Weight

• Firstly, the unit weighs 42.5 kg without batteries.

• However, with two DB2000 batteries, the total weight increases to 65 kg.

Max Takeoff Weight

• At sea level, it supports a maximum takeoff weight of 95 kg, ensuring robust payload capacity.

Max Diagonal Wheelbase

• Consequently, it features a large 2200 mm diagonal wheelbase for added stability.

Dimensions

• When arms are unfolded and propellers folded, it measures 1590 x 1900 x 947 mm (L×W×H).

• In contrast, when both arms and propellers are fully unfolded, dimensions expand to 2800 x 3085 x 947 mm.

• Conversely, with both arms and propellers folded, it compacts down to just 1115 x 760 x 1027 mm.

Folding Method

• Notably, the arms fold toward the body for compact storage and easy transport.

Loadable Battery Quantity

• Importantly, it supports two batteries to enable extended flight performance.

Hovering Endurance (Empty Weight, Max Battery)

• Under optimal conditions, it hovers for up to 29 minutes in dual battery mode.

• On the other hand, in single battery mode, the endurance is reduced to 15 minutes.
  Note: Data collected at sea level with no wind; for reference only.

Hovering Endurance (Max Weight, Max Battery)

• Impressively, with a 30 kg payload and dual batteries, it can hover for up to 18 minutes.

• However, with a heavier 40 kg payload and a single battery, it lasts for 8 minutes.
  Note: Data collected in controlled, windless conditions at zero altitude.

Max Flight Distance (Empty Weight, Max Battery)

• With dual batteries, it can cover a distance of up to 28 km.

• Alternatively, in single battery mode, the max range drops to 12 km.
  Note: Data based on constant speed of 15 m/s in calm conditions.

Max Flight Distance (Max Weight, Max Battery)

• When carrying 30 kg, it flies up to 16 km in dual battery mode.

• Meanwhile, with a 40 kg load on a single battery, the max distance is 8 km.
  Note: Based on constant speed and zero altitude, for reference only.

Max Flight Time (Max Weight, Max Battery)

• Specifically, at 30 kg load, it can fly for 18 minutes using two batteries.

• In comparison, with 40 kg and one battery, flight time drops to 9 minutes.
  Note: Test conditions were calm with a constant 15 m/s flight speed.

Operating Temperature

• It operates reliably in a wide range, from -20°C to 45°C, making it suitable for diverse environments.

Ingress Protection Rating

• For added durability, the drone meets IP55 standards for dust and water resistance.

Hovering Accuracy (with strong GNSS signal)

• With RTK enabled, it achieves ±10 cm horizontal and vertical accuracy.

• Without RTK but with radar, the accuracy is ±60 cm horizontally and ±30 cm vertically; radar improves vertical accuracy to ±10 cm.

RTK/GNSS Operating Frequency

• RTK supports multiple bands including GPS L1/L2, Galileo F1/F2, BeiDou B1I/B2I/B3I, and QZSS L1/L2.

• Meanwhile, GNSS operates on GPS L1, BeiDou B1I, Galileo F1, and QZSS L1 for consistent positioning.

Max Pitch Angle

• It maintains stability even at a steep pitch angle of up to 30°.

Max Ascent Speed

• Impressively, it ascends at a rate of 5 m/s with a 30 kg payload.
  Note: Measured in a windless, sea-level environment.

Max Descent Speed

• Vertically, it descends at 3 m/s, while tilted descent reaches up to 5 m/s.
  Note: Based on 30 kg payload in calm conditions.

Max Horizontal Speed

• For swift missions, it can fly horizontally at a speed of 20 m/s.
  Note: Tested at zero altitude with 30 kg load.

Max Flight Altitude

• Additionally, it can fly up to 6000 meters above sea level without a payload.

Max Wind Speed Resistance

• Finally, it withstands wind speeds up to 12 m/s, ensuring stability during takeoff and landing.

