DJI Agras
DJI's series of agricultural multirotor drones for aerial application.
The DJI Agras is a series of multirotor agricultural drones developed by the Chinese technology company DJI. First released in 2015, the Agras was built for aerial application of pesticides and fertilizers, and has also been used for military applications and disease control. The series has evolved through multiple generations, including the MG-series, T-series, and later models, with tank capacities ranging from 10 L to 100 L.
Quick Facts
- Aircraft Type
- Agricultural drone
- National Origin
- China
- Manufacturer
- DJI
- Construction Date
- 2015–present
- Developed Into
- DJI FlyCart
Facts from the source article.
Lore & Background
The DJI Agras series began with the MG-1 in November 2015, an octocopter with a 10 L pesticide tank and four spray nozzles. The MG-1S followed in November 2016, adding obstacle avoidance and manual/automatic operation modes, along with an RTK variant. The MG-1P series, released in November 2017, introduced an FPV camera and improved battery performance.
The T-series succeeded the MG-series in December 2018 with the T16 hexacopter, featuring a 16 L tank, IP67 rating, and multi-satellite navigation. Subsequent models increased capacity and capabilities: the T20 (20 L, November 2020), T10 and T30 (8 L and 30 L, August 2021), T20P and T40 (20 L and 40 L, November 2021), and T25 and T50 (20 L and 40 L, 2022). The T25P and T60 were released in China prior to November 2023, with the T60 offering a 60 kg payload. In November 2024, the T70, T70P (70 L), and T100 (100 L) were released in China, the latter featuring AI flight algorithms.
Reader's Guide
The DJI Agras series represents a significant evolution in agricultural drone technology, transitioning from the initial 10 L octocopter to large-capacity models capable of carrying 100 L of pesticide. The series has been used in real-world applications such as the Zanzibar Malaria Elimination Program, where Agras drones tested silicone-based pesticides against malaria-carrying mosquitoes in rice paddies in 2019. During the COVID-19 pandemic, an MG-1S and T16 were used to test disinfecting procedures at Chicagoland Park in Chicago, though they sprayed water rather than disinfectant. The Agras has also seen military applications. The series demonstrates DJI's progression in payload capacity, navigation systems (including GPS, GLONASS, Galileo, and BeiDou with RTK), obstacle avoidance, and battery technology, with later models incorporating phased array radar, dual FPV cameras, and AI algorithms.
Did You Know?
- The Agras MG-1, released in November 2015, was DJI's first drone designed specifically for agriculture.
- The Agras T16, released in December 2018, was the first model to use a hexacopter configuration instead of an octocopter.
- The Agras T100, released in China in November 2024, has a 100 L tank and features new AI flight algorithms.
- An Agras MG-1S and T16 were used in 2020 to test disinfecting procedures at Chicagoland Park in Chicago during the COVID-19 pandemic, spraying water instead of disinfectant.
Frequently Asked Questions
What is the DJI Agras?
The DJI Agras is a line of agricultural multirotor drones manufactured by the Chinese company DJI. It was purpose-built for aerial spraying of pesticides and fertilizers, though it has also been deployed for military tasks and disease-control operations.
When did the DJI Agras series debut?
The inaugural model, the Agras MG-1, entered the market in November 2015. It featured a 10-liter tank, a modest payload that nonetheless laid the groundwork for everything DJI would later build on the platform.
How much can the DJI Agras carry?
Payload capacity has scaled dramatically across the series, from the original 10-liter tank on the MG-1 up to 100 liters on the newest iterations. That growth lets a single flight cover substantially more field area than earlier models could.
What generations of the DJI Agras exist?
The lineup has progressed through the MG-series, the T-series, and later refinements, each adding more payload, range, and spraying precision. Rather than a single product, it is a continuously evolving platform.
Why is the DJI Agras significant in the RC and drone community?
It demonstrated that multirotor aircraft could graduate from hobbyist flying into serious commercial agriculture, handling real-world spraying at scale. Its success set industry benchmarks for payload, reliability, and operational workflow, pushing the entire agricultural-drone market forward.
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