DJI AGRAS T100
Big Drone, Big Jobs.
The T100 agricultural drone, an innovative invention that took twelve years to develop, boasts a maximum payload capacity of 100 kg. Its operational efficiency has been doubled, and it supports a variety of application scenarios, including spraying, spreading, and lifting cargo. With advanced safety systems and improved algorithms, it provides unparalleled safety and an intelligent operating experience.
Spray tank with a capacity of 100 l, flow rate 40 l/min
Distribution tank with a capacity of 150 l,
flow rate 400 kg/min
LiDAR + Penta-Vision system + millimeter wave radar
Maximum operating speed 20 m/s
Lifting 100 kg
Super-fast charging
Spraying system
Efficient operation, outstanding performance.
The T100 model is equipped with a 100-liter tank and dual centrifugal sprayers, which provide higher flight speed, wider spray coverage, and greater efficiency when used on large areas. Users working in orchards can choose an optional sprayer kit that increases spray output and efficiency, allowing it to penetrate dense canopy and reach the underside of leaves on tall trees with dense canopy, providing exceptional versatility and productivity when performing various agricultural tasks.
36%
Improving work efficiency
30 l/min
High flow rate
5-13 m
Effective spray width
20 m/s
Maximum flight speed
40 l/min
Four sprinklers
25%
Increase in effective spray width
65%
Increased coverage of the underside of the sheet
Water sprayer (optional)
Tiny droplets measuring just 50 microns penetrate through tree crowns, ensuring complete coverage of leaves. The new fluid flow path helps dissipate heat from the dual centrifugal motor, ensuring durability and reliability.
Centrifugal sprinkler with double atomization
New flow channel design, particle size range 50–500 µm, suitable for most operating scenarios.
Magnetic drive pumps with impeller
Corrosion-resistant, stable, and reliable design with an optimized impeller and increased chamber volume meets the high flow requirements of horticultural applications.
Rear four spray nozzles
It increases the spray width when working in orchards while maintaining uniform coverage. It also minimizes visual interference from mist, improving reliability and accuracy.
Dual-channel electromagnetic flow meter
Accurate real-time flow measurement and dynamic control ensure high precision. This avoids direct contact with the fluid, preventing corrosion and increasing durability.
Spraying system
More cargo, faster flows, higher efficiency
The T100 spreading system has been completely upgraded, with its load capacity doubled and its performance increased by 270%. Equipped with a new screw feeder, it is suitable for various granular materials and can be used for spreading on large fields, in orchards, in aquaculture, etc.
150 L (100 kg)
Large capacity distribution tank
66%
Improving work efficiency
40 kg/min
Ultra-high flow rate
10 m
Effective spreading width
20 m/s
Maximum flight speed
Distribution accuracy has doubled, flow rate has increased by 270%, and pellet applicability has been further improved.
Provides accurate real-time display of granule quantity, allowing for precise calculation of consumption and refueling, effectively minimizing waste. Automatic flow calibration and cloud-stored operation templates make the spreading process more accurate and convenient.
Provides uniform distribution across the entire flow range with excellent results. Features a stainless steel cover for strength and durability.
Four types of feeders
Supports four interchangeable feeder sizes for precise flow and greater adaptability when sowing, fertilizing, and feeding.
Very large feeder
Large feeder (optional)
Medium feeder
Small feeder (optional)
Security system
Industry-leading safety system, safer with every flight
Omnidirectional sensing, accurate obstacle detection
The T100 is equipped with advanced technologies, including new LiDAR, millimeter wave radar, and Penta-Vision. These features provide comprehensive perception of the surrounding environment, enabling accurate detection of obstacles.
More intelligent obstacle avoidance
The system can follow terrain with slopes of up to 90° without prior mapping. It also supports intelligent obstacle avoidance, effectively and accurately meeting the operational requirements of most mountainous and garden conditions.
Assistance in ensuring AR security
Lifting system
Your transportation assistant
The T100 transforms into a transport solution. It has a maximum load capacity of 100 kg. Features such as automatic balance control, weight detection, and automatic navigation to loading and unloading points allow it to be adapted to various agricultural transport scenarios.
Solar panels
Fruit
Building materials
Seedlings
Drive system
Powerful, efficient, reliable at high temperatures
The coaxial design with two rotors, combined with carbon fiber propellers, provides comprehensive improvements in performance, efficiency, and safety redundancy.
