+372 5430 1080
Пн - Пт: 10:00 - 18:00
info@modelforce.eu
Brand:

DJI Agras T30

  • 16 nozzles and 8 solenoid distribution valves;
  • adjustable angle of inclination of the pylons allows processing both the upper and lower parts of plants, which is especially important when processing orchards, vineyards, etc.;
  • 2 cameras for monitoring the situation, located in front and behind;ановки, расположенные спереди и сзади;
  • the redesigned folding system makes the drone more compact, reducing its size by 80% compared to the working state;
  • high security pylon locks; more capacious batteries, etc.

    SKU: DJI Agras T30 Category: Tags: , , ,
    Share:

    DJI Agras T30

    Power, Opportunity, Versatility
    and High Security

    A New Flagship for Digital Agriculture

    With a 30 liter spraying tank, the DJI Agras T30 takes aerial spraying efficiency to new heights. A revolutionary transforming body enables more effective spraying, especially for fruit trees. Using DJI digital agriculture solutions, the T30 helps reduce fertilizer use and increase yield with effective, data-driven best practices.

    30L Spray Tank

    Spherical Radar System

    IP67 Water and Dust Resistance

    Dual FPV Cameras for Monitoring

    High Precision Operation

    Smart Agriculture Cloud Platform

    Branch-Targeting Technology for Thorough Penetration

    With revolutionary branch-targeting technology and adjustable arms, the Agras T30 penetrates thick canopies with oblique spraying, ensuring an even application of liquid pesticides and doubling the number of droplets. With the help of the Smart Agriculture Cloud Platform and cloud-based mapping, users can manage a 3D digital orchard, making it easy to get started with digital agriculture.

    Efficient Spray System

    A 16-nozzle layout further improves droplet penetration. Eight sets of solenoid valves enable independent variable frequency control and spraying in turn. The horizontally opposed six-cylinder double plunger pump design provides strong spraying power and a high flow rate of up to 8 liters per minute.

    16 Hectares per Hour

    Equipped with a large 30kg spray tank, the Agras T30 has a spray width of 9 meters, and field spraying efficiency of 40 acres/hour, 33.3% more than its previous generation.

    Eliminate Blind Spots with a Spherical Radar System

    The spherical radar system perceives obstacles and surroundings in all environments, weather conditions, and viewing angles, regardless of dust and light interference. Automatic obstacle avoidance and adaptive flight functions help ensure safety during operation.

    Dual FPV Cameras for Improved Awareness

    Equipped with dual FPV cameras, the Agras T30 provides clear front and rear views and lets you check flight status without needing to turn the aircraft mid-flight. And a bright searchlight doubles the aircraft's night vision capabilities, creating more nighttime operation possibilities.

    Designed for Long Term Service

    The Agras T30 control module has a fully enclosed structure for added durability. All critical components have three layers of protection and are IP67 rated. Ideal for long term use of pesticides and fertilizers, and to resist dust and corrosion.

    Flexible folding for convenient transportation

    The Agras T30 can be folded by 80%, making it easier to transport. This folding mechanism uses quick-snap locking, redundancies, and an in-app alert to help ensure safe operation.

    Autonomous Operation with Optimal Route Planning

    The new intelligent route mode independently plans the best route for each operation. A gauge indicates the remaining liquid payload amount and estimated time until refill in real-time, letting operators strike the perfect balance between payload and battery life. The aircraft also supports automatic edge sweeping for extensive spray coverage and easier aerial operation.

    Ultrabright Screen Ultimate Control

    An updated remote controller supports stable image transmission from up to 5 km away, 67% more than the previous generation. For increased productivity, one remote controller can operate multiple drones at once. The standard RTK high-precision positioning module implements centimeter-level operation planning. Additional enhancements include stronger signaling, anti-interference, and operational stability. A bright 5.5-inch screen delivers clear visuals , even in harsh lighting conditions. The new DJI Agriculture app provides a smooth user experience and more intuitive operation.

    Two Batteries + Charger for Continuous Operation

    With fewer supporting components needed, the Agras T30 is easier to transport. A newly designed intelligent battery is covered by warranty for 1,000 charges and 4,942 acres of flight; this ultra-long service life significantly reduces operating costs. The charging station and smart charging hub can fully charge a battery in 10 minutes, allowing for continuous operation with just two batteries and one charger. The standard safety box helps ensure battery safety and easy equipment storage.

