DJI FlyCart 30- New delivery drone from DJI

        Introducing the Conceptual DJI FlyCart 30: A Transformative Accessory for Agricultural Drone Operations

The DJI FlyCart 30 is poised to revolutionize the way agricultural drone operations are conducted, offering a groundbreaking solution that elevates efficiency and effectiveness to unprecedented levels. This conceptual accessory, meticulously designed to integrate with DJI Agras drones, brings a new dimension of capability to the agricultural sector. With a robust capacity to transport up to 30 liters of liquid payload, the FlyCart 30 stands as an indispensable tool for executing large-scale spraying tasks with unparalleled ease and precision.

Redefining Agricultural Drone Efficiency

The DJI FlyCart 30 is engineered to meet the rigorous demands of modern farming, where large-scale operations require equipment that is both reliable and highly efficient. This innovative cart is constructed to endure the harshest agricultural environments, ensuring that it can navigate through rough terrains and withstand challenging conditions without compromising performance. The durable design of the FlyCart 30 guarantees that it will be a reliable companion in any farming operation, providing consistent results across various landscapes and weather conditions.

Seamless Integration and Operational Fluidity

One of the standout features of the DJI FlyCart 30 is its seamless integration with DJI Agras drones. This integration is not merely about compatibility; it’s about enhancing the entire operational workflow. The FlyCart 30 is designed to facilitate a swift and efficient refilling process, which significantly reduces downtime. In the world of agriculture, time is a critical factor, and the ability to quickly prepare drones for their next flight can make a substantial difference in productivity. With the FlyCart 30, farmers can maximize their aerial spraying operations, covering vast expanses of farmland without the constant interruption of refilling, thereby boosting overall efficiency.

Versatility and Adaptability in Liquid Transport

The FlyCart 30 is not just about capacity; it’s about versatility. Engineered with an adjustable design, this cart can accommodate a wide range of liquid payloads, from fertilizers to pesticides, adapting to the diverse needs of various agricultural applications. This adaptability is crucial in modern farming, where different crops require specific treatments at different stages of growth. The FlyCart 30 offers farmers the flexibility to tailor their operations to meet these specific needs, ensuring that every drop of liquid is used effectively and efficiently.

User-Centric Design for Simplified Operations

The DJI FlyCart 30 is designed with the end-user in mind, featuring a user-centric interface that simplifies operation. Whether you’re a seasoned farmer with years of experience in drone technology or a newcomer to the field, the FlyCart 30’s intuitive controls ensure that you can harness its full potential with ease. The integration of a battery-powered pump further enhances this user-friendly approach, eliminating the need for manual effort in the refilling process. This autonomous feature streamlines operations, allowing drones to be quickly prepared for their next task, keeping them in the air where they belong—serving the critical needs of modern agriculture.

Advanced Safety Features for Secure Operations

Safety is a paramount concern in any agricultural operation, and the DJI FlyCart 30 does not compromise in this area. Equipped with built-in safety locks and an emergency stop function, the FlyCart 30 ensures the safety of both the operator and the surrounding environment. These features are designed to prevent accidents and provide peace of mind during intensive agricultural tasks. Whether operating in the early hours of the morning or late into the evening, farmers can trust that the FlyCart 30 will perform its duties securely and reliably.

Eco-Friendly Operations for a Sustainable Future

In today’s world, sustainability is not just a buzzword; it’s a necessity. The DJI FlyCart 30 is designed with eco-friendly operations in mind, emphasizing minimal environmental impact. Its efficient design focuses on waste reduction, ensuring that every operation is conducted with the least possible ecological footprint. This commitment to sustainability aligns with the broader goals of modern agriculture, which increasingly prioritize eco-friendly practices to ensure the long-term health of the planet.

Compact Design for Maximum Portability

Despite its powerful capabilities, the DJI FlyCart 30 is designed to be compact and portable. This lightweight design ensures that the cart can be easily transported across various farm locations, enhancing logistical efficiency. For farmers managing extensive agricultural landscapes, this portability is invaluable, allowing them to quickly and easily move the FlyCart 30 wherever it’s needed most. This flexibility not only saves time but also ensures that every corner of the farm receives the attention it needs.