Coaxial twin-rotor
Powerful performance
82 kg Maximum thrust per axis
20 m/s Maximum speed
Compact size, high load capacity
20 m/s Maximum speed
Compact size, high load capacity
Energy efficiency
39% Increase in efficiency at full load
Safety reserve
Propeller stall protection
Low battery performance under high load
Low battery performance under high load
Effective work
Increased spray width
Increased working speed
Improved penetration for orchards
Increased working speed
Improved penetration for orchards
62-inch carbon fiber propellers
Carbon fiber propellers are stiffer and lighter, and are resistant to deformation even at high temperatures. Thanks to their optimized profile and increased diameter, efficiency is increased by 32%.
Motors and ESC
More powerful motors, greater torque. 420A electronic speed controllers ensure stable and reliable operation, reducing response time.
DJI RC Plus
Simple controls for beginners and experienced pilots
The DJI RC Plus features a 7-inch high-brightness screen that is 16% brighter, providing clear visibility in sunlight. The battery life of both the internal and external batteries has been increased by 30 minutes. New backlit buttons improve nighttime operation, and customizable physical buttons provide flexible control.
Simple controls for beginners and experienced pilots
Simply complete the field planning and operate with a single click, without the need for manual intervention.
Improved accuracy and efficiency for experienced pilots
Enjoy smooth and intuitive manual control combined with a range of powerful and effective assist functions. Confidently and easily tackle even the most challenging terrain.
Power supply system
Super-fast charging, energy-efficient design
The DB2160 smart battery has increased capacity and a lighter design, providing ultra-fast charging and reducing fuel consumption. Its innovative cooling system with three air channels dissipates heat using airflow, ensuring safe and stable energy management with effective cooling even during flight. (Depending on the country.)
DB2160 Smart Rechargeable Battery (Depending on the country.)
41 Ah
1500 charging cycles under warranty
500 A high-power connector Weight: 14.7 kg
Ergonomic handle
1500 charging cycles under warranty
500 A high-power connector Weight: 14.7 kg
Ergonomic handle
Multifunctional inverter generator D14000iE
Fast charging 11500 W
AC output 1500 W
Charging cable 1.8 m
AC output 1500 W
Charging cable 1.8 m
C10000 Smart Power Supply
Single-phase power supply
Fast charging 9000 W
Adaptive power protection
1.5 m charging cable
Fast charging 9000 W
Adaptive power protection
1.5 m charging cable
C12000 Intelligent Power Supply
Three-phase power input
Fast charging 12,000 W
Adaptive power protection
1.8 m charging cable
Fast charging 12,000 W
Adaptive power protection
1.8 m charging cable
FAQ
Flight platform
Equipped with 62-inch carbon fiber propellers, which increase power efficiency at full load by 39% and propeller efficiency by 32%.
Carbon fiber propellers increase efficiency by 32%, have higher rigidity, are less susceptible to deformation at high temperatures, and provide more stable power output, making the aircraft more stable and safer.
When a drone is used exclusively for spraying or lifting loads, unnecessary components such as nozzles can be eliminated, reducing the impact of potential accidents on costs.
Flagship security system
1. Higher point cloud density allows for more accurate identification of obstacles such as wires, poles, high-voltage towers, and trees.
2. Real-time display of the laser point cloud helps the pilot assess the environment around the aircraft.
3. Supports aerial photography using LiDAR, which significantly improves wire recognition accuracy.
1. Complements the safety perception capabilities of millimeter wave radar and LiDAR, further enhancing safety.
2. Detects the surrounding environment during aircraft takeoff and landing, marking obstacles such as poles and vehicles on video recordings.
3. Automatically switches to the appropriate view to check the situation with obstacles when encountering them during operation.
Optimization of the detection algorithm for millimeter wave radar further improves obstacle avoidance performance.
During flight, the aircraft detects unmarked obstacles, automatically recognizes and memorizes their location. Users can save the location of obstacles within a block with a single press of a button on the remote control, and the flight path will automatically bypass the obstacles. If users do not choose to save obstacles within the block, the aircraft will still anticipate obstacles based on memory when flying past the same location next time, which will increase the likelihood of successfully avoiding obstacles.
LiDAR, machine vision, and millimeter wave radar each have unique advantages. By integrating these three technologies, agricultural drones can better navigate various operational scenarios and challenging conditions. This integration provides reliable safety redundancy and improves the overall effectiveness of the safety system.