    DJI Agras T30 Intelligent Flight Battery

    Capacity up to 29000 mAh
    1000 guaranteed charge cycles
    Waterproof and corrosion resistant.

    DJI Agras T30 Smart Charging Manager

    Charging power 7200W
    Super fast charging in 10 minutes
    Dual Channel Adaptive Power

    DJI D9000i Charging Station

    DC output 7200W
    Fuel tank 25 liters
    AC output 220
    Built-in starter at the push of a button

    Efficient Spray System

    This updated spreading system has a capacity of up to 40L a spreading width of up to 7 meters, and an hourly spreading capacity of 1 ton. This system also supports real-time weight monitoring and has an anti-rotation sensor, allowing more accurate refill alerts. The T30’s overall water-resistance rating of IP67 rating makes it washable and corrosion-resistant ideal for spraying of fertilizers, seeds, and feed. When used with digital agriculture solutions, the Agras T30 implements variable spreading, reducing fertilizer use while increasing yield.

    Cloud-Based 3D Farming: Digital Agriculture is Here

    With the Smart Agriculture Cloud Platform, users can perform cloud-based mapping of orchard and farmland scenarios to generate smart flightpaths. This platform is equipped with an AI recognition system to patrol fields, identify growth, monitor disease or pests, and monitor agricultural conditions efficiently. Pairing this system with the DJI P4 Multispectral allows users to apply solutions based on specific variables according to an automatically-generated farmland prescription map.

    GENERAL SPECIFICATIONS

    Hourly work efficiency 16 ha
    High-precision radar Spherical Omnidirectional Radar System
    Remote control planning accuracy RTK, GNSS
    Pipe air exhaust Yes
    3D operation planning by the AI smart engine Yes
    High-precision flowmeter Yes (Dual-channel electromagnetic flowmeter with an error of ±2%)
    Level gauge Continuous level gauge (with real-time pesticide load detection and intelligent supply-point prediction)
    Max spray flow 7.2L/min (with the XR11001 nozzle)
    8L/min (with the XR110015 optional nozzle)
    Pesticide tank installation method Stationary
    Battery installation method Removable batteries
    Single remote control for multiple drones Yes (Single remote control for up to three drones)
    D-RTK technology Yes
    Top-view radar module Yes
    Flight laser function Yes
    Intelligent endurance/return function Yes
    Intelligent supply-point prediction Yes
    Front-view FPV Yes
    Rear-view FPV Yes
    Coordinated turning function Yes
    Branch targeting technology Yes
    Dimensions in package, mm (L, W, H) T30: 738x677x683;
    Battery: 382x207x315;
    Charger: 355x258x375.

    AIRCRAFT CHARACTERISTICS

    Total weight (without batteries) 26.4 kg
    Max Takeoff Weight 76,5 kg (near sea level)
    Max thrust-to-weight ratio 1.70 @ takeoff weight of 66.5 kg
    Hovering precision (with good GNSS signal) With D-RTK enabled:
    ±10 cm (horizontal)
    ±10 cm (vertical)
    With D-RTK disabled:
    ±0.6m (horizontal)
    ±0.3m (vertical)
    (with the radar function enabled: ±0.1m)
    RTK and GNSS frequency bands RTK: GPS L1/L2, GLONASS F1/F2, BeiDou B1/B2, and Galileo E1/E5
    GNSS: GPS L1, GLONASS F1, and Galileo E1
    Maximum power consumption 13000 W
    Flight time [1] 20.5min (@29,000 mAh & takeoff weight of 36.5 kg)
    7.8min (@29,000 mAh & takeoff weight of 66.5 kg)
    Maximum pitch angle 15°
    Maximum operating flight speed 7 m/s
    Maximum level speed 10 m/s (with good GNSS signal)
    Maximum tolerable wind speed 8 m/s
    Maximum flight altitude 4,500m
    Recommended operating ambient humidity <93%
    Recommended operating ambient temperature 0℃ to 45℃