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Stator Size

• To start with, the stator measures 100×33 mm, providing a solid foundation for high-torque performance.

Motor KV Value

• Additionally, the motor operates at a KV value of 48 rpm/V, delivering stable and efficient rotation for heavy lifting.

Max Motor Power

• In terms of power output, each rotor can deliver up to 4000 W, which ensures powerful thrust during takeoff and transport.

Propeller Material

• Furthermore, the propellers are constructed from carbon fiber composite, offering both durability and lightweight efficiency.

Propeller Diameter

• With a 54-inch diameter, the propellers provide excellent lift and air displacement for improved stability.

Propeller Type

• Moreover, they feature a foldable double-blade design, which allows for easy storage and rapid deployment.

Main-Rotor Diameter

• The main rotor spans 1375 mm, maximizing aerodynamic performance across all flight stages.

Rotor Quantity

• Notably, the drone includes 8 rotors, enhancing redundancy and flight stability, especially when carrying heavy loads.

Integrated LED Light Specifications

Effective Illumination Distance

• When it comes to lighting, the built-in LED offers an effective illumination range of up to 10 meters, ensuring visibility in low-light conditions.

Illumination Mode

• Additionally, the light operates at 60 Hz and can automatically switch on based on ambient light, supporting safe operation during dusk, dawn, or night.

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Model

• To begin with, the transmission module model is identified as Pigeon (with DDR)-2T4R, designed for robust and reliable long-range communication.

Signal Effective Distance

• In optimal conditions, the system achieves a signal transmission distance of up to 20 km (FCC).

• Meanwhile, under CE/SRRC/MIC regulations, it can reach up to 8 km.

• Note: These distances are measured in unobstructed environments with typical interference. Actual performance may vary due to local obstructions or electromagnetic conditions. Always follow the in-app alerts and regional regulations.

O3 Operating Frequency

• Moreover, the O3 transmission system operates across two key frequency bands:

  • 2.4000 to 2.4835 GHz

  • 5.725 to 5.850 GHz

• Keep in mind: Not all countries support the 5.8 GHz frequency band. Be sure to check and comply with local flight laws and frequency usage regulations.

EIRP (Effective Isotropic Radiated Power)

• Additionally, the EIRP specifications are as follows:

  • 2.400 GHz – 2.4835 GHz:

    • <33 dBm (FCC)

    • <20 dBm (CE/SRRC/MIC)

  • 5.725 GHz – 5.850 GHz:

    • <33 dBm (FCC)

    • <30 dBm (SRRC)

    • <14 dBm (CE)

Data Security

• In terms of cybersecurity, the system supports AES-256 encryption, providing military-grade protection for all transmitted data and flight logs.

ADS-B Support

• Lastly, the FlyCart 30 is equipped with ADS-B (Automatic Dependent Surveillance–Broadcast) support, enhancing airspace safety by detecting nearby manned aircraft.

Model Number

• To start with, the obstacle detection system comprises two radar modules:

  • RD241608RF for forward sensing

  • RD241608RB for backward sensing

• These advanced radar modules work in tandem to provide full environmental awareness in dynamic flight conditions.

Altitude Detection

• Moreover, the FlyCart 30 supports fixed altitude detection ranging from 1.5 to 200 meters, ensuring precise low-altitude flight—especially critical for tasks like spraying or low-pass deliveries.

Rear Obstacle Avoidance

• Additionally, the system includes rear obstacle sensing capabilities with an effective range of 1.5 to 50 meters, enhancing safety during reverse movement and landing.

Field of View (FOV)

• The system also boasts impressive coverage:

  • Forward Sensing: 360° horizontal, ±45° vertical, and ±45° upward FOV

  • Backward Sensing: ±45° horizontal and 360° vertical FOV

• This wide-angle coverage allows the FlyCart 30 to detect and avoid obstacles in complex three-dimensional environments.