1. LiDAR has more powerful capabilities for 3D spatial extraction, enabling altitude maintenance, semantic recognition, localization, and 3D mapping. It provides more accurate semantic recognition of aluminum wires and overhead cables.
2. Millimeter wave radar: It operates stably in various agricultural environments and is not affected by day or night, fog, or water vapor, providing basic safety. It can also perform multi-directional perception using multiple sets of millimeter wave radars.
3. Machine vision system: It has a higher ability to detect nearby obstacles, which helps the perception system create detailed maps and intelligently avoid them. It can also help pilots view a 360-degree flight environment and various AR display screens.
Spraying system
The capacity of the new spray system has been increased to 100 liters, and the pump has been upgraded and redesigned, increasing the maximum flow rate by 87.5% to 30 liters per minute. Spraying now covers a wider area with improved penetration. In addition, the innovative design of the inner and outer covers makes it easier to add chemicals.
Activating the one-sided spraying function can improve spraying efficiency around field boundaries and obstacles. 1. When the aircraft turns or makes a turn at the field boundary, the nozzle on the side close to the field boundary is activated for spraying. 2. When the aircraft bypasses obstacles, the nozzle on the side closest to the obstacle is activated for spraying.
Incompatible.
Distribution system
After removing the distribution disc, it can be used in normal mode, which is suitable for scenarios such as aquaculture and fertilizing lotus fields.
The large-capacity tank is suitable for spreading low-density materials such as grass seed; it increases the amount of work that can be done in a single flight, reduces the frequency of battery replacement and refueling, and improves spreading efficiency.
Spread rate increased by 270% to 400 kg/min, spread width increased to 10 m, tank capacity increased to 150 l, and various feeder configurations are compatible with different materials. Stainless steel rim is integrated for greater durability.
Select the appropriate feeder depending on the application rate, particle type, and size of the material being distributed.
The standard configuration includes two feeders: an extra-large feeder and a medium feeder, suitable for materials ranging in size from 0.5 to 10 mm.
The DJI Agras T70P and DJI Agras T100 distributors are compatible, but the tank is not compatible.
Lifting system
Users should select a lifting rope length within the recommended range of 10 to 15 m. If the rope is too short, excessive swinging may cause the load to hit the screws. If the cable is too long, the load may touch the ground, or the cable may become entangled in trees or wires on the ground, which could lead to accidents.
This is not recommended. On windy days, lifting operations can cause the load to be constantly exposed to the wind, resulting in swaying and a threat to flight safety.
When conducting lifting operations within the framework of local regulatory requirements, types of cargo include, but are not limited to, seedlings, fruit, fertilizers, and building materials.
1. Avoid overload during flight. It is recommended to fly in accordance with the recommended load, allowing the aircraft to smoothly cope with fluctuations, lift, and other overload situations. Overload can cause severe shaking of the aircraft, inability to stabilize, and other safety risks, which can lead to loss of control and crash. 2. It is not recommended to lift loads with a large windward surface, as such loads are easily affected by natural wind, causing significant oscillations and affecting the safety of the aircraft.
1. The standard lifting module has a load capacity of 100 kg, while the double electric lifting module has a load capacity of 80 kg. 2. The double lifting module for batteries can hold two batteries at the same time, ensuring longer operation. 3. The double battery lifting module supports a fuse function, allowing for quick and safe evacuation in emergency situations.
Remote control
It is compatible with the DJI Agras T70P, but not with other models.
Not a standard accessory.
The all-new DJI RC Plus 2 remote controller features higher performance, a brighter screen, longer range with internal and external batteries, additional button backlighting for easier operation at night, and a host of customizable physical buttons for flexible control.
Smart flight battery and charging equipment
Not supported, charger sold separately.
The DB2160 smart battery has a high capacity and lower weight, and is equipped with a triple cooling system with an air channel for increased efficiency. The ergonomic handle makes it much easier to install and remove the battery. The D14000iE multifunctional inverter generator has increased power and shorter charging times. The C12000 smart charger provides silent charging, making it environmentally friendly.
Three-phase generator with a rated power of 15,000 W or higher.
This can be done using an adapter cable. The interface of the DB2160 smart battery is not compatible with the C10000 smart charger, but it can be used with an adapter cable.