Application Scenarios
Application Scenarios
-
Large-Scale Farm Spraying
: Efficiently applies pesticides, herbicides, and fertilizers across vast crop fields (e.g., wheat, corn, and rice paddies) with a coverage of 30 hectares per hour.
-
Orchard Operations
: Navigates through dense fruit tree canopies (apple, citrus, and mango orchards) using terrain-following radar, ensuring precise chemical delivery to leaves and fruits.
-
Pest Control at Night
: Equipped with high-brightness night flight lights, it operates in low-light conditions to target nocturnal pests, reducing crop damage.
-
Sloped Terrain Work
: Handles gradients up to 45° (at ≤2 m/s speed), making it suitable for hilly farmlands and vineyards.
-
Granule Spreading
: With the optional 80kg-capacity system, it distributes seeds, fertilizers, and fish feed evenly over fields or ponds.
How do drones help in optimizing the use of agricultural resources?
Precise Chemical Application
Drones revolutionize the way agricultural chemicals are applied. Their advanced spraying systems release pesticides in fine, measured amounts, ensuring that each drop reaches the intended target. Instead of covering entire fields uniformly, drones can navigate precisely, focusing on areas that truly need treatment. This targeted approach minimizes overspray, reducing chemical waste and preventing unnecessary runoff into the environment. By using only the required quantity of chemicals, drones not only cut down on costs but also contribute to more sustainable farming practices.
Efficient Workflow Management
In the realm of agricultural operations, drones streamline workflow significantly. Once programmed, they autonomously execute spraying tasks across large areas with minimal human intervention. This eliminates the need for extensive manual labor, saving both time and effort. Covering vast stretches of land in a fraction of the time it would take using traditional methods. The seamless operation of drones allows for better scheduling of tasks, ensuring that agricultural activities are carried out promptly and efficiently.
Extended Resource Longevity
Drones also play a crucial role in extending the lifespan of agricultural resources. Their consistent and even application of chemicals ensures that crops receive uniform protection, reducing the risk of damage from pests and diseases. As a result, plants grow healthier and more robust, maximizing the return on investment in seeds and other resources. Additionally, the reduced wear and tear on equipment due to automated drone operations means that machinery lasts longer, further optimizing the use of valuable agricultural assets over time.
Product Details
|
Spray
|
|
Spray Tank Volume
|
72 L
|
|
Pump
|
2
|
|
Max. System Flow Rate
|
16 L/ min
|
Equipped with a
72L high-capacity spray tank
, our drone significantly reduces refill frequency, allowing extended operation across vast agricultural fields. This large tank size ensures that each flight covers more ground, optimizing productivity and minimizing downtime. Combined with a robust pump system and a max flow rate of 16 L/min, it guarantees consistent and efficient spraying for maximum crop yield.
|
Nozzles
|
|
Nozzle Type
|
High-pressure Nozzles
|
|
Quantity
|
16
|
|
Spray Width
|
8~18 m
|
|
Atomizing Size
|
30~400 μm
|
Featuring
16 high-pressure nozzles
, this
heavy lift drone for pesticides
delivers precise and uniform spraying across a width of
8 to 18 meters
. The adjustable
atomizing size
ranges from
30 to 400 μm
, allowing flexibility for various crop types and conditions. Whether you're targeting fine misting or larger droplets, this system ensures efficient coverage, maximizing the effectiveness of every spray session.
|
Camera
|
|
Camera Type
|
HD FPV Camera
|
|
Video Resolution
|
1920*1080 px
|
|
Night Navigation
|
High Brightness Night Flight Lights
|
Equipped with an
HD FPV camera
delivering clear
1920x1080 px
video resolution, this HF T72
agricultural drone
ensures detailed real-time monitoring of your crops. Additionally, it is designed for optimal
night navigation
with
high-brightness night flight lights
, enabling precise operation even in low-light conditions.
|
Radar
|
|
Obstacle Avoidance Radar
|
Front and Rear
|
|
Relative Height of Safe Obstacle Avoidance
|
≥ 2 m
|
|
Relative Speed of Sale Obstacle Avoidance
|
≤ 8 m/s
|
|
Terrain Following Radar
|
1
|
|
Max. Gradient (at flight speed of ≤ 2 m/s)
|
45°
|
Equipped with
front and rear obstacle avoidance radar
, this drone ensures safe navigation with a
minimum clearance of 2 meters
and a relative speed of up to
8 m/s
for obstacle avoidance. The
terrain-following radar
allows for precise operation on sloped fields with gradients up to
45°
at speeds of
≤ 2 m/s
, ensuring consistent spraying even on uneven terrains.
|
Remote Control
|
|
Model
|
H12 (Android OS)
|
|
Remote Controller
|
5.5-inch Screen, 1920
×
1080,1,000cd/
m
2
|
|
Max. Signal Range
|
5 km
|
|
Operating Frequency
|
2,400~2,483 Ghz
|
|
Dimensions
|
190*152*94 mm
|
|
Charging port
|
TYPE-C
|
|
Duration
|
6~20 H
|
The
H12 remote controller
comes with a
5.5-inch HD screen
(1920×1080, 1,000 cd/m² brightness), offering clear visuals for seamless drone operation. It provides a
maximum signal range of 5 km
and operates on a
2.4 GHz frequency
band. With a
USB Type-C charging port
and a battery life of
6 to 20 hours
, this remote ensures extended operation in the field, enhancing control and efficiency