Features:
The DJI Agras T100 agricultural drone is newly upgraded to support spraying, spreading, and lifting in various operational scenarios, with a maximum payload capacity of 70 kg[1]. It delivers enhanced efficiency while featuring Safety System 3.0[2] and advanced algorithms for comprehensive, round-the-clock[3] protection.
Increase in Operation Efficiency[27]
High Flow Rate
Maximum Flight Speed[6]
Effective Spray Width[9]
Increase in Leaf Underside Coverage[7]
Increase in Effective Spray Width[7]
Four Sprinklers (Optional)
Fine droplets as small as 50 μm[23] penetrate canopies for comprehensive leaf coverage. A new liquid flow path helps dissipate dual centrifugal motor heat for durability and longevity.
New flow channel design, particle size range 50-500 μm[9], suitable for most operational scenarios.
Corrosion-resistant, stable, and reliable, an optimized impeller structure and increased chamber volume meet the high flow demands of orchard scenarios.
It expands the spray width for orchard operations while maintaining uniform coverage. It also minimizes visual interference from mist, enhancing operational reliability and precision.
Real-time precise flow detection and dynamic control ensures high-precision operations. It avoids direct contact with the liquid, preventing corrosion and enhancing durability.
The T100 Spreading System has been fully upgraded, with double the load capacity, and a 270%[7] increase 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.
Large Capacity Spreading Tank[3]
Increase in Operation Efficiency[27]
High Flow Rate[4]
Effective Spreading Width[10]
Maximum Flight Speed[6]
Supports four interchangeable feeder sizes for precise flow and greater adaptability across seeding, fertilizing, and feeding[12].
Suitable for granulars such as fertilizers, wheat seeds, granular fungicides, feed, etc.
Recommended application rate: 75-750 kg per hectare.
Recommended particle size: 0.5-10 mm
Suitable for granulars such as rice seeds, cover crop seeds, etc.
Recommended application rate: 75-270 kg per hectare.
Recommended particle size: 4-10 mm
Suitable for granulars such as rice seeds.
Recommended application rate: 22.5-120 kg per hectare.
Recommended particle size: 4-6 mm
Suitable for granulars such as rapeseed, granular herbicides, grass seeds, granular insecticides, etc.
Recommended application rate: 3-22.5 kg per hectare.
Recommended particle size: 0.5-4 mm.
With advanced multi-sensor fusion and upgraded algorithms, the T100 achieves a higher success rate in avoiding various obstacles. Its precision in detecting smaller obstacles is significantly improved, ensuring safer and more reliable operations[2].
The T100 transforms into a transport solution. With a lifting maximum capacity of 100 kg[5]. Features like auto balance control , weight detection, and automatic navigation to loading and unloading points make it adaptable to various agricultural transport scenarios.
The coaxial dual-rotor design, paired with carbon fiber propellers, delivers a comprehensive upgrade in performance, efficiency, and safety redundancy.
82 kg Single-Axis Max Thrust
20 m/s Max Speed[6]
Compact Size, High Load Capacity
39%[7] Increase in Full-Load Power Efficiency
Propeller Stop Protection
Low battery performance under heavy load
Increase in Spray Width[15] Increase in Operation Speed[15] Enhanced Penetration for Orchards
Carbon fiber propellers offer greater rigidity and lighter weight, resisting deformation even at high temperatures. With optimized airfoil and increased diameter, efficiency is improved by 32%[7].
Larger motors, more torque. 420A electronic speed controllers ensure stable and reliable operation, delivering faster response times.
DJI RC Plus features a 7-inch high-brightness screen that is 16%[7] brighter for clear visibility under sunlight. Both internal and external battery life are extended by 30 minutes[7]. New backlit buttons enhance nighttime operation, and customizable physical buttons offer flexible control.
The T100 has undergone 700 hours of reliability testing, including real-flight aging, accelerated component fatigue, and extreme temperature evaluations. These ensure stability and reliability, delivering unmatched performance under various conditions.
