DJI AGRAS T100

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DJI AGRAS T100

Big Drone, Big Jobs

The T100 Agricultural Drone, a groundbreaking creation twelve years in the making, boasts a maximum payload of 100 kg*¹. Its operational efficiency is doubled, supporting multiple application scenarios, including spraying, spreading, and lifting tasks. Featuring industry-leading safety systems*² and advanced algorithms, it delivers unparalleled safety performance and an intelligent operational experience.

*The appearance of the product is subject to the actual product.

100 L Spraying Tank¹, 40 L/min Flow Rate

20 m/s Max Operation Speed⁶

150 L Spreading Tank³, 400 kg/min Flow Rate⁴

100 kg Lifting⁵

LiDAR + Penta-Vision System + Millimeter-Wave Radar

Ultra-Fast Charging

Spraying System

Efficient Operation, Outstanding Performance.

The T100 comes equipped with a 100 L tank and dual atomizing centrifugal sprinklers, enabling faster flight speeds, wider spray coverage, and higher operation efficiency for large-scale field applications. Orchard users can choose an optional mist sprinkler set, which upgrades flow rates and atomization effects to penetrate dense canopies and reach the undersides of leaves on tall, thickly-canopied trees, ensuring outstanding versatility and performance across various agricultural tasks.

Field Operations

36%

Increase in Operation Efficiency²⁷

30L/min

High Flow Rate

5-13m

Effective Spray Width⁸

20m/s

Maximum Flight Speed⁶

Water-Cooled Mist Sprinkler (Optional)

Fine droplets as small as 50 μm²³penetrate canopies for comprehensive leaf coverage. A new liquid flow path helps dissipate dual centrifugal motor heat for durability and longevity.

Dual Atomization Centrifugal Sprinkler

Fine droplets as small as 50 μm²³penetrate canopies for comprehensive leaf coverage. A new liquid flow path helps dissipate dual centrifugal motor heat for durability and longevity.

Magnetic Drive Impeller Pumps

Corrosion-resistant, stable, and reliable, an optimized impeller structure and increased chamber volume meet the high flow demands of orchard scenarios.

Rear Four Sprinklers Array

It expands the spray width for orchard operations while maintaining uniform coverage. It also minimizes visual interference from mist, enhancing operational reliability and precision.

Dual-Channel Electromagnetic Flow Meter

Real-time precise flow detection and dynamic control ensures high-precision operations. It avoids direct contact with the liquid, preventing corrosion and enhancing durability.

Spreading System

Bigger Loads, Faster Flow, Better Efficiency

The T100 Spreading System has been fully upgraded, with double the load capacity, and a 270%⁷increase in flow rate. Equipped with a brand-new screw feeder, it is suitable for various granulars and can handle spreading scenarios in large fields, orchards, aquaculture, and more.

150L(100kg)

High Capacity Spreading Tank³

66%

Increase in Operation Efficiency²⁷

400 kg/min

Ultra-High Flow Rate

10m

Effective Spreading Width¹⁰

20 m/s

Maximum Flight Speed

Omnidirectional Sensing,
Precise Obstacle Detection²

100 is equipped with advanced technologies, including a new LiDAR, millimeter-wave radar, and a Penta-Vision system¹². These features enable comprehensive environmental awareness, allowing for precise obstacle detection.

LiDAR

Capable of capturing dense spatial point cloud up to 300,000 points per second, providing a detailed view of complex terrains.

Lift System

Your Transport Assistant

The T100 transforms into a transport solution. With a lifting maximum capacity of 100 kg⁵. Features like auto balance control , weight detection, and automatic navigation to loading and unloading points make it adaptable to various agricultural transport scenarios.

Solar Panels

Fruits

Building Materials

Saplings

Auto Balance Control

Utilizing a triaxial force sensor, the drone can automatically adjust its posture during flight to eliminate swinging, ensuring safer operations.

DJI RC Plus

Easy Control for New and Experienced Pilots

DJI RC Plus features a 7-inch high-brightness screen that is 16%⁷brighter for clear visibility under sunlight. Both internal and external battery life are extended by 30 minutes⁷. New backlit buttons enhance nighttime operation, and customizable physical buttons offer flexible control.

Elevate Precision and Efficiency for Experienced Pilots

Experience smooth and intuitive manual operation paired with a range of powerful, efficient assistive features. Tackle even the most challenging terrains with confidence and ease.

Multi Fields Operations

Efficiently plan multiple adjacent plots in a single go. Enabling continuous operations without interruptions (in fields or orchards).

Practical Features for Manual Mode

Simplify operations on complex small plots with practical tools like one-click plot saving and one-click return to breakpoints, ensuring efficient and stress-free workflows.

Free Flight Paths

Adapt effortlessly to diverse scenarios, including mixed crops, intercropping, and paddy fields. Achieve greater operational flexibility for more efficient workflows.

LiDAR Mapping¹⁶

Mapping up to 20 hectares of large fields or 10 hectares of orchards per flight¹⁷. The map is reconstructed in real-time on the remote controller, with rapid delivery upon landing¹⁸. Point cloud density increased, power line detection rate improved by 80%⁷.

Interested?

We'd love to help you discover how the DJI Agras T100 can help you.