Pioneering the Future of Smart Farming

As a speculative addition to the DJI ecosystem, the FlyCart 30 represents more than just a new piece of equipment—it embodies the future of smart farming. In an industry where technological advancements are rapidly changing the landscape, the FlyCart 30 offers farmers the tools they need to stay ahead of the curve. By providing a solution that combines mobility, convenience, and efficiency, the FlyCart 30 allows farmers to meet the demands of modern agriculture with confidence and ease.

The Potential Impact on Agricultural Drone Operations

The potential impact of the DJI FlyCart 30 on agricultural drone operations cannot be overstated. By offering a solution that enhances efficiency, safety, and sustainability, the FlyCart 30 addresses the key challenges faced by farmers today. Its introduction could lead to significant improvements in the way agricultural tasks are performed, allowing for more precise, efficient, and environmentally friendly operations. For farmers, this means better crop management, higher yields, and a more sustainable approach to farming—an outcome that benefits not only the individual farmer but also the broader agricultural community.

Conclusion: A Vision of the Future

In conclusion, the DJI FlyCart 30 is a visionary concept that has the potential to transform agricultural drone operations. With its advanced features and thoughtful design, it offers a blend of functionality and innovation that is perfectly aligned with the needs of contemporary precision farming. As agriculture continues to evolve, tools like the FlyCart 30 will play a crucial role in shaping the future of the industry, providing farmers with the resources they need to thrive in an increasingly complex and demanding environment. Whether it’s enhancing productivity, ensuring safety, or promoting sustainability, the DJI FlyCart 30 is poised to become an indispensable tool in the future of smart farming.

 

 

Aircraft

• Weight

• 42.5 kg (without battery)
  65 kg (with two DB2000 batteries)

• Max Takeoff Weight

• 95 kg (with cargo at sea level）

• Max Diagonal Wheelbase

• 2200 mm

• Dimensions

• 1590 x 1900 x 947 mm
  (LxWxH) (arms unfolded, propellers folded)
  2800x3085x947 mm
  (LxWxH) (arms & propellers unfolded)
  1115x760x1027 mm
  (LxWxH) (arms & propellers folded)

• Folding Method

• Towards body

• Loadable Battery Quantity

• 2

• Hovering Endurance (empty weight, with max battery capacity)

• 29 mins (dual battery mode)
  15 mins (single battery mode)^{*The data was collected in controlled conditions: zero altitude and a windless environment. For reference only.}

• Hovering Endurance (max weight, with max battery capacity)

• 18 mins (30 kg weight load, dual battery mode)
  8 mins (40 kg weight load, single battery mode)^{*The data was collected in controlled conditions: zero altitude and a windless environment. For reference only.}

• Max Flight Distance (empty weight, with max battery capacity)

• 28 km (dual battery mode)
  12 km (single battery mode)^{*The data was collected in controlled conditions: zero altitude and windless environment, at a constant speed of 15m/s. For reference only.}

• Max Flight Distance (max weight, with max battery capacity)

• 16 km (30 kg weight load, dual battery mode)
  8 km (40 kg weight load, single battery mode)^{*The data was collected in controlled conditions: zero altitude and windless environment, at a constant speed of 15 m/s. For reference only.}

• Max Flight Time (max weight, with max battery capacity)

• 18 mins (30 kg weight load, dual battery mode)
  9 mins (40 kg weight load, single battery mode)^{*The data was collected in controlled conditions: zero altitude and a windless environment, at a constant speed of 15 m/s. For reference only.}

• Operating Temperature

• -20° to 45° C

• Ingress Protection Rating

• IP55

• Hovering Accuracy (with strong GNSS signal)

• RTK positioning enabled:
  ±10 cm horizontal, ±10 cm verticalRTK positioning disabled:
  ±60 cm horizontal and ±30 cm vertical (radar enabled: ±10 cm)