Max Speed[6]
Enhanced Efficiency[7]
Lower Power, Higher Load[15]
The DB2160 Intelligent Flight Battery has an increased capacity and lighter built, offering ultra fast charging while reducing fuel consumption. Its innovative triple air-channel cooling system disperses heat through airflow, ensuring safe and stable energy management with efficient cooling even during flight.
（It varies between countries.）
41 Ah
1500 charge cycles under warranty[19]
500 A high-power connector
Weight: 14.7 kg
Ergonomic handle
11500 W fast charging[20]
1500 W AC output
1.8 m charging cable
Single-phase power input
9000 W fast charging[21][22]
Adaptive power protection
1.5 m charging cable
Tri-phase power input
12000 W fast charging[21]
Adaptive power protection
1.8 m charging cable
Weight for spraying: 75 kg (standard with 2 nozzles)
Weight for spraying: 77 kg (optional with 4 nozzles)
Weight for spreading: 75 kg (equipped with spreading system)
Weight for lifting: 65 kg (equipped with lifting system)
Weight for lifting: 90 kg (equipped with dual-battery lifting system)
Max takeoff weight for spraying: 175 kg (standard with 2 nozzles)
Max takeoff weight for spraying: 177 kg (optional with 4 nozzles)
Max takeoff weight for spreading: 175 kg (equipped with spreading system)
Max takeoff weight for lifting: 165 kg (equipped with lifting system)
Max takeoff weight for lifting: 170 kg (equipped with dual-battery lifting system)
2330 mm (diagonal)
3220 mm × 3224 mm × 975 mm(arms and propellers unfolded)
1820 mm × 1840 mm × 975 mm(arms unfolded and propellers folded)
1105 mm × 1265 mm × 975 mm(arms and propellers folded)
RTK Enabled:
±10 cm (horizontal), ±10 cm (vertical)
RTK not enabled:
Horizontal ± 0.6 m, vertical ± 0.3 m
0 °C to 40 °C
2 km
<6 m/s
155 × 16 mm
60 rpm/V
Carbon Fiber Composite
62 inches
8
LS100
880 mm × 870 mm × 810 mm (spray rod folded)
1020 mm × 1930 mm × 810 mm (spray rod unfolded)
HDPE
100 L
100 kg
LX07550SX (Standard Nozzle) / LX09550SX (Optional Mist Nozzle)
2 (Standard) / 4 (Optional)
1834 mm (Two Nozzles / Four Nozzles Outermost)
50-500 μm
5 - 13 m
Impeller Pump (Magnetic Drive)
2
30 L/min (Standard 2 nozzles), 40 L/min (Optional 4 nozzles)
900 mm × 820 mm × 920 mm
Standard configuration:
Extra-large auger: 0.5 mm - 10 mm granules (fertilizer, wheat, feed, etc.)
Medium auger: 4 mm - 6 mm granules (rice)
Optional:
Large auger: 4 mm - 10 mm granules (rice, fertilizer)
Small auger: 0.5 mm - 4 mm granules (rapeseed, granular herbicides, granular insecticides)
150 L
Centrifugal Disc
Screw Feeder Feeding
400 kg/min (compound fertilizer)
100 kg
3 - 10 m
805 mm × 764 mm × 669 mm
100 kg
10 m (standard configuration)
10 - 15 m
0 °C to 40 °C
805 mm × 960 mm × 669 mm
80 kg
10 m (standard configuration)
Cable Fuse Disconnection and Escape
10 - 15 m
0 °C to 40 °C
< 20 dBm (NCC / MIC / KC / CE / FCC)
0 °C to 40 °C
Adequate light and discernible surroundings
Laser radar: Vertical 272°, Horizontal 60°
Front Radar: Horizontal 360°, Vertical ± 45°
Downward Radar: Left and Right ± 12.5°, Front and Back ± 22.5°
Rear Radar: Left and Right ± 45°, Front and Back ± 45°
Quad vision system: Horizontal 360°, Vertical 180°
FPV camera: Horizontal ± 86°, Vertical 108°
≤ 60 m
≤ 13.8 m/s
≥ 1.5 m
TKPL 2
7-inch LCD touchscreen; resolution: 1920 × 1200; brightness: 1400 cd/m²
Less than one month: -30° to 45° C (-22° to 113° F)
One to three months: -30° to 35° C (-22° to 95° F)
Three months to one year: -30° to 30° C (-22° to 86° F)
5° to 40° C (41° to 104° F)
3.8 hours
3.2 hours
Use a USB-C fast charger with a maximum power of 65 W (maximum voltage 20 V), and it is recommended to use the DJI Portable Charger.