Operating Conditions

• Furthermore, obstacle sensing remains active during takeoff, landing, and ascending, provided any detected object is more than 1.5 meters away from the aircraft.

Safe Distance

• For added safety, the system maintains a safe hover distance of 3.5 meters, calculated from the propeller tip to the obstacle after braking.

Sensing Direction

• Lastly, the FlyCart 30 offers multi-directional sensing, delivering robust obstacle awareness in both forward and backward directions—perfect for navigating challenging terrains and tight farming corridors.

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Dimensions:
The FlyCart 30 measures 754 x 472 x 385 mm (L x W x H). Meanwhile, its inner space is slightly smaller, at 573 x 416 x 305 mm (L x W x H). These dimensions provide ample room for liquid storage and equipment.

Material:
It features a durable build made from EPP combined with an aluminum alloy frame. As a result, the FlyCart 30 balances lightweight design with robust strength.

Weighing Feature:
Importantly, it supports a weighing feature. This allows for accurate measurement of the liquid load during operation.

Weight:
The unit itself weighs approximately 3 kg. Therefore, it remains easy to handle and transport around the farm.

Load Capacity:
The FlyCart 30 can carry loads ranging from 0 up to 40 kg. Consequently, it handles a wide range of liquids and materials efficiently.

Max Payload

• First and foremost, the parachute system supports a maximum payload of up to 95 kg, ensuring reliable safety for heavy drone operations.

Dimension

• Additionally, the parachute measures 300 x 200 x 120 mm (LxWxH), making it compact yet effective for emergency deployment.

Weight

• Furthermore, the system weighs approximately 2.1 kg, balancing lightweight design with robust construction.

Automatic Reaction Time

• Impressively, the parachute features an automatic reaction time of around 1000 milliseconds, allowing for rapid deployment during emergencies.

Descending Speed

• Moreover, the descending speed is controlled at 6 meters per second or less (measured at sea level with no wind), ensuring a safe and gradual landing.

Parachute Shape and Material

• Notably, it uses a square-shaped parachute crafted from durable nylon material, combining stability and resilience in critical moments.

Surface Area

• The parachute boasts a substantial surface area of approximately 22 square meters, which aids in effective deceleration.

Minimum Opening Height

• Importantly, the parachute requires a minimum opening height of 60 meters to activate properly and secure the drone.

Operating Temperature

• It functions reliably across a broad temperature range from -20° to 45° Celsius, suitable for diverse environments.

Ingress Protection Rating

• Additionally, the system carries an IP55 rating, offering protection against dust and water jets to ensure durability.

Mainboard Power-off Battery Life

• Even after power-off, the mainboard battery lasts for at least 1 hour, guaranteeing readiness when needed.

Memory Card Capacity

• The system can record real-time data for up to 10 flights, supporting flight analysis and safety audits.

Buzzar and Lighting Alarms

• Both buzzar and lighting alarms are supported, providing audible and visual warnings to operators.

Manual and Automatic Opening

• Finally, the parachute system supports both manual and automatic opening, giving operators flexible control in emergency scenarios.

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Model

• To begin with, the winch model is designated as A2EWI-30A, designed specifically for precision and reliability.

Dimension

• Moreover, it measures 252 x 195 x 193 mm (LxWxH), making it compact enough for efficient integration.

Body Weight

• Additionally, the main body weighs approximately 2.5 kg, excluding the clump and couple weights, balancing strength with portability.

Clump and Couple Weight

• The clump weighs 1.9 kg, while the couple weighs 0.6 kg, ensuring stability during operation.

Touchdown Release Feature

• Importantly, the system supports a touchdown release feature, enabling smooth payload release when needed.

Payload Capacity

• It offers flexible payload capacities: 5 to 30 kg with dual battery mode and 5 to 40 kg with single battery mode, accommodating various operational requirements.

Cable Length

• The winch comes equipped with a 20-meter cable, providing ample reach for diverse applications.