• RTK/GNSS Operating Frequency

• RTK: GPS L1/L2, Galileo F1/F2, BeiDou B1I/B2I/B3I, Galieo E1/E5b, QZSS L1/L2
  GNSS: GPS L1, BeiDou B1I, Galileo F1, Galieo E1, QZSS L1

• Max Pitch Angle

• 30°

• Max Ascent Speed

• 5 m/s^{*The data was collected in controlled conditions: zero altitude and a windless environment, with a 30 kg payload. For reference only.}

• Max Descent Speed

• 3 m/s (vertical)
  5 m/s (tilted)^{*The data was collected in controlled conditions: zero altitude and a windless environment, with a 30 kg payload. For reference only.}

• Max Horizontal Speed

• 20 m/s^{*The data was collected in controlled conditions: zero altitude and a windless environment, with a 30 kg payload, for reference only.}

• Max Flight Altitude

• 6000 m (without payload)

• Max Wind Speed Resistance

• 12 m/s^{*The data was collected in controlled conditions: zero altitude and a windless environment, with a 30 kg payload. For reference only.}

Propulsion System

• Stator Size

• 100×33 mm

• Motor KV Value

• 48 rpm/V

• Max Motor Power

• 4000 W/rotor

• Propellers Material

• Carbon fiber composite

• Propellers Diameter

• 54 inch

• Propellers Type

• Foldable double-blade propellers

• Main-rotor Diameter

• 1375 mm

• Rotor Quantity

• 8

LED Light

• Effective Illumination Distance

• 10 m

• Illumination Mode

• 60 Hz, automatically switch on according to ambient light

DJI O3 Image Transmission

• Model

• Pigeon (with DDR)-2T4R

• Signal Effective Distance

• 20 km (FCC)
  8 km (CE/SRRC/MIC)^{*Measured with FCC compliance in unobstructed environments with typical interference. Data is for reference only. The actual transmission distance may vary depending on the environment’s obstruction and interference conditions. Please pay attention to reminders in the app.}

• O3 Operating Frequency

• 2.4000 to 2.4835 GHz
  5.725 to 5.850 GHz^{*Some countries or regions do not support the 5.8 GHz frequency band. Please refer to local flight laws and regulations for details.}

• EIRP

• 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

• AES-256

• ADS-B

• Supported

Forward and Backward Active Phased Array Radar

• Model Number

• RD241608RF (forward)
  RD241608RB (backward)

• Altitude Detection

• Fixed altitude range: 1.5-200 m

• Rear Obstacle Avoidance

• Sensible distance (rear): 1.5-50 m
  FOV Forward: 360° horizontal, ±45° vertical，±45°upward
  Backward: ±45° horizontal, 360° vertical
  Operating conditions: Available during takeoff, landing, and ascending when an obstacle is more than 1.5 m away from the aircraft
  Safe distance: 3.5 m (distance between the propeller tip and obstacle when the aircraft is hovering after braking)
  Sensing direction: multi-direction

Binocular Vision System

• FOV

• Horizontal: 90; Vertical: 106°

• Work Environment Requirements

• Normal lighting with clearly textured surfaces

FPV Camera

• Resolution

• 1920×1440

• DFOV

• 149°

• Frame Rate

• 30fps

• Type

• Full HD FPV Single Axis Gimbal Camera

• Fill Light

• Supported

Cargo Case

• Dimension

• 754x472x385 mm (LxWxH)

• Inner Space

• 573x416x305 mm (LxWxH)

• Material

• EPP plus aluminum alloy frame

• Weighing Feature

• Supported

• Weight

• Approx. 3 kg

• Load Capacity

• 0-40 kg

Parachute

• Max Payload

• ≤ 95 kg

• Dimension

• 300x200x120 mm (LxWxH)

• Weight

• Approx. 2.1 kg

• Automatic Reaction Time

• Approx. 1000 ms

• Descending Speed

• ≤ 6 m/s (at sea level, no wind)

