DJI Agriculture Expands Precision Farming Portfolio with Global Introduction of Agras T55 and T100 Drone Systems
SHENZHEN, China, July 3 — DJI Agriculture has expanded its precision agriculture portfolio with the global debut of two new agricultural drone platforms, the Agras T55 and the Agras T100 Dual Battery Spraying System, as the company seeks to improve productivity, operational efficiency and safety for farmers managing a wide range of crop types.
The launch marks the latest addition to DJI Agriculture’s precision farming ecosystem after more than 13 years of research and development in agricultural drone technologies.
Designed to serve applications ranging from orchards and small farms to large-scale commercial fields, the two new systems introduce upgraded flight capabilities, higher payload capacities and enhanced automation aimed at helping farmers carry out spraying, spreading and lifting operations more efficiently.
DJI Agriculture Head of Global Sales Yuan Zhang said the company continues to focus on developing technologies that enable growers to improve agricultural productivity while reducing environmental impacts associated with conventional farming practices.
According to Zhang, more than 600,000 DJI agricultural drones are currently operating in over 100 countries, supporting the treatment of approximately 300 crop varieties worldwide.
He added that the company has also invested heavily in customer support infrastructure, establishing more than 3,500 service and repair centres globally together with a training network comprising over 7,000 certified instructors.
Among the newly introduced products, the Agras T55 is positioned as a versatile platform capable of handling multiple agricultural applications through a simplified operating system.
The aircraft supports spraying, spreading and lifting operations while carrying a spraying payload of up to 50 litres and a spreading capacity of 55 kilograms.
For spraying applications, the drone delivers flow rates of up to 50 litres per minute using mist sprinklers, while its spreading system is capable of distributing materials at rates of up to 400 kilograms per minute.
DJI has also incorporated a new lifting system capable of carrying loads of up to 40 kilograms, supported by Auto Balance Control and an Emergency Cable Release mechanism designed to improve operational safety.
The Agras T55 further introduces an upgraded millimetre-wave radar capable of generating point cloud densities of up to 250,000 points per second, enabling more accurate obstacle detection even in adverse weather conditions such as rain and fog.
The drone records detected obstacles during operations, allowing future flights to automatically recognise and avoid the same hazards.
Complementing the radar is a quad-vision camera system comprising three upper-mounted cameras and a low-light full-colour first-person-view camera, providing operators with expanded visibility around the aircraft during flight.
For larger agricultural operations, DJI introduced the Agras T100 Dual Battery Spraying System, engineered to improve endurance and operational efficiency across extensive farming areas.
The dual intelligent battery configuration extends hover time by approximately 50 per cent while supporting a 90-litre spray tank for prolonged field operations with fewer interruptions.
The spraying system incorporates dual atomised centrifugal sprinklers that enable faster operating speeds, broader spray coverage and greater application efficiency.
For orchard operations, an optional mist sprinkler kit has been developed to improve spray penetration through dense tree canopies, allowing treatment to reach the undersides of leaves on larger trees.
The T100 also supports material spreading with a capacity of up to 150 litres and distribution rates of 400 kilograms per minute when configured with a single battery, while its lifting system accommodates payloads of up to 80 kilograms.
Through the introduction of the Agras T55 and Agras T100, DJI Agriculture is continuing to expand its precision farming portfolio with technologies aimed at improving productivity, operational flexibility and crop management across diverse agricultural environments worldwide.