    OMNIDIRECTIONAL OBSTACLE AVOIDANCE RADAR

    Model RD2424R
    Operating Frequency SRRC/NCC/FCC: 24.05 - 24.25 GHz
    MIC/KCC/CE: 24.05 - 24.25 GHz
    Operating power consumption 12 W
    EIRP SRRC: < 13 dBm; NCC/MIC/KCC/CE/FCC:< 20 dBm
    Height maintenance and terrain adaptation [3] Height measurement range: 1-30 m
    Height-maintenance range: 1.5-15 m
    Maximum slope in mountain mode: 35°
    Obstacle avoidance system Perceivable distance: 1.5-30 m
    View angle (FOV): Horizontal: 360°, vertical: ±15°
    Conditions of use: The relative altitude of the drone must be greater than 1.5 m and the speed less than 7 m/s
    Safety distance: 2.5 m (drone is stopped and hovering)
    Distance between end of propeller and obstacle after hovering)
    Obstacle avoidance direction: Horizontally omnidirectional obstacle avoidance
    Water-resistance rating IP67

    TOP-VIEW RADAR

    Model RD2414U
    Operating Frequency SRRC/NCC/FCC: 24.05 - 24.25 GHz
    MIC/KCC/CE: 24.05 - 24.25 GHz
    Overhead obstacle avoidance [3] Perceivable distance: 1.5-10 m. View angle (FOV): 80°
    Conditions of use: During take-off, landing, and climbing when the relative distance between the drone and the object above is greater than 1.5 m
    Safety distance: 2 m (the distance between the highest point on the top of the drone and the obstacle after the drone brakes and hovers stably) Obstacle avoidance direction: Above the drone
    Water-resistance rating IP67
    EIRP SRRC: < 13 dBm; NCC/MIC/KCC/CE/FCC:< 20 dBm
    Operating power consumption 4 W

    SMART BATTERY OF THE REMOTE CONTROLLER

    Model WB37-4,920mAh-7.6V
    Battery Type 2S Lipo
    Capacity 4,920 mAh
    Voltage 7.6 V
    Energy 37.39 Wh
    Charging ambient temperature 5° to 40° C (41° to 104° F)
    Max. Battery Life 2 hours

    CHARGING HUB OF THE RC SMART BATTERY

    Model WCH2
    Input Voltage 17.3 - 26.2 V
    Output voltage 8.7V and 6A
    Operating Temperature 5° to 40° C (41° to 104° F)

    EXTERNAL SMART BATTERY OF THE RC

    Model WB37-4,920mAh-7.6V
    Battery Type 2S Lipo
    Capacity 4,920 mAh
    Voltage 7,6 V
    Energy 37.39 Wh
    Charging ambient temperature 5° to 40° C (41° to 104° F)
    Battery life 2 hours

    CHARGING HUB OF THE RC EXTERNAL SMART BATTERY

    Model WCH2
    Input Voltage 17.3 - 26.2 V
    Output Voltage and Current 8.7V and 6A
    Operating Temperature 5℃ - 40℃

    POWER ADAPTER OF THE RC EXTERNAL SMART BATTERY

    Model A14-057N1A
    Input Voltage 100 - 240V and 50/60 Hz
    Output voltage 17,4 V
    Rated Power 57 W

    T30 SMART CHARGING MANAGER

    Dimensions 300 × 280 × 230 mm
    Total weight 11.5 kg
    Input Voltage 100-264 Vac
    Output voltage 40-60 V
    Rated Power 7200 W
    Charging current 120 A
    Charging Time Fully charges a battery in 9 to 12 minutes
    Output channel quantity 2
    Protection Features Over-temperature, over-voltage, under-voltage, short-circuit, and fan stall protection
    Operating Temperature -20℃ to 45℃
    Charging safety AC wire protection, power wire protection, and charge connector protection

    CHASSIS PARAMETERS

    Max rotor distance 2145 mm
    Dimensions 2,858 mm × 2,685 mm × 790 mm (with arms and blades unfolded)
    2,030 mm × 1,866 mm × 790 mm (with arms unfolded and blades folded)
    1,170 mm × 670 mm × 857 mm (with arms folded)

    POWER SYSTEM - MOTOR

    Stator size 100×18 mm
    Maximum Power 3,600 W/rotor

    POWER SYSTEM - PROPELLERS

    Diameter × pitch 38×20 inch

    POWER SYSTEM - ESC

    Max operating current (continuous) 60 A

    FPV CAMERA

    View angle (FOV) Horizontal: 129°, vertical:82°
    Resolution 1,280×720 15-30 fps