2 hours for internal battery or internal and external battery (when remote controller is powered off and using a standard DJI charger)
14.7 ± 0.3 kg
41000 mAh
52 V
1. DC recharge output 42 - 61.6 V/11500 W
2. Air-cooled radiator charge 12 V/6 A
3. AC output 220 V/1500 W
8 - 9 minutes (DB2160 Intelligent Flight Battery, 30% - 95% charge)
30 L
Starting the Generator via the One-Button Start Switch
0 °C to 40 °C
DB1580 / DB2160 Intelligent Flight Battery
757 mm × 704 mm × 677 mm
87 ± 0.5 kg
Unleaded gasoline with RON ≥91 (AKI ≥87) and alcohol content less than 10%(*Brazil: unleaded gasoline with RON ≥ 91 and alcohol content of 27%)
500 mL/kWh
SJ 10W-40
1.3 L
CSX901-12000
456 mm × 291 mm × 107 mm
13.13 kg
Three-phase AC Input: 175 - 520 V
Single-phase AC Input: 200 - 264 V
62 V
194 A
12000 W (three-phase 380 V input)3000 W (single-phase 220 V input)
8 - 9 minutes (DB2160 Intelligent Flight Battery, 30% - 95% charge)
Over-temperature, over-voltage, under-voltage, short circuit, fan stall, and other protection functions
0° to 40° C
1
DB1580 / DB2160 Intelligent Flight Battery
112 mm × 112 mm × 51 mm (None Antenna)
120 mm × 112 mm × 101 mm (with antenna)
630 g
2.7V - 24V
10.48 W (FCC), 8.8 W (SRRC)
6500 mAh
5 hours
2.4000 - 2.4835 GHz, 5.150 - 5.250 GHz, 5.725 - 5.850 GHz
5 km (SRRC), 4 km (MIC/KCC/CE), 8 km (FCC)
(In an interference-free, unobstructed environment, flight altitude 2.5 m)
2.5 hours (30W recharge)
IP55
GPS: L1/L2/L5
BeiDou: B1I/B2I/B3I/B1C/B2A/B2B
Galileo: E1/E5a/E5b/E6
GLONASS: G1/G2
QZSS: L1CA/L2C/L5
L-BAND
345 mm × 244 mm × 300 mm
3.77 kg (including packaging)
7 W
6500 mAh
7 hours
Broadcast Mode: O4: 2.4G/5.8G
Relay Mode: Not Supported
FCC: 15 km
SRRC: 12 km
CE/JP: 8 km
2.5 hours (30W recharge)
IP67
PPP Satellite-Based Service Accuracy:
Convergence Time: 20 mins
Horizontal: 30 cm (RMS)
Elevation: 40 cm (RMS)
Network RTK Calibration:
Horizontal: 0.8 cm + 1 ppm (RMS)
Vertical: 1.5 cm + 1 ppm (RMS)
1 ppm: Accuracy decreases by 1 mm for every 1 km increase in distance between the aircraft and the base station. For example, if the aircraft is 1 km away from the base station, the accuracy is 1.1 cm.
[1] Measured at sea level, the DJI Agriculture App will intelligently recommend the loading weight based on the current aircraft status, environmental conditions, and operational tasks. Users should not exceed the recommended maximum loading weight, as it may affect flight safety. When using in Australia, please follow local regulations and keep the maximum takeoff weight at 149.9kg.