• Parachute Shape

• Square

• Material

• Nylon

• Surface Area

• Approx. 22 ㎡

• Minimum Opening Height

• 60 m

• Operating Temperature

• -20° to 45° C

• Ingress Protection Rating

• IP55

• Mainboard Power-off Battery Life

• ≥ 1 hour

• Memory Card Capacity

• Real-time record for 10 flights

• Buzzar Alarm

• Supported

• Lighting Alarm

• Supported

• Manually Opening

• Supported

• Automatic Opening

• Supported

Winch System (Optional)

• Model

• A2EWI-30A

• Dimension

• 252x195x193 mm (LxWxH)

• Body Weight

• 2.5 kg (without clump and couple)

• Clump Weight

• 1.9 kg

• Couple Weight

• 0.6 kg

• Touchdown Release Feature

• Supported

• Payload Capacity

• 5-30 kg (dual battery)5-40 kg (single battery)

• Cable Length

• 20 m

• Max Retraction Speed

• 0.8 m/s

• Operating Temperature

• -20° to 45° C

• Ingress Protection Rating

• IP55

• Weighing Function

• Supported

• Cut Cable Protection

• Supported

• Swing Control Feature

• Supported

• Manual Operation

• Supported

• Automatic Operation

• Supported

• Deceleration Protection

• Supported

DJI DB2000 Intelligent Battery

• Model

• DB2000

• Capacity

• 38000 mAH

• Nominal Voltage

• 52.22 V

• Type

• 14S1P

• Energy

• 1984.4 Wh

• Weight

• Approx. 11.3 kg

• Installation Method

• Plug

• Dimension

• 316x152x279 mm (LxWxH)

• Operating Temperature

• -20° to 45° C

• Charging Rate

• 5 to 15° C: 1.0C15 to 45° C: 2.5C

• Max Charging Power

• 5700 W

• Automatic Heating Feature

• Supported (when the battery temperature is below 10° C, pressing and holding the button or turning on the drone will activate the self-heating function. When the battery temperature is below 20° C, connecting the charger to the battery will activate the self-heating function. Charging and discharging in a low-temperature environment may reduce the battery’s lifespan)

DJI C8000 Intelligent Charger

• Model

• CHX101-7000

• Input

• 90-264 V AC

• Output

• 42-59.92 V DC

• Max Output Power

• 7200 W (Dual input)3600 W (Single input)

• Output Channel Quantity

• 2

• Protection Feature

• The feature is designed to respond to issues including overheating, overvoltage, undervoltage, short circuits, fan stalls, etc.

• Operating Temperature

• -20° to 45° C

• Charging Security

• Connector protection feature available

Remote Controller

• Type

• DJI RC Plus

• APP

• DJI Pilot 2

• Operating Frequency

• 2.400-2.483 GHz
  5.725-5.850 GHz

• EIRP

• 2.400-2.4835 GHz:
  <33 dBm（FCC）
  <20 dBm（CE/SRRC/MIC）5.725-5.850 GHz:
  <33 dBm（FCC）
  <23 dBm（SRRC）
  <14 dBm（CE）

• Operating Temperature

• -20° to 50° C

• Charging Environment Temperature

• 5° to 40° C

• Built-in Battery Life

• 3.3 hours

• External Battery

• 2.7 hours

• Charging Method

• Use a USB-C fast charging charger with a maximum power of no less than 65 W (maximum voltage of 20 V). A DJI portable charger is recommended.

• Charging Time

• 2 hours with built-in battery, 2.5 hours with built-in and external battery (shutdown status according to official charging method)

• Ingress Protection Rating

• IP54

• Video Output Interface

• HDMI

• Wi-Fi Protocol

• Wi-Fi 6

• Wi-Fi Working Frequency

• 2.4000-2.4835 GHz
  5.150-5.250 GHz
  5.725-5.850 GHz

• Bluetooth Protocol

• Bluetooth 5.1

• Bluetooth Working Frequency

• 2.4000 – 2.4835 GHz

• EIRP

• <10 dBm

• GNSS

• GPS+Galileo+BeiDou

• Screen

• 7.02 inch touch LCD display screen, resolution 1920*1200, brightness 1200 nits

• Dual Operator Mode

• Supported

Others

• Guaranteed software updates until

• 2026/12/31