Max Retraction Speed

• Additionally, the cable retracts at a maximum speed of 0.8 meters per second, ensuring timely and controlled operation.

Operating Temperature

• The winch operates efficiently in temperatures ranging from -20° to 45° Celsius, suitable for multiple environmental conditions.

Ingress Protection Rating

• Furthermore, it carries an IP55 rating, offering protection against dust and water jets for reliable outdoor use.

Weighing Function

• Notably, the device supports a weighing function, allowing for precise measurement of payload weight.

Cut Cable Protection

• For safety, it features cut cable protection, preventing accidents or operational failures.

Swing Control Feature

• Additionally, a swing control feature is included to maintain stability during payload movement.

Manual and Automatic Operation

• The winch supports both manual and automatic operations, offering flexibility to the operator.

Deceleration Protection

• Finally, it includes deceleration protection, ensuring smooth and safe cable retraction to prevent damage.

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Model

• To begin with, the battery model is designated as DB2000, specifically engineered for DJI FlyCart 30.

Capacity

• More importantly, it boasts a high capacity of 38,000 mAh, ensuring extended operational time for demanding tasks.

Nominal Voltage

• Furthermore, it delivers a nominal voltage of 52.22 V, providing stable and consistent power output.

Type

• In terms of configuration, it uses a 14S1P cell arrangement, which balances performance and reliability.

Energy

• As a result, it offers a substantial energy rating of 1984.4 Wh, enabling long-duration flights under load.

Weight

• Despite its high capacity, it weighs approximately 11.3 kg, offering a balanced trade-off between power and portability.

Installation Method

• For convenience, the installation is handled via a simple plug-in method, allowing for quick swapping in the field.

Dimension

• Specifically, the battery measures 316 × 152 × 279 mm (L × W × H), making it compact enough for transport and integration.

Operating Temperature

• Impressively, it operates across a wide temperature range of -20°C to 45°C, suitable for diverse climates and seasons.

Charging Rate

• Additionally, it supports a charging rate of 1.0C between 5°C to 15°C, and a faster 2.5C rate from 15°C to 45°C, adapting intelligently to environmental conditions.

Max Charging Power

• At peak performance, it can handle a maximum charging power of 5700 W, reducing downtime between missions.

Automatic Heating Feature

• Most notably, it includes an automatic self-heating function for cold-weather reliability. When the battery temperature is below 10°C, holding the button or turning on the drone activates heating.

• Moreover, when the battery is below 20°C, simply connecting it to the charger will also trigger self-heating.
  Do note: Charging or discharging in low temperatures may reduce battery lifespan over time.

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Model

• Firstly, the power supply model is identified as CHX101-7000, engineered for robust performance.

Input Voltage

• It accepts a wide input voltage range of 90 to 264 V AC, making it versatile for various power sources.

Output Voltage

• Consequently, the output voltage ranges from 42 to 59.92 V DC, ensuring stable power delivery to the drone system.

Max Output Power

• Impressively, it provides a maximum output power of 7200 W when using dual input, and 3600 W with single input, supporting high-demand operations.

Output Channel Quantity

• Additionally, the device features 2 output channels, allowing simultaneous power delivery to multiple components.

Protection Features

• Importantly, the power supply includes comprehensive protection mechanisms designed to respond to overheating, overvoltage, undervoltage, short circuits, fan stalls, and other potential issues, ensuring safe and reliable operation.

Operating Temperature

• The unit operates efficiently within a temperature range of -20° to 45° Celsius, suitable for diverse environments.

Charging Security

• Moreover, it is equipped with a connector protection feature, enhancing charging safety and preventing accidental disconnections.

DJI RC Plus Remote Controller Specifications

Type

• To begin with, the controller type is the advanced DJI RC Plus, designed for seamless drone operation.

App Compatibility

• Furthermore, it operates with the DJI Pilot 2 app, providing comprehensive control and monitoring capabilities.

