reflecting a commitment to innovation and sustainable growth [4] Technological Impact - Drone flights conducted 60 to 90 days after planting produce precision maps with a spatial resolution of 3 cm, which integrate with agricultural machinery autopilot systems, improving travel accuracy to within 15 cm and minimizing crop damage and soil compaction [3] - Initial results indicate an estimated 5% increase in sugarcane yields due to the deployment of AgEagle's technologies [3] Operational Enhancements - Atvos utilizes high-resolution drone imagery and proprietary algorithms to identify gaps in planting greater than 50 cm, generating failure index reports that enhance the quality and efficiency of mechanized operations [7] - Pre-harvest drone mapping allows Atvos to locate weed concentrations in dense cane fields, enabling targeted herbicide application by drone, which significantly reduces chemical usage and lowers costs while minimizing environmental impact [7]