Product code: T100_komplet_sada_postrek
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The DJI Agras T100 is a high-performance spraying drone designed specifically for farmers, revolutionizing application efficiency and precision. This multi-functional drone combines more than twelve years of experience and innovation with cutting-edge technology.
The drone offers a maximum payload of up to 100 kg, which allows for effective spraying of large areas with significant time savings. Thanks to its modular design, it can handle not only spraying, but also spreading fertilizers or lifting loads, significantly expanding its deployment options.
Safety and reliability are guaranteed by an advanced safety system and intelligent algorithms that enhance accuracy, flight stability, and overall performance. The DJI Agras T100 not only delivers higher efficiency, but also easier and safer operation.
The Agras T100 model is equipped with a 100-liter tank and a pair of atomizing centrifugal discs, which allow for higher flight speed, a wider spray area and higher overall productivity - ideal for large-area field applications.
For orchards, an optional water-cooled misting kit is available, which increases both flow and atomization levels. The fine droplets can penetrate dense vegetation down to the undersides of tall trees, ensuring precise coverage and maximum versatility for a variety of agricultural tasks.
Droplets as small as 50 μm [23] penetrate tree crowns and provide even coverage of leaves. The new flow channel arrangement efficiently dissipates heat from the motors, increasing system life.
The optimized design of the flow channels allows for droplet size control of 50–500 μm [9], suitable for most application scenarios.
Corrosion-resistant, stable and reliable. The new impeller design and increased chamber volume cover the demanding high flow requirements of orchard work.
It extends the spray width while maintaining uniform coverage, minimizes visual interference caused by fog, and increases the accuracy and reliability of operations.
It provides accurate real-time flow measurement and dynamic dose control. Thanks to non-contact measurement, it avoids corrosion and extends the service life.
The DJI Agras T100 Spreading System features a fully redesigned design with double the payload and up to 270% higher flow rate [7]. The new auger feeder is adapted to a wide range of granules and handles applications in large field crops, orchards and aquaculture.
Double the dosing accuracy, 270% higher flow rate and expanded compatibility with different granule types.
It displays the exact amount of material in real time, enables efficient refilling and automatic flow calibration. Data is stored in the cloud, which simplifies application template management and increases accuracy at work.
Ensures even material distribution throughout the flow range. Stainless steel cover increases durability and service life.
It allows easy and quick pouring of material even in large volumes.
Supports four interchangeable sizes for maximum precision and flexibility [11] when sowing, fertilizing or feeding.
fertilizers, wheat seeds, granular fungicides, feed and the like
Application rate: 75–750 kg/ha
Particle size: 0.5–10 mm
rice seeds, cover crops and similar
Application rate: 75–270 kg/ha
Particle size: 4–10 mm
rice seeds and the like
Application rate: 22.5–120 kg/ha
Particle size: 4–6 mm
rapeseed, herbicides, grass seeds, insecticides and the like
Application rate: 3–22.5 kg/ha
Particle size: 0.5–4 mm
The T100 is equipped with a combination of a new LiDAR system, millimeter-wave radar, and Penta-Vision camera system [12], which provide comprehensive perception of the surrounding environment and accurate obstacle recognition.
It captures a dense spatial cloud model with up to 300,000 points per second, providing a detailed overview of complex terrain.
The forward radar performs 5,000 vertical scans per second with 360° mechanical rotation, complemented by a rear radar [12] for even wider coverage.
The quad camera, complemented by a full-color low-light FPV camera, allows for forward, backward, left, right, and downward vision, while intelligently detecting obstacles. The FPV camera uses a virtual gimbal and stabilization algorithms to ensure smooth and stable footage with an ultra-wide field of view.
In addition to the original dipped headlights, front high beams and additional lower lighting have been added, which improve visibility and safety during night operations.
The obstacle recognition system [2] can identify various types of objects – from wires and poles, to high-voltage pylons, to trees. Thanks to artificial intelligence, the T100 chooses the optimal flight path and safely flies around obstacles without the need for pilot intervention.
The drone automatically remembers the location of detected obstacles, allowing for more accurate and safer flight on subsequent flights. With a single click, they can be saved to the field map – increasing safety with every flight.
The T100 can follow terrain with a slope of up to 90° without prior mapping. It also supports intelligent obstacle avoidance [2], making it ideal for working in hilly areas and orchards with dense vegetation.
The remote controller displays a real-time 3D LiDAR point cloud, which offers significantly better obstacle visibility than traditional FPV displays. Especially useful for night flights or when working with small objects, where maximum accuracy and spatial orientation are important.
During takeoff and landing, the system displays AR warnings for nearby people, poles, and vehicles. During flight, it displays obstacle types and distances in augmented reality – enabling safe and informed pilot decision-making in real time.
The drone automatically generates AR flight paths that aid navigation and increase accuracy and efficiency during operations.
It uses augmented reality to display return points and safe landing zones, helping the pilot land accurately and safely even in challenging conditions.