Operating Frequency

• The controller functions over dual frequency bands, specifically 2.400 to 2.483 GHz and 5.725 to 5.850 GHz, allowing flexible connectivity.

EIRP (Effective Isotropic Radiated Power)

• Specifically, for the 2.400 to 2.4835 GHz range, the EIRP is regulated at <33 dBm (FCC) and <20 dBm (CE/SRRC/MIC). Meanwhile, the 5.725 to 5.850 GHz band outputs <33 dBm (FCC), <23 dBm (SRRC), and <14 dBm (CE) respectively, ensuring compliance with regional standards.

Operating Temperature

• Notably, the controller operates efficiently between -20° to 50° Celsius, suitable for diverse environmental conditions.

Charging Environment Temperature

• Moreover, the recommended charging environment is between 5° to 40° Celsius, optimizing battery health.

Built-in Battery Life

• Impressively, the built-in battery provides up to 3.3 hours of continuous use.

External Battery Life

• Additionally, an external battery can extend usage by 2.7 hours, enabling longer missions.

Charging Method

• For charging, use a USB-C fast charging charger with a minimum power of 65 W and a maximum voltage of 20 V; DJI recommends their portable chargers for best results.

Charging Time

• Typically, it takes 2 hours to fully charge the built-in battery, and 2.5 hours when charging both built-in and external batteries simultaneously (when powered off).

Ingress Protection Rating

• The controller boasts an IP54 rating, providing resistance against dust and splashes.

Video Output Interface

• For visual monitoring, the controller includes an HDMI video output interface.

Wi-Fi Protocol and Frequency

• It supports Wi-Fi 6 protocol and works on frequencies of 2.4000-2.4835 GHz, 5.150-5.250 GHz, and 5.725-5.850 GHz for fast and stable connections.

Bluetooth Protocol and Frequency

• Additionally, it features Bluetooth 5.1 operating within the 2.4000 – 2.4835 GHz frequency band, with an EIRP of <10 dBm.

GNSS Support

• The device supports GPS, Galileo, and BeiDou satellite systems for accurate positioning.

Screen

• Equipped with a 7.02-inch touch LCD display, it offers a high resolution of 1920 x 1200 pixels and a brightness of 1200 nits, ensuring clear visibility even in bright sunlight.

Dual Operator Mode

• Finally, it supports dual operator mode, enhancing flight control by allowing two users to manage different aspects of drone operation simultaneously.

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1. How much liquid can the FlyCart 30 hold?
   The FlyCart 30 holds up to 30 liters of liquid. Therefore, it is ideal for covering large areas efficiently. Consequently, you won’t need frequent refills during use.

2. Which drones is it compatible with?
   The FlyCart 30 works seamlessly with DJI Agras drones. This compatibility ensures quick and easy refills. Moreover, it enhances operational efficiency in agricultural tasks.

3. What types of liquids can it carry?
   It can carry a variety of agricultural liquids. For example, fertilizers, pesticides, herbicides, and other crop treatment solutions. As a result, it meets the diverse needs of modern farming.

4. Is it easy to use?
   Yes, it is very user-friendly. In fact, anyone can operate it without special training. Plus, the simple interface reduces setup time and user errors.

5. Does it require electricity to run?
   The FlyCart 30 includes a built-in rechargeable battery. Therefore, it powers the pump without needing an external power source. This feature adds convenience during field operations.

6. Is it safe to use?
   Absolutely, safety is a priority. It comes equipped with safety locks and an emergency stop button. These features help prevent spills and accidents during refills.

7. Can it be used in rough outdoor conditions?
   Yes, it is built tough. It handles rough terrain and adverse weather with ease. Hence, it withstands the typical demands of farm life.

8. Is it portable?
   Despite holding 30 liters, it remains compact and lightweight. Consequently, it is easy to move around the farm. This portability supports flexible and efficient workflow.