Is it easy to spray pesticides with Hanhe Aviation drones

Spraying pesticides must choose Hanhe unmanned plant protection machine, which is first-class in terms of effect, efficiency, maintenance and after-sales.

Hanhe Aviation CD-10 Pesticide Sprayer ** is about 10W.

How much is the electric ***approximate** for small pesticide spraying?

Hanhe Aviation CD-10 Pesticide Sprayer **How much is ..How can any friends know no! Thank you!

Yes, it is no problem to carry a load of 20 to 30 kg, but you need to be familiar with the operation and normal relay.

Pesticide spraying aircraft is different from other agricultural machinery running on the ground, because pesticides are unmanned in the air, in order to ensure its safe flight, its parts and components are very accurate, the process and structure are very complex, and the research and development cost is also very high. Now the load of the Caterpillar platform machine used for pesticide spraying is generally 5 kg and 10 kg. The reason why unmanned drones are called drones, rather than remote-controlled aircraft, is because pesticide unmanned drones are installed with an automatic controller (commonly known as flight control) kate004 to ensure its flight stability.

More practical. At present, many companies across the country are doing pesticide spraying, and fixed-wing and first-class companies have their own applicable fields. The fixed-wing is used for large-scale spraying, suitable for small-scale spraying, and can use the downwash airflow to make the spraying more uniform and more pesticide or fertilizer saving.

However, it is important to be larger, because it is necessary to combine the size of the ridge to determine the spraying path, spray amplitude and the location of adding pesticides and fuel, etc., and it is too troublesome if the load is small.

Wuxi Hanhe "Mercury No. 1" electric single-rotor plant protection drone, based on the actual needs of China's agriculture and developed and designed, from the user's point of view, redefined the third generation of China's agricultural plant protection drone, opened the plant protection drone to truly enter the era of "can work, can make money".

Mercury No. 1 works a lot and earns a lot of money, working 600-1000 mu a day, 30-40 days to return to the cost, strong operation ability, making more money in a limited operating time, and is truly suitable for China's agricultural spraying tools.

Mercury No. 1, high efficiency, low cost, Mercury No. 1 uses high-efficiency single rotor, the cost of the battery is greatly reduced, and the cost of the battery can be saved per mu, calculated by 60,000 mu per year, a single machine can earn an additional 60,000 yuan per year, and the operation efficiency is 2 times that of the mainstream models in the current market.

Mercury 1 is quick to use and easy to operate, Mercury 1 supports autonomous stepping points, AB point autonomous cruise, irregular multi-point planning routes, breakpoint endurance, etc., simple, smart and easy to operate.

Mercury-1 is highly intelligent, highly autonomous, terrestrial flight, binocular laser + visual altitude fixing, front and rear laser + binocular autonomous obstacle avoidance, near-remote operation image backhaul, and real-time monitoring of mobile terminals.

Wuxi Hanhe plant protection drone, intelligent operation, A, B two points autonomous cruise, no need for manual step measurement, direct aircraft measurement, point A take-off spraying, point B end, during the measurement process, can be directly sprayed from point B, no need to return to point A to restart.

Mercury 1, with strong single-rotor penetration, is suitable for many crops, and is also suitable for all kinds of high-pole crops and canopy-intensive crops, and is more stable than multi-rotor wind fields.

1. Efficient and safe - multi-rotor flight and personnel safety.

The agricultural unmanned multi-rotor flight has good safety performance, moderate spraying flight speed, complete spraying device, and can maintain a fixed height from the distance from crops, and has high efficiency in large-scale operation.

2. Easy to operate"Fool-style"Flight control and navigation operate autonomously.

UAV Carter spraying technology applies multi-rotor drones that are not limited by terrain and altitude to take off in the field to carry out operations on crops.

3. Good effect - high coverage density and good prevention and control effect.

The higher and more uniform the coverage density of the spray liquid per unit area, the better the control effect 4. Low cost - water saving and low maintenance costs.

Drone spraying technology can save at least 50% of the amount of pesticides used by spraying, which will greatly reduce the cost of resources. The depreciation rate of the drone is low, the consumption is small, the labor cost per unit operation is low, and it is easy to maintainKATE004.