    SPOTLIGHT

    Max light intensity 13.2 lux @ 5-meter direct light

    SPRAYING SYSTEM - OPERATION TANK

    Operation tank volume 30L at full load
    Operating load [2] 30 kg at full load

    SPRAYING SYSTEM - NOZZLES

    Nozzle model SX11001VS (standard)
    SX110015VS (optional)
    Fruit tree drones: TX-VK04 (optional)
    Nozzle quantity 16
    Maximum spray flow SX11001VS: 7.2L/min
    SX110015VS: 8L/min
    TX-VK4:3.6 L/min
    Atomized particle size SX11001VS : 130 - 250 μm
    SX110015VS : 170 - 265 μm
    TX-VK4: 110 - 135 μm
    (depending on the actual operating environment, spray flow, and other factors)
    Maximum effective spray width 4-9 m (with 12 nozzles and a distance of 1.5 to 3 meters to crops)

    SPRAYING SYSTEM - WATER PUMP

    Water pump model Plunger pump
    Operating voltage 60 V
    Maximum flow 4 L/min ×1

    SPRAYING SYSTEM - FLOWMETER

    Measuring Range 0.25 - 20 L/min
    Measurement error << ±2%
    Measurable liquid Conductivity > 50 μS/cm,
    typical liquids: Tap water
    or aqueous organic or inorganic pesticides

    SPREADING SYSTEM 3.0 AGRAS T30

    Spreading system weight 4,1 kg
    Applicable materials Solid dry particles with a diameter of 0.5 to 5 mm
    Spreading tank volume 40 L
    Max load of the spreading tank [2] 40 kg
    Water-resistance rating IP67
    Input Voltage Power: 60V
    Control: 15V
    Max Power 60V@250W
    15V@50W
    Recommended operating ambient temperature 0° to 40°C (32° to 104°F)
    Dimensions 560 × 435 × 320 mm

    REMOTE CONTROLLER

    Model RM500-ENT
    Operating frequency of the Ocusync Industry Edition 2.4000 - 2.4835 GHz
    Ocusync Industry Edition
    Effective signal range at the operating frequency (without interference and blockage)
    SRRC: 5 km MIC / KCC / CE: 4 km FCC: 7 km
    (measured when the operating height of the drone is 2.5 m)
    EIRP of the operating frequency of the Ocusync Industry Edition 2,4 GHz
    SRRC / CE / MIC / KCC: ≤20 dBm;
    FCC: ≤30,5 dBm;SRRC
    5,8 GHz:
    ≤21,5 dBm;
    NCC / FCC: ≤29,5 dBm
    CE: ≤14 dBm
    Wi-Fi Protocol Wi-Fi Direct, Wireless Display, and 802.11a/g/n/ac
    2 × 2 MIMO Wi-Fi
    Wi-Fi operating frequency 2.4000 - 2.4835 GHz
    Wi-Fi EIRP 2,4 GHz
    SRRC/CE: 18.5 dBm; FCC/MIC/KCC:20.5 dBm;
    Bluetooth Protocol Bluetooth 4.2
    Bluetooth Communication Frequency 2.4000 - 2.4835 GHz
    Bluetooth EIRP SRRC/MIC/FCC/CE/KCC:6.5 dBm
    Positioning GPS+GLONASS dual mode
    Display screen 5.5-inch screen with a resolution of 1920×1080,
    brightness of 1,000 cd/m²,
    and Android OS
    Operating memory (RAM) 4GB
    Storage space (ROM) A microSD card with 32 GB and extensible storage space for up to 128 GB, transfer speed rated as UHS-I Speed Grade 3
    HDMI HDMI 1.4
    Supported drones Unmanned aerial vehicles for plant protection T30,
    unmanned aerial vehicles for plant protection T10
    Operating power consumption 18 W
    Operating ambient temperature 0°C to 45°C
    Storage ambient temperature -30℃ to 60℃
    (with built-in batteries charged to 40% to 60% within 1 month)
    Charging ambient temperature 5℃ to 40℃

    BUILT-IN BATTERIES OF THE REMOTE CONTROLLER

    Built-in Battery 18650 lithium-ion battery (5,000 mAh at 7.2V)
    Battery life 2 hours
    Charging method Use a standard 12V/2A USB fast charger
    Charging Time 2.5 hours (use the 12V/2A USB fast charger when the remote control is powered off)
    Power supply current/voltage of the remote control USB-A port 5 V / 1.5 A