Advanced multi-sensor fusion and new data processing algorithms increase the success of object detection and avoidance – especially smaller obstacles that are often invisible to conventional systems. The result is safer and more reliable operation.
The Agras T100 can transform into a transport drone. In lifting mode, it can carry up to 100 kg of cargo [5] and, thanks to the functions of automatic stabilization, weight detection and autonomous navigation between loading and unloading points, it can handle various logistical tasks directly on agricultural farms.
Possible applications:
Using a triaxial force sensor, the drone automatically corrects tilt during flight and eliminates swaying - thus increasing transportation safety.
The same sensor continuously monitors the weight of the load, preventing overloading and ensuring safe operation.
Using a smartphone with an RTK module, the operator can easily add loading/unloading points that are automatically synchronized with the controller. The pilot then sees the targets directly in the AR view on the display.
Just one click is enough - the drone automatically flies to the selected loading or unloading point and then returns.
The optional dual-battery version has a payload capacity of 80 kg [28] and is designed for longer missions. In extreme situations (e.g. cargo capture) , heating and rope break can be activated to safely release the drone.
The coaxial twin-rotor design combined with carbon 62-inch propellers delivers a major improvement in performance, efficiency and safety redundancy.
The improved aerodynamic profile of the propellers and their larger diameter have increased efficiency by 32% [7]. The carbon fiber material provides high stiffness, low weight and resistance to deformation even at high temperatures.
Larger, higher-torque motors and 420A speed controllers provide stable, reliable, and instant performance even under extreme loads.
The DJI RC Plus remote controller features a 7-inch ultra-bright display that is 16% [7] brighter than previous generations and is highly readable even in direct sunlight. Both the internal and external batteries last 30 minutes longer [7]. New backlit buttons make nighttime operations easier, and programmable physical buttons allow you to customize controls to your preferences.
Just complete the field planning and start the operation with a single click – no manual intervention required.
Field planning: choose your preferred planning method, the route will be generated automatically.
Launch a fully automated mission with one click: use saved parameter templates for a quick start.
Smart return home: automatic return when the tank is empty or the battery is low.
Experience smooth and intuitive manual control, complemented by a range of powerful and efficient assistance features. Tackle even the most challenging terrain with confidence and ease.
Efficiently plan multiple adjacent plots at once, enabling continuous operations without interruption – whether in fields or orchards.
Simplify work on complex smaller plots with practical tools such as one-click plot saving or resume where you left off, ensuring an efficient and stress-free workflow.
Effortlessly adapt to different scenarios, including mixed crops, catch crops and rice fields. Achieve greater flexibility and efficiency in every operation.
Mapping up to 20 hectares of large fields or 10 hectares of orchards in a single flight [17].
The map is reconstructed in real time directly on the remote control and is immediately available after landing [18].
The density of the point cloud was increased and the accuracy of power line detection was improved by 80% [7].
The T100 has undergone over 700 hours of reliability testing, including real-world flights, component fatigue simulations, and extreme temperature tests – ensuring maximum stability and durability in every situation.
The improved O4 Transmission algorithm ensures reliable image and control transmission even in difficult radio conditions. The optional O4 Relay module extends the range and ensures smooth transmission even in environments with strong interference.
The new DJI DB2160 Intelligent Flight Battery has a capacity of 41 Ah, a warranty of 1500 charge cycles [19] and high-current 500 A connectors. It weighs only 14.7 kg and has an ergonomic handle for easy handling.
The innovative three-channel cooling system actively dissipates heat and ensures safe charging even under high loads.
The DJI Agras T100 uses an all-new propulsion system with 62-inch carbon propellers that increase efficiency at full load by 39% and improve propeller aerodynamics by 32%. The result is higher thrust, stability, and lower energy consumption at the same load.
This mode is used when spraying field edges or when going around obstacles. The DJI Agras T100 automatically activates the nozzle on one side, improving coverage and minimizing losses in difficult terrain.
No. The DJI Agras T100 spray module is a completely new design and is not compatible with the Agras T50 accessories. Each system has different technical specifications and flow parameters.
The DJI Agras T100 spreading system offers a 150 l hopper, a flow rate of up to 400 kg/min (270% more than the T50) and a spreading width of up to 10 m. The new screw feeder ensures more precise dosing and greater adaptability for different granules.
The DJI Agras T100 supports four types of feeders – from small to extra large.
It is recommended to use a rope with a length of 10-15 m to ensure stability during flight. A rope that is too short can cause swings, while a rope that is too long can increase the risk of getting caught on obstacles.
The DJI Penta-Vision system integrates four cameras and a low-light FPV camera, working together with LiDAR and millimeter-wave radar. The DJI Agras T100 thus gains 360° spatial awareness and accurately detects obstacles in all directions.
Yes. The real-time mapping function and precise terrain tracking require an RTK module, which ensures centimeter-level accuracy and stable map reconstruction directly in the controller.