It can be said in two ways:

Compared to manual spraying, spraying drones spray more evenly, and almost every crop can be sprayed with the potion. The downward airflow generated by the rotor helps to increase the penetration of the fog flow to the crop, and the control effect is better.

The spraying drone adopts a long-distance remote control operation, and the spraying operator can avoid direct contact with pesticides, which is conducive to enhancing the safety of spraying operations.

Yes, first of all, the agricultural plant protection drone is technically very mature, and the fineness, uniformity and coverage of spray droplets are relatively high. Secondly, the R&D and application of special agents for UAVs ensure the stability of drug efficacy, anti-volatile, dispersion, adhesion and other advantages. In addition, the standard application process and the flight parameters accumulated by experience ensure the application effect again.

Yes, drone spraying 1High efficiency. 15-20 times that of manual labor.

2.Save water and medicine. The use of plant protection drones with special agents for flight defense saves water, uses less medicine, and is safer and more environmentally friendly.

3.Wide range of adaptation. Flatlands, hills, hills, and depressions can all use drones for plant protection operations.

Compared with large-scale ground plant protection equipment, there is no need for a channel. 4.It is less harmful to the human body.

The drone operator is far away from drugs during operation, and there is almost no damage. Cons 1The battery life of electric plant protection drones is short, and the load needs to be improved.

2.Industry standards are yet to be developed. However, fuel direct-drive multi-rotor UAVs make up for the shortcomings of short endurance and small load of electric UAVs, which is a new trend in the development of plant protection UAVs.

If the spraying is very suitable, and the drone spraying is particularly uniform. Our company uses the DJI T20 plant protection drone, with a maximum load of 20kg, with a 7-meter wide spray width, the efficiency of a single flight is increased to 25 acres, and the operation is 180 acres per hour, making the operation more efficient.

Of course, the DJI T20 plant protection drone has powerful performance and excellent spraying effect, which can achieve fully autonomous operation in a variety of operation scenarios such as fields, terraces, orchards, etc., and is equipped with reliable omnidirectional digital radar, which continues the excellent performance of DJI plant protection drones and helps plant protection operations be completed efficiently.

Of course you can, my friend uses DJI, the T16 series he bought, the loading capacity of the liquid medicine has been increased to 16L, and the spray width has been increased to meters. It's quite powerful, and I feel like I can't do without this machine when I get started.

UAV + plant protection service is already a trend, and we are doing this service.

Last year, several well-known drone companies in Xinjiang, such as DJI, XAG, Quanfeng Aviation, Hanhe, and other companies, conducted experiments on spraying cotton, fruit trees, wheat, etc., and the effect was verified to be very good.

You can find me, I am a plant protection.

As far as I understand, it doesn't seem to be very good, the charge is small, and the battery life is short.

Personally, I think that drone spraying will be a trend in the future, and the use of Xinjiang plant protection drone spraying will be the principle of pesticides, which ensures personal safety. And the efficiency is also 40 times that of general labor.

Benefits of drone spraying:

First, the drone spraying pesticides is safe.

The use of unmanned aerial vehicle spraying, only need the pesticide applicator to hold the remote control operation can be sprayed, away from the spraying environment, so that the human body is not easy to be harmed by drugs, automatic flight control navigation operation to minimize the time of staff contact with pesticides, so as to ensure the life safety of staff. The flight safety of the plant protection aircraft is that the aircraft can hover, fly at a fixed altitude and at a fixed distance, among which the multi-rotor plant protection aircraft flies smoothly and has reliable safety performance.

Second, the drone sprays pesticides with high accuracy.

The spraying UAV has GPS navigation, automatic route planning, autonomous flight according to the route and can relay autonomously, which can reduce the phenomenon of manual leakage and re-spraying, improve the quality of pesticide application, low operating height, can be close to the crop 2-3 meters, coupled with the huge rotation force of the rotor downward The airflow, the pesticide mist flow has strong penetration of the crop from top to bottom, less drift, high efficiency and environmental protection, and improves the utilization rate of pesticides by more than 30%.

Third, the drone spraying pesticide effect is good.