    DJI D9000I PETROL GENERATOR FOR AGRAS T30 CHARGING

    Dimensions 610 × 520 × 625 mm
    Weight 65 kg
    Output channel 1. DC output channel
    2. Auxiliary output AC 220V - 300W
    DC output parameters 40V - 60V
    120 A
    AC output parameters 220/100 V (depending on the region of operation)
    Charging power 7200 W
    Battery Charging Time A full battery charge cycle is 9-12 minutes for T30 batteries
    Fuel tank capacity 25 liters
    Launch Method Key start, manual start
    Voltage ripple when charging 200 mV
    Max engine displacement 420 CC
    Max engine power 9000 W
    Engine speed 3600 RPM
    Fuel type 92 octane gasoline
    Control fuel consumption 0.6 l/per T30 battery
    *charge from 30% to 95%
    Engine oil brand SAE 10W-30

    FOOTNOTES

    [1] Hover time measured near sea level with wind speeds less than 3 m/s, for reference only.
    [2] The DJI Agriculture app will intelligently recommend loading weight based on the current condition of the aircraft and the environment. The maximum weight of user-loaded materials must not exceed the recommended value, otherwise it may affect the safety of the flight.
    [3] The effective operating range of the radar module will vary depending on the material, position and shape of the target.
    All specifications are obtained in laboratory conditions and can only be used as reference data.

    Agras T30 × 1

    Remote Controller × 1

    Strap for Remote Controller × 1

    Power Supply × 1

    Remote Controller Battery WB37 × 1

    Charging Station × 1

    Charging station AC Power cable × 1

    USB-C cable × 1

    USB Charger × 1

    4G Modem × 1

    Tool set × 1

    A set of spare screws, nuts and other accessories × 1

    Nozzle kit × 1

    User manual and other documentation × 1

    Tool Case × 1

    RTK Modem × 1

    Aircraft

    1. How is the flight performance of the T30?

    Maximum flight altitude: 30 meters (Interim Provisions on UAV Flight Management (draft for comment)). Maximum communication range: 5,000 m (measured at a flight altitude of 2.5 m). Maximum flight speed: 10 m/s; maximum operational flight speed: 7 m/s. Hovering time: 20.5 minutes (at a takeoff weight of 36.5 kg); 7.8 minutes (at a takeoff weight of 66.5 kg).

    2. What is the operational efficiency of the T30?

    In an hour, a UAV can process an average of 6.7 hectares. In this case, the liquid consumption will be 11.9 liters per ha, the spray width will be 5 m, and the flight speed at a height of 2.5 m will be 5 m/s (18 km/h).

    3. What are the advantages of the T30 compared with the T20 agricultural drone?

    The T30 has a maximum load of 30 kg, an increase of 50%.

    The T30 is equipped with spherical omnidirectional obstacle avoidance radar, which supports omnidirectional obstacle avoidance in the horizontal and overhead directions and terrain adaptation and altitude maintenance functions in the downward direction.

    The T30’s spraying system adopts a high-flow plunger pump, high-precision electromagnetic flowmeter, high-pressure solenoid valve, and 16 nozzles in a more reasonable layout, each of which is controlled independently for more accurate control, a larger flow range, and more uniform application.

    The T30 supports branch targeting technology for better penetration when spraying fruit trees.

    The T30 comes with a front and rear dual-channel real-time image monitoring system for safer flight.

    4. In what direction do the T30’s blades rotate?
    5. In terms of the rotating direction and blade layout, what is the difference between the T30 and conventional six-rotor drones?

    The layout of the T30 increases downward wind field stability, resulting in fewer upward droplets, a larger effective spraying width, better droplet penetration, and more uniform distribution.

    6. Does the T30 allow you to use one remote control for multiple drones?

    Yes. You can use one remote control for up to three drones.

    7. Do users need to assemble the T30 by themselves?

    No. The user only needs to open the package and activate the drone. No assembly is required.

    8. Can the T30 be folded up?

    Yes. The drone can be quickly folded to 20% of its original size.

    9. Does the T30 support arms-in-place detection?

    Yes. With sensors mounted on its arms, the T30 can detect whether its arms are extended and locked in place, improving its safety during use.

    10. What is the safety distance for personnel when the T30 takes off and lands?

    At least 10 meters.

    Spraying system

    1. What’s the capacity of the T30’s operating tank? Can it be removed and replaced?

    The full capacity of the operating tank is 30 L. It cannot be quickly removed and replaced.

    2. Is the T30 operating tank exchangeable with those of T20, T16, and T10?

    No.

    3. What is the pump pressure range of the T30?

    2–4,5 kg/cm2.

