Agricultural plant protection drone price
The price of agricultural plant protection drones is affected by factors such as load capacity, performance, brand, and degree of intelligence. The prices of products of different specifications vary greatly and can be mainly divided into the following grades:
Small light load model (load capacity 5-10 liters)
This type of machine is suitable for small areas of farmland (such as vegetable fields and small orchards grown by retail households). It is lightweight, easy to operate, and relatively low-priced, ranging from RMB 15,000 to RMB 30,000. Its configuration is usually a four-rotor structure, equipped with a basic flight control system (supporting GPS positioning and simple route planning). The spraying system adopts a single nozzle or dual nozzle design, with a flight time of about 10-15 minutes and an operating area of 50-80 acres per hour, which can meet the basic needs of small operations.
Medium-sized standard model (load capacity 10-20 liters)
It is a mainstream model on the market, taking into account operating efficiency and flexibility, and its price ranges from 30,000 to 60,000 yuan. This type of aircraft is mostly six-rotor or eight-rotor, with a strong load capacity, and can be equipped with a multi-nozzle spray system (such as 4-6 nozzles) to achieve better atomization effect and spraying accuracy. The flight control system supports GPS + Beidou dual-mode positioning, terrain following, automatic obstacle avoidance and other functions. It has a flight time of 15-25 minutes and an operating area of 100-180 acres per hour. It is suitable for medium-sized planting bases (such as several hundred acres of rice fields and corn fields).
Large heavy-duty model (load capacity above 20 liters)
It is mainly aimed at large-scale planting bases, agricultural cooperatives, etc. It has high operating efficiency and the price is generally between 60,000 and 150,000 yuan. This type of aircraft mostly adopts an eight-rotor or multi-rotor structure, is equipped with a high-performance flight control system and a powerful power unit, and can adapt to complex terrain and high-stalk crop operations. Equipped with an advanced spraying system, it can achieve precise flow control and wide-width spraying, with a battery life of 25-40 minutes and an operating area of 200-300 acres per hour. Some high-end models also support multi-machine collaborative operation to further improve efficiency.
In addition, the price of second-hand agricultural plant protection drones will be 30%-50% lower, but the wear and tear of the fuselage structure, core components (such as motors, flight control boards) and battery life need to be carefully checked. They are suitable for short-term transitional use by users with limited budgets.
Agricultural drone technical support
Technical support for agricultural drones is an important part of ensuring the efficient and stable operation of equipment, covering the entire process from equipment purchase to post-maintenance, mainly including the following aspects:
Equipment debugging and parameter optimization
After the new equipment arrives, technicians will conduct comprehensive debugging, including drone assembly, battery activation, GPS signal calibration, spray system testing, etc., to ensure that all components are operating properly. At the same time, the flight parameters (such as flight height, speed, nozzle angle) and spraying parameters (such as flow rate, atomization particle size) are optimized according to the crop type and terrain characteristics of the operating area. For example, in the fruit tree planting area, the flight height will be adjusted to 2-3 meters, and the nozzle angle is set to 45° downward to ensure that the liquid can evenly cover all parts of the fruit trees.
Trouble diagnosis and repair
When a drone malfunctions, the technical support team can quickly locate the cause of the malfunction by remotely viewing the flight log (recording data such as battery voltage, motor speed, GPS signal, etc.) or conducting on-site inspections. For common faults such as reduced battery life, nozzle clogging, flight control system abnormalities, etc., technicians will provide targeted maintenance solutions. For simple faults (such as replacing nozzles, calibrating gyroscopes), users can be guided to operate on their own ； For complex faults (such as motor damage, flight control board failure), professionals will repair or replace parts to ensure that the equipment can resume operation as soon as possible.
Software upgrade and function expansion
With the development of technology, drone manufacturers will regularly launch firmware updates to optimize flight control algorithms (such as improving obstacle avoidance sensitivity and flight stability) and adding new functions (such as multi-aircraft collaborative operation scheduling, automatic analysis of operation data). The technical support team will guide users to complete software upgrades to ensure that the equipment always has the latest functions and performance and can adapt to changing operational needs.
Technical training and consulting
Provide users with systematic technical training, including drone working principles, operating specifications, safety precautions, etc., to help users understand the performance characteristics and usage skills of the equipment. At the same time, it answers the technical problems encountered by users during the operation, such as spraying plans for different crops, operation adjustments under special weather, etc., and provides users with professional technical advice.
Drone driving service
The drone piloting service is mainly aimed at users who do not have professional pilots or do not need to purchase equipment for the time being. A professional team will provide flying operations. The specific service content is as follows:
Job planning and execution
The service team will first conduct a survey of the operation area to understand the farmland area, shape, crop type, pests and diseases, and other information, and formulate a detailed operation plan, including flight route design (to ensure no missed spraying or re-spraying), pesticide application plan (recommending appropriate pesticides and ratios based on the type of pests and diseases), and operation time arrangements (to avoid rainy days, strong winds and other adverse weather). During the operation, experienced pilots operate the drones and strictly follow the operation plan to ensure the quality of the operation.
Equipment guarantee and maintenance
The driving service team will bring its own drones and related equipment (such as batteries, chargers, spare nozzles, etc.) that meet the operation requirements, and will be responsible for the daily maintenance and upkeep of the equipment to ensure stable performance of the equipment during the operation. The drone will be comprehensively inspected before operation. After operation, the spraying system will be cleaned promptly and the battery status will be checked to avoid equipment failure affecting the progress of the operation.
Job data and reports
After each operation is completed, the service team will provide users with a detailed operation report, including operation area, dosage, flight time, battery consumption and other data. It will also record crop growth conditions and pest and disease problems discovered during the operation to provide users with reference for planting management. Some services also support real-time viewing of job progress and data through mobile APPs to achieve transparent management of the job process.
Emergency service and after-sales
If unexpected situations occur during the operation (such as equipment failure, weather changes), the service team will promptly take emergency measures, such as replacing spare equipment, suspending operations and rescheduling, to reduce the impact on users. After the job is completed, the results of the job will be tracked. If there are problems such as missed sprays or poor drug efficacy, free re-spraying or solutions will be provided to protect the rights and interests of users.