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Product Background
Shift in agricultural production demands: With the global
population growth and the acceleration of urbanization, traditional
agriculture is facing problems such as labor shortage and land
resource tension. Agricultural producers urgently need automated
solutions to enhance production efficiency. At the same time, the
concept of precision agriculture has emerged, requiring more
precise control of the application of pesticides, fertilizers,
etc., in order to reduce costs and minimize environmental
pollution. The X4-50 50L dual-electric agricultural drone, with its
large payload capacity, can carry more pesticides or fertilizers at
one time, reducing take-off and landing frequencies and improving
operational efficiency, and can well meet the pest control needs of
large-scale farmland.
Increased policy support: Governments of various countries are
continuously increasing their support for agricultural
modernization. In 2014, the central document No. 1 of China clearly
required "strengthening agricultural aviation construction", and
subsequent policies were also introduced, such as including pest
control drones in the agricultural machinery subsidy scope, etc.,
encouraging the development and innovation of drones in the pest
control field, creating a favorable policy environment for the
research, promotion and application of products like the X4-50 50L
dual-electric agricultural drone.
Advances in Drone Technology: In recent years, drone technology has
made significant progress. The flight control system has become
more precise and stable, and combined with the GPS global
positioning system, it can achieve functions such as automatic
takeoff and landing, and automatic route planning, enabling the
drone to operate precisely along the preset route. At the same
time, the development of battery technology has also provided
support for dual-battery version drones. Although electric drones
originally had the problem of short battery life, the dual-battery
design can extend the battery life to a certain extent, allowing
them to better complete large-scale farmland pest control tasks. In
addition, the body material usually adopts lightweight and
high-strength composite materials, such as carbon fiber or glass
fiber, enabling the drone to have a large payload capacity while
still maintaining good flight performance and wind resistance.
Market Competition and Demand Differentiation: The agricultural
drone market is continuously expanding, and competition is becoming
increasingly fierce. To meet the needs of different users and
agricultural scenarios, drone manufacturers are constantly
launching various types and specifications of products. The 50L
large-capacity design enables this drone to be suitable for
large-scale agricultural operation entities, capable of covering a
larger area in a single flight, and forming differentiated
competition with small-capacity pest control drones, meeting the
market demand for large-load agricultural drones.
Product parameters
Product size | 1783 * 1783 * 790mm (unfolded) 1080 * 909 * 919mm (folded) |
Product weight | 2.25kg (weight of 50L water tank) 17kg (weight of the frame) 39kg (highest configuration, without battery) 66.5kg (weight including battery) 116.5 (full load 50KG, takeoff weight) |
Arm dimensions | 46*50mm |
Product wheelbase | 2280mm |
Capacity of the medicine box | 50L |
Spreading width | 8~12 m |
Homework efficiency | 150 acres per hour |
Flight control | K++V2/V9 AG/ PALADIN |
Remote Controller | H12/T12 |
Power system | X13 (Motor) |
Spraying system | 2 sets of 8L water pumps - Pressure type nozzles / Centrifugal type nozzle kits |
Battery | 18S 30000mAh*2 |
Hovering time | 18 - 25 minutes (idle hovering for 18 seconds with 30000mAh battery) 8 minutes (full-load hovering with 18S30000mAh battery) |
Product display