DJI Agriculture has announced the global launch of the Agras T55 and Agras T100 dual-battery spraying systems, significantly expanding its agricultural drone portfolio. The Agras T55 is positioned as a lightweight, intuitive platform offering a 50L spraying tank, 55kg spreading capacity, and lifting capabilities. The Agras T100, engineered for large-scale operations, features a 90L tank and dual intelligent batteries that extend hover time by 50% at equal payload, alongside a 150L single-battery spreading configuration and an 80kg lifting capacity.
Both models integrate advanced millimeter-wave radar and vision systems to enhance operational safety and application precision. With over 600,000 DJI agricultural drones already operating across 100 countries, this launch reinforces DJI's leadership in delivering scalable, high-efficiency solutions for modern precision agriculture.
This product release signals a clear industry trend towards dual-battery architectures that maximize uptime and payload flexibility. For B2B buyers—including large-scale farms, agricultural service providers, and equipment distributors—the Agras T100's extended hover time and versatile configuration options translate directly into reduced operational costs and higher throughput per shift. The Agras T55 offers a lower barrier to entry for precision spraying, making advanced technology accessible to smaller operations or specialized tasks.
According to DJI, the global installed base of its agricultural drones now exceeds 600,000 units, demonstrating the sector's growing reliance on automated, data-driven spraying and spreading. This launch positions DJI to capture increased demand as farms worldwide seek to optimize input costs and labor efficiency.
The shift towards dual-battery and high-capacity systems in agricultural drones reflects the need for greater operational efficiency and payload flexibility. For B2B clients, this trend underscores the importance of selecting and customizing battery solutions for specific tasks. Our expertise in UAV battery design and parameter matching supports the development of high-performance systems for demanding applications, with online tools at https://tool.liion-batt.com enabling rapid comparison of compatible cells.