    4. What is the maximum spraying volume per minute of the T30?

    SX11001VS: 7.2L/min

    SX110015VS: 8L/min

    TX-VK4:3.6 L/min

    5. Are the nozzles of the T30 exchangeable with those of the T20 and T16?

    The T30 supports the following nozzle models:

    SX11001VS (Standard)

    SX110015VS (Optional)

    Fruit Tree mode: TVK04 (Optional)

    6. What are the differences between the spraying systems of the T30 and T16?

    The all-new plunger pump produces a strong flow of 8 L/min. Independent control by means of 8 groups of solenoid valves provides more accurate spraying. The full-coverage spray by 16 nozzles ensures more uniform droplet distribution and no leakage during ultra-low flight. The intelligent continuous liquid level meter provides real-time detection of the remaining pesticide volume.

    7. Can the T30 intelligently predict refilling points?

    Yes. The T30 detects the remaining pesticide level in the tank in real time and intelligently plans refilling points. This will significantly improve the efficiency of battery charging and tank refills.

    8. What models are supported by the T-Series Spreading System 3.0?

    It supports the T30 and T10, which are equipped with 40L and 12L tanks, respectively.

    9. What solid particles can be distributed with the T-Series Spreading System 3.0?

    Solid dry particles with a diameter of 0.5-5 mm can be spread.

    10. What are the protective ratings of the T-Series Spreading System 3.0?

    The Spreading System 3.0 has IP67 water-resistance. Improved resistance to corrosion and abrasion.

    11. Does the T-Series Spreading System 3.0 provide an increased flow rate?

    Compared to the Spreading System 2.0, the maximum bin opening area of the Spreading System 3.0 has increased by 38% (from 32.3cm² to 44.6cm²).

    12. Has the tank empty detection function of the T-Series Spreading System 3.0 been improved?

    In Spreading System 3.0, the structure and algorithm of the tank empty detection device were optimized to improve the detection accuracy and timeliness.

    13. Is it easier to load materials into the T-Series Spreading System 3.0?

    The T30’s Spreading System 3.0 features a flip-top tank with a larger opening for easier loading.

    Radar

    1. What features does T30’s spherical omnidirectional obstacle avoidance radar support?

    1. It supports omnidirectional obstacle avoidance in the horizontal and overhead directions.

    2. It supports automatic obstacle avoidance in the horizontal direction.

    3. It supports precise height maintenance in the downward direction for terrain adaptation during flight.

    2. Is the T30’s spherical omnidirectional obstacle avoidance radar exchangeable with that of the T20, T16, or T10?

    The T30 omnidirectional digital radar is exchangeable with that of the T10, but not the T20 or T16. Other options are not allowed.

    3. What is the obstacle avoidance distance of the T30?

    The T30 will start to decelerate when its radar detects an obstacle with a diameter above 1 cm that is 15 meters away. Then, it will start to detour around the obstacle when it is about 6 meters away, or hover with the tip of the blade about 2.5 meters away from the obstacle.

    4. What features does the T30’s upward-looking radar support?

    The upward-looking radar can detect obstacles above the drone in real time and hover precisely to avoid obstacles when rising.

    5. What is the detection angle and distance of the T30’s upward-looking radar?

    Perceivable distance: 1.5 to 10 meters.

    FOV:80°.

    6. Does the T30 support obstacle avoidance when flying over complex mountainous terrain?

    Yes.

    7. Can users adjust the obstacle avoidance sensitivity and side detection distance of the T30’s radar based on their individual needs?

    Yes. Users can set the obstacle avoidance sensitivity in the app based on their actual needs.

    Fruit Tree mode

    1. Does the T30 support fully autonomous operation in Fruit Tree mode?

    Yes. After the orthoimage of the operation area is obtained with the Phantom 4 RTK, map the operation area with DJI Terra, which supports the Fruit Tree mode. After the operation area is selected, the AI system will automatically identify the properties of crops and obstacles in the area and automatically generate a 3D operation route with six optional route planning and spraying combinations. After downloading the 3D route, the agricultural drone can carry out the operation.

    2. In which scenarios should Fruit Tree mode be used?

    Fruit Tree mode not only allows normal operation in flat orchards, but also applies to the operations in mountainous areas and slopes with large changes in height, such as tea plantations, orange orchards, and peach orchards located in mountainous regions.

    3. What computer configuration is recommended for Fruit Tree mode?

    DJI Terra requires Windows 7 or later (64-bit).