[2] The effective spray width of the spraying system depends on the actual working scene.
[3] Working height is 3 m, disc rotation speed is 1100 rpm, uniformity requirement (CV<30%) measured broadcast width is 10 m. The faster the disc rotation speed, the higher the flight altitude, the larger the broadcast width.
[4] Includes the weight of ropes and hooks. Measured at sea level, the DJI Agriculture App will intelligently recommend the loading weight based on the current state of the aircraft, environmental conditions, and operational tasks. The maximum weight of the loaded material should not exceed the recommended value, as it may affect flight safety.
[5] The effective working range of sensing distance, obstacle avoidance, and bypassing capabilities may vary due to different environmental lighting, rain, fog, and the material, location, and shape of the subject object. The downward sensing is used to assist in terrain-following altitude flight, while sensing in other directions is used for obstacle avoidance. Except for scenes 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 power poles, please mark them as obstacles; otherwise, failure to bypass them will be the customer's responsibility.
Note:1. The downward perception is used to assist terrain-following altitude flight. If a collision with an obstacle occurs below, it is considered the customer's responsibility.2. Due to the performance limitations of the safety system, the aircraft cannot actively avoid moving objects. Accidents in such scenes are considered the customer's responsibility.
[6] Sea level height, environmental temperature between 15-40 degrees Celsius, time to charge the battery from 30% to 95%; fast charging is supported when the battery cell temperature is within the range of 15-75 degrees Celsius; charging time varies depending on input power, ASL, initial charge level, and other factors.
[7] Positioning accuracy and reliability are affected by various factors, including equipment tilt, signal obstruction, multipath, number of satellites, geometric distribution, and atmospheric conditions. It is recommended to set up the equipment in open scenes, away from electromagnetic interference and multipath environments.
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It is compatible with DJI Agras T100, but not with others.
Featuring 62-inch carbon fiber propellers, boosting full-load power efficiency by 39% and propeller efficiency by 32%.
Carbon fiber propellers improve efficiency by 32%, have higher hardness, are less prone to deformation at high temperatures, and provide more stable power output, making the aircraft more stable and safer.
When the drone is solely engaged in spreading or lifting operations, it can eliminate unnecessary components like nozzles, thereby reducing the impact of potential crashes on costs.
1. Higher point cloud density allows for more accurate identification of obstacles such as wires, poles, high-voltage towers, and trees.
2. Real-time laser point cloud imaging assists the pilot in assessing the surrounding environment of the aircraft.
3. Supports LiDAR aerial surveying, significantly improving wire recognition rates.
1. Serves as a supplement to the safety perception capabilities of millimeter-wave radar and LiDAR, further enhancing safety perception.
2. Detects the surrounding environment during aircraft takeoff and landing, marking obstacles such as poles and vehicles in the footage.
3. Automatically switches to the corresponding view to check obstacle situations when encountering obstacles during operations.
Optimization of the detection algorithm for millimeter-wave radar further enhances obstacle avoidance and bypassing performance.
During operations, the aircraft encounters unmarked obstacles and automatically recognizes and memorizes their locations. Users can save the obstacle locations within the block with one click on the remote controller, and the operation route will automatically bypass the obstacles. If users do not choose to save the obstacles within the block, the aircraft will still anticipate obstacles based on memory when passing the same location next time, improving the success rate of obstacle avoidance and bypassing.
LiDAR, Vision System, and Millimeter-wave Radar each offer unique advantages. By integrating these three technologies, agricultural drones can better navigate diverse operational scenarios and complex environments. This integration provides robust safety redundancy and enhances the overall performance of the safety system.
1. LiDAR has a stronger capability for 3D spatial extraction, enabling altitude maintenance, semantic recognition, localization, and 3D mapping. It provides more accurate semantic recognition for aluminum strands and suspension cables.