DJI AGRAS T100

*The product is only available in certain countries. The appearance of the product is subject to the actual product. For details, please contact your local dealer.
¹ Measured at sea level, DJI Agriculture App intelligently recommends the appropriate loading weight based on the current status of the aircraft, environmental conditions, and operational tasks. Users are advised not to exceed the recommended maximum weight of the loaded granulars, may impact flight safety.When using in Australia, please follow local regulations and keep the maximum takeoff weight at 149.9kg.

² The effective sensing range and its ability to avoid and bypass obstacles will vary depending on the ambient light, rain, fog, and the material, position, shape, and other properties of the obstacles. Downward sensing is used to assist in Terrain Following flight and altitude stabilization, while other directions assist with obstacle avoidance. Any collision between the bottom of the aircraft and obstacles shall be the customer's responsibility. In scenarios without linear obstacles, if a collision occurs at speeds up to 13.8 m/s resulting in aircraft damage, responsibility can be determined through log analysis, and the aircraft may be eligible for free warranty if non-human causes are identified. If there are linear obstacles like wires or guy wires on utility poles, please mark them as obstacles; otherwise, failure to bypass them will be the customer's responsibility.

- Note 1. Downward sensing assists in Terrain Following flight. If the bottom collides with obstacles, it is considered user responsibility. - Note 2. Due to limitations in safety system performance, the aircraft cannot automatically avoid moving objects, and accidents of this nature will be attributed to user responsibility.

³ Different granular densities vary, and the maximum load should not exceed 100 kilograms.

⁴ Measured with compound fertilizer. The maximum flow rate may vary due to differences in granule size, density, and surface smoothness of different fertilizers.

⁵ A weight of 100 kg is measured below the triaxial force sensor (including the weight of the sling, and hook). Data was measured at sea level. The DJI Agras app will recommend the payload weight according to the current status and surroundings of the aircraft. When adding materials, the maximum weight should not exceed the recommended value, otherwise flight safety may be compromised. Users must comply with local regulations during operation.

⁶ The actual operation speed of the drone is related to the terrain slope; the steeper the slope, the lower the operation speed. The maximum operating speed varies by country and operational mode, and is subject to local regulations and the actual firmware version.

⁷ Compared to the Agras T50 drone and its supporting equipment. Test results may vary based on different testing conditions.

⁸ The effective spray width of the spraying system depends on the actual working scenario.

⁹ The droplet diameter is measured by a laser particle size analyzer, with a 50-micron diameter using the DV50 standard.

¹⁰ Measured at an operating height of 3 meters with a spinning disc speed of 1,100 r/min and a uniformity requirement of CV < 30%. Higher disc speeds and flight altitudes increase the spreading width.

¹¹ Suitable for granulars ranging from 0.5 to 10 mm in size. Clumps, straw, woven bags, and impurities, as well as humidity, density, hardness, and shape, can affect spreading adaptability and precision.

¹² To ensure the radar's sensing performance is fully utilized, make sure the radar surface is clean before operation. If necessary, wipe and clean it.

¹³ Night Navigation Light is only for spraying and spreading payloads.

¹⁴ AR safety assistance features serve only as supplementary hints; operators must confirm the surrounding environment's safety during operation. Detection performance of sensors such as quad-vision and FPV cameras may vary depending on the ambient light, rain, fog, and the material, position, shape, and other properties of the obstacles.

¹⁵ Compared to the Agras T50 drone during field spraying operations. Test results may vary based on different testing conditions.

¹⁶ Mapping operation needs to work with RTK.

¹⁷ The mapping area refers to the area enclosed by the flight path. Single-flight mapping area is affected by firmware version, starting charge level, mapping type, altitude, wind conditions, field shape, slope, etc. The mapping must be conducted with no payload.

¹⁸ Mapping time for the remote controller depends on firmware version, survey type, and other variables.

¹⁹ Batteries are covered by warranty for up to 1,500 charging cycles or 12 months, whichever ends first.

²⁰ The output power of the charging station may be affected by altitude and fuel quality.

²¹ Power output may vary due to local grid factors such as distance, wire material, and diameter.

²² When using the C10000 Intelligent Power Supply to charge DB1580 and DB2160 intelligent flight batteries, it requires an adapter cable.

²³ Measured by laser particle size analyzer, a 50-micron diameter using the DV75 standard.

²⁴ Different granulars have different densities, the maximum load cannot exceed 70 kilograms.

²⁵ A weight of 65 kg is measured below the triaxial force sensor (including the weight of the sling, and hook). Data was measured at sea level. The DJI Agras app will recommend the payload weight according to the current status and surroundings of the aircraft. When adding materials, the maximum weight should not exceed the recommended value, otherwise flight safety may be compromised. Users must comply with local regulations during operation.

²⁶ Different granulars have different densities, the maximum load cannot exceed 25 kilograms.

²⁷ Compared to the T50 agricultural drone and its associated equipment, the operational speed was 13.8 m/s during the test. Overall efficiency conclusions may vary under different testing conditions.

²⁸ A weight of 80 kg is measured below the triaxial force sensor (including the weight of the sling, and hook). Data was measured at sea level. The DJI Agras app will recommend the payload weight according to the current status and surroundings of the aircraft. When adding materials, the maximum weight should not exceed the recommended value, otherwise flight safety may be compromised. Users must comply with local regulations during operation.

²⁹Linear obstacle detection only supports spraying and spreading payloads.