    4. How does the T30 perform branch targeting?

    The form of the T30 can be changed by adjusting the arms for branch targeting, allowing the sprayed droplets to penetrate fruit trees along their branches.

    5. How does T30’s branch targeting technology improve its performance?

    The T30’s branch targeting technology allows the liquid to flow down along the branches in order to penetrate the fruit tree canopy, thus increasing the application amount on both the front and back of the leaves. In addition, the spraying system adopts a new plunger pump with a maximum flow rate of 8 L/min and TX-VK 04 nozzles for small droplets and high flow.

    6. What operating modes does T30’s branch targeting technology support?

    You can use branch targeting in all the operation modes of the T30, but we only recommend it for orchard spraying operations in the Fruit Tree mode 3.0.

    7. Can T30 work on the plots planned for the T20, T16, and T10?

    Yes. Please check the operating parameters such as safety distance, track spacing, and flight speed before operation.

    8. How do you enable and use the branch targeting technology?

    To adjust the arms and change the form of the T30, please contact your local dealer.

    Battery & Charger

    1. Is T30’s smart flight battery exchangeable with those of T20, T16, and T10?

    No.

    2. How long is the service life of the T30’s battery?

    The T30 smart flight battery is warrantied for 1,000 cycles, with charging/discharging of at least 75% counted as one cycle.

    3. Can the T30 smart charging manager be used to charge the batteries of the T20, T16, and T10?

    No.

    4. How long does the T30 smart charge manager need to charge the T30’s smart flight battery?

    When two AC power lines are connected, it can fully charge a battery in 9-12 minutes.

    When one AC power line is connected, it can fully charge a battery in 18-25 minutes.

    The smart charge manager dynamically adjusts the charging power based on the environment, so the actual charging time will vary.

    Variable-frequency charging station

    1. How long does the D9000i variable-frequency charging station take to charge the T30 smart flight battery?

    It can fully charge a battery in 9-12 minutes. The variable-frequency charging station adjusts the charging power dynamically based on the environment, so the actual charging time will vary.

    2. What fuel does the D9000i variable-frequency charging station use?

    92# gasoline is recommended.

    3. Does the D9000i variable-frequency charging station support 220V AC output?

    Yes. It supports 220V AC output with a maximum power of 300W.

    4. Can the D9000i variable-frequency charging station charge the smart flight batteries of the T20, T16, and T10?

    No.

    5. Does the D9000i variable-frequency charging station support one-button startup?

    Yes (connection to the smart flight battery is required).

    6. What is the working fuel consumption of the D9000i variable-frequency charging station?

    About 0.6 L per T30 smart battery in of cyclic charging

    *Charged from 30% to 95%

    Remote Controller

    1. How long is the battery life of the T30’s remote control?

    The remote control supports both internal and external batteries and can operate 2 hours with the former and another 2 hours with the latter.

    2. Is the remote control of the T30 exchangeable with those of the T20, T16, or T10?

    The remote control of the T30 is exchangeable with that of the T10, but not with those of the T20 and T16.

    3. Is the RTK high-precision positioning module standard for the T30 remote control?

    Yes. The external RTK high-precision positioning module provides the remote control with high-precision positioning information precise to the centime meter. This allows accurate work planning and improves operation efficiency and flight safety.

    4. Does the T30 remote control provide upgraded protection?

    The T30 remote control has a protective case for the external battery, and the keys are dust-proof for better protection.

    5. Can the front and rear views of the T30’s dual-channel real-time image monitoring system be displayed simultaneously?

    Yes.

    Smart Agriculture Cloud Platform

    1. Can photos taken by the Phantom 4 RTK be reconstructed in the cloud?

    Yes. Farm scenarios and the fruit tree scenarios can be reconstructed in the smart agriculture cloud platform. Please go to the official website for news about the launch time.

    2. Can photos taken by the Phantom 4 Multispectrum Edition be reconstructed in the cloud?

    Yes. 

    3. With the Smart Agriculture Cloud Platform, is it possible to perform mapping and route planning without high-performance computers?

    Yes. Route planning can be performed on your mobile phone, tablet, or personal computer.

    Shopping cart
    Sign in

    No account yet?

    Create an Account
    Product Categories
    Follow:

    DJI Agras T30

    Cookies
    We use cookies to improve your experience on our website. By browsing this website, you agree to our use of cookies.
    Accept