The higher the coverage density and the more uniform the spray solution per unit area, the better the control effect. The drift test of liquid medicine droplets reflects an advantage of spraying operation with UAV to the degree of pesticide drift, multi-rotor UAV has a plurality of screw wings, the operating height is relatively low, when the liquid spray droplets are sprayed out from the sprayer, the downward airflow of multiple rotors is accelerated to form an aerosol flow, which directly increases the penetration of the liquid medicine droplets to crops, reduces the degree of pesticide drift, and the amount of liquid medicine deposition and the coverage rate of liquid medicine are better than conventional, so the control effect is better than the traditional one, and can also prevent pesticides from polluting the soil.

Fourth, the drone spraying pesticides is easy to operate.

The operation of the drone is simple and easy to learn, and the operator only needs to go through 10-15 days of training to learn the flight pesticide application operation and daily maintenance of the plant protection aircraft. Moreover, it is convenient and fast to add medicine and replace the battery, and the replacement and installation of the flight anti-agent and battery can be completed in a few minutes.

5. Drone spraying pesticides is suitable for all kinds of crops.

Unmanned aerial vehicle (UAV) spraying technology is used to apply multi-rotor drones that take off from the field to carry out operations on crops without being restricted by terrain and height. It can be used to operate with handheld ground station equipment, unmanned multi-rotor *** adopts long-distance remote control operation and flight control navigation autonomous operation function, before spraying operation, the map route is planned, input into the internal control system of the ground station, and the aircraft can carry the spraying device and complete the spraying operation independently. At the same time as the aircraft spraying operation, the progress of the spraying operation can also be observed in real time through the display interface of the handheld ground station.

Sixth, the cost of drone spraying pesticides is low.

The spraying drone can hover in the air, take off and land vertically, and the take-off and landing site is small, and it can take off and land in the field, and the take-off and landing are flexible, especially suitable for China's national conditions where the land concentration is not high. Multi-rotor UAV spraying technology can save at least 50% of the amount of pesticides used by spraying, which will greatly reduce the cost of resources. The depreciation rate of the drone is low, the consumption is small, the labor cost per unit operation is low, and it is easy to maintain.

At present, drone spraying has a good foundation in China, and farmers in many places have fully accepted it.

It has high efficiency, good plant protection effect, water and medicine saving, and uses the characteristics of high adhesion, anti-volatility, high dispersion and other characteristics of special agents for flight defense, which further ensures the final effect of plant protection drone pesticide application.

Some of the spraying effects are good at present, such as Quanfeng Airlines, XAG, and DJI.

Anyang Quanfeng Airlines is good, buy an airplane and give away the operating area, you can work with the company's flight defense brigade to make money, they also produce special agents for flight defense, and have special dispensing technology.

Jinying multi-rotor plant protection UAV has been successfully developed! Spraying pesticides and foliar fertilization, centrifugal nozzles, and secondary atomization of slurry strong airflow are much better than those of manual use. The operation capacity is one acre per minute (only one acre a day can be done manually).

DJI Agriculture.

The progress of agricultural production is inseparable from technological innovation. DJI Agriculture is driven by user needs and technological innovation, providing global users with smart agriculture solutions based on drone technology to promote the transformation and upgrading of agricultural production.

Intelligent and efficient, leading the future of agriculture.

Advanced agricultural intelligent equipment and perfect production data collection, processing, analysis and decision-making system provide efficient and reliable solutions for farmland planning, crop monitoring, pest control and agricultural management.

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Crop Monitoring - Phantom 4 Multispectral Edition <>

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Mapping Planning - DJI Terra <>

It can simulate and reconstruct the environment of farmland, orchards and mountain forests, map and analyze multispectral data, provide prescription maps for variable spraying and fertilization operations, plan autonomous operation routes, and help users improve operation efficiency in an all-round way.

Plant Keeper - DJI Agricultural Service Platform <>

Specially designed for flight defense plant protection operations, the app side has many practical functions such as data reports, operation records, after-sales service, online teaching, etc., and the PC side supports unified defense and management functions to help users efficiently carry out plant protection operations.

Data Management & Analysis-DJI Agriculture Data Sandbox <>

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