For the DB2160 (41 Ah) smart battery, it is recommended to use the C12000 charger with three-phase input (12,000 W) or the D14000iE generator with a power of at least 15,000 W. Alternatively, the C10000 with an adapter can be used.
The DJI RC Plus 2 is compatible with the Agras T70P and T100 models, but is not intended for older drones such as the Agras T25P or T50. Each model uses its own communication protocol and firmware.
Product is only available in certain countries. Actual product appearance may differ from images. Please contact your local DJI dealer for more information.
[1] Measured at sea level. The DJI Agriculture app intelligently recommends the appropriate payload weight based on the drone’s current status, environmental conditions, and type of operation. We recommend not exceeding the maximum recommended pellet weight as this may affect flight safety. When using in Australia, please follow local regulations and keep the maximum take-off weight to 149.9 kg.
[2] Effective sensing range and obstacle avoidance capability vary depending on lighting conditions, rain, fog, as well as the material, position, shape, and characteristics of obstacles. The bottom sensors are used for terrain tracking and altitude stabilization, while the other directions are used for obstacle detection. If the bottom of the drone collides with an obstacle, the user is responsible.
In scenarios without linear obstacles, if a collision occurs at speeds up to 13.8 m/s and damage occurs to the drone, liability can be determined by analyzing flight logs. If it is proven that the cause was not human, the repair may be covered under warranty.
If there are linear obstacles in the environment, such as wires or tension cables, mark them as obstacles in the system. Otherwise, any failure to avoid such obstacles will be considered the user's responsibility.
[3] Granule density varies; maximum load must not exceed 100 kg.
[4] Data measured with compound fertilizer. Maximum flow rate may vary depending on granule size, density and surface texture.
[5] The weight of 100 kg was measured under the triaxial force sensor (including the rope and hook). The measurement was taken at sea level. The DJI Agras app will recommend the appropriate load according to the current conditions. The maximum weight must not exceed the recommended value, otherwise the flight safety may be compromised. Local regulations must be observed during operation.
[6] Actual operating speed depends on terrain gradient – the steeper the slope, the slower the speed. Maximum speed may vary by country, mode, and firmware version.
[7] Comparison with Agras T50 and its accessories. Test results may vary depending on testing conditions.
[8] The effective spray width depends on the specific operating conditions.
[9] Droplet diameter measured by laser particle size analyzer; 50 μm according to DV50 standard.
[10] Measured at a flight height of 3 m with a spreading disc speed of 1,100 rpm and a CV uniformity of < 30%. Higher disc speed and flight height increase the spreading width.
[11] Suitable for granules with a size of 0.5 - 10 mm. Lumps, straw, fabric, dirt, moisture, density, hardness and shape can affect the accuracy and uniformity of spreading.
class="text-small"> [12] Before flying, make sure the radar sensors are clean. Wipe them if necessary.
[13] Night navigation light is for spray and spread modes only.
[14] AR safety assistance features are only intended as a supplemental aid – the pilot must always visually check the safety of the surroundings. The performance of sensors (such as a quad camera or FPV camera) may vary depending on lighting conditions, rain, fog, and obstacle characteristics.
[15] Comparison with Agras T50 drone during field spraying. Test results may vary depending on conditions.
[16] The mapping function requires the use of an RTK module.
[17] The map is created over the area bounded by the flight path. The extent of the mapping depends on the firmware, battery level, mapping type, altitude, wind, field shape, and slope. Mapping is performed without payload.
[18] The speed of map processing on the controller depends on the firmware, survey type, and other factors.
[19] Batteries are warranted for 1,500 charge cycles or 12 months, whichever comes first.
[20] Charging station performance can be affected by altitude and fuel quality.
[21] Power output may vary depending on local electrical network (distance, material and diameter of wires).
[22] An adapter is required when using the C10000 to charge DB1580 and DB2160 batteries.
[23] Measured with a laser particle size analyzer; diameter 50 μm according to DV75 standard.
[24] The density varies with different types of granules; the maximum load capacity must not exceed 70 kg.
[25] The weight of 65 kg was measured under the triaxial sensor (including the rope and hook). The measurement was taken at sea level. The DJI Agras App will recommend the appropriate load based on the current state of the drone and the environment. The maximum weight must not exceed the recommended value. The user must comply with local regulations.
[26] Different granules have different densities; the maximum load capacity must not exceed 25 kg.
[27] Comparison with T50 and accessories. During testing, flight speed was 13.8 m/s. Overall efficiency may vary depending on conditions.
[28] The weight of 80 kg was measured under the triaxial sensor (including the rope and hook). The measurement was taken at sea level. The DJI Agras App will recommend the appropriate load according to the current condition and environment. The maximum weight must not exceed the recommended value. The user is responsible for complying with local regulations.
[29] Linear obstacle detection is only supported in spray and spread modes.
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