2. Millimeter-wave radar: It works stably in various agricultural environments, unaffected by day or night, fog, and water vapor, providing basic safety assurance. It can also achieve multi-directional perception through multiple sets of millimeter-wave radar.
3. Vision System: It has a stronger detection capability for close obstacles, which can help the perception system create detailed maps and intelligently navigate around them. It can also assist pilots in viewing the 360-degree flight environment and various AR display screens.
The load capacity of the new spraying system has been enhanced to 100 L, and the pump has been revamped with a fresh design, boosting the maximum flow rate by 87.5%, reaching 30 L/min. The spray now covers a wider area with improved penetration. Additionally, the innovative inner and outer lid design facilitates more convenient chemical addition.
Activating the single-side spraying function can improve spraying effects around field boundaries and obstacles.
1. When the aircraft turns or makes a corner at the field boundary, the nozzle on the side close to the field boundary will be activated for spraying;
2. When the aircraft is bypassing obstacles, the nozzle on the side close to the obstacle will be activated for spraying.
It can be used normally after removing the spreader disc, suitable for scenarios like aquaculture and fertilizing lotus fields.
The large capacity tank is suitable for spreading low-density materials like grass seeds; it increases the workload per flight, reduces the frequency of battery replacement and refilling, and makes spreading operations more efficient.
The spreading flow rate is increased by 270% to 400 kg/min, the spreading width is increased to 10 m, the tank is enlarged to 150 L, and the diverse feeder configurations are compatible with various materials. The brim is embedded with stainless steel for greater durability.
Choose the appropriate feeder based on the apply rate, particle type, and size of the material being spread.
The standard configuration includes two feeders: the extra-large feeder and the medium feeder, suitable for materials ranging from 0.5 to 10 mm.
The spreaders of DJI Agras T70P and DJI Agras T100 are compatible, but the tank is not.
Users should choose the lifting cable length within the recommended range of 10 to 15 m. If the cable is too short, increased swinging may cause the cargo to hit the propellers. If the cable is too long, the cargo may touch the ground or the cable may entangle trees or wires on the ground, leading to accidents.
It is not recommended. On windy days, lifting operations may cause the cargo to be continuously affected by wind, leading to swinging and compromising flight safety.
When conducting lifting operations within the limits of local regulations, the types of cargo include, but are not limited to, saplings, fruits, fertilizers, and building materials.
1. Avoid overloading during flight. It is recommended to fly according to the recommended load, allowing the aircraft to handle swinging, climbing, and other overload situations smoothly. Overloading may cause the aircraft to experience severe aircraft shaking, failure to stabilize, and other safety risks, potentially leading to loss of control and crashing.
2. It is not recommended to lift cargo with a large windward surface, as such cargo is easily affected by natural wind, causing significant swinging and affecting the aircraft's flight safety.
1. The standard lifting module has a load capacity of 100 kg, and the dual-electric lifting module has a load capacity of 80 kg.
2. The dual battery lifting module can accommodate two batteries simultaneously, providing longer endurance.
3. The dual-battery lifting module supports a fuse function, allowing for quick and safer escape in emergencies.
It is compatible with the DJI Agras T70P, but not with the others.
Not a standard accessory.
The all-new DJI RC Plus 2 remote controller offers stronger performance, higher screen brightness, longer range with internal and external batteries, added button backlight for easier nighttime operation, and a wealth of custom physical buttons for flexible handling.
Not supported, purchase charger separately.
The DB2160 Intelligent Flight Battery has a larger capacity and is lighter in weight, with a triple air-channel cooling system for higher efficiency. The ergonomic handle greatly enhances the battery insertion and removal experience. The D14000iE Multifunctional Inverter Generator has increased power and shorter charging time. The C12000 Intelligent Charger offers silent charging, making it environmentally friendly.
A three-phase generator with a rated power of 15,000 watts or above.
It can be done with an adapter cable. The interface of the DB2160 Intelligent Flight Battery is not compatible with the C10000 Intelligent Charger, but it can be used with an adapter cable.
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