What is the flight speed of the drone in plant protection operations

I use Chang Feng's fuel drone, this speed can be set, for example, I work with fruit trees, larger fruit trees generally fly at a speed of 2 meters, and smaller ones fly at a speed of 3 or 4 meters, of course I use a diesel engine. Whether electric drones can achieve this efficiency in terms of fruit trees, as far as I know, is difficult.

Set it according to your needs, 3 to 6 meters normally, taking into account both efficiency and effectiveness.

Hello dear Hello is happy to answer for you: A; First of all, it is necessary to confirm the type of crop to be controlled, the working area, the terrain, the situation of pests and diseases, the control period, the type of agent used and whether there are other special requirements. Investigate whether the terrain is suitable for plant protection operations, determine the unsuitable areas in the farmland, communicate with farmers, grasp the report of farmland diseases and pests, and formulate a large plan for the operator in advance.

Check in advance the weather conditions in the place where the ruler is stuffy and the weather conditions in recent days, and determine these data in advance to ensure the safety of the operation. Quasi-rolling materials: electric multi-rotor plant protection machines need power batteries, related chargers, and power generation equipment may be carried with the vehicle when the local operation site is inconvenient for charging.

Summary. Kiss! We are happy to answer for you: plant protection drones are not allowed to take off and land on the road, as this will endanger the safety of pedestrians and vehicles. Plant protection drones are drones used for the protection of agricultural and forestry plants.

Kiss! We are glad to answer for you: plant protection drones are allowed to take off and land on the road, because this will endanger the safety and security of pedestrians and vehicles. Plant protection drones are disrespectless man-machines used for the protection of agricultural and forestry plants.

Plant protection UAV is used for agricultural and forestry plant protection UAV, Liang Jing Jing is composed of three parts: flight bending platform, navigation flight control and spraying mechanism, which can spray chemicals, seeds, powders, etc., used in the agricultural field, with precision, high efficiency, environmental protection, intelligence, simple operation and other characteristics, in addition, due to small size, light weight, convenient transportation, flexible flight control, plant protection UAV has good applicability to different plots and crops.

Plant protection UAV, also known as unmanned aerial vehicle, as the name suggests is a drone used for agricultural and forestry plant protection operations, the stuffy type of unmanned aircraft by the flight platform (fixed-wing, multi-rocator), navigation flight control, spraying mechanism three parts, through the ground remote control or guide ant land aviation flight control, to achieve spraying operations, can be sprayed agents, seeds, powder, etc.

Whether it is possible to take off and land on the road.

Plant protection drones are not allowed to take off and land on the road, because this will endanger the safety of pedestrians and vehicles. <>

Is there any legal basis for this.

You can refer to the Public Security Administration Punishment Law. If the regulations on public safety and management are violated, they will be punished by the public security administration.

In the event of a collision with a vehicle, who is more responsible.

If there is a collision with a vehicle, of course, it is the responsibility of the drone user, which is relatively large, oh <>

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.

It can carry out pest, disease and weed control operations on rice, wheat, corn, citrus, cotton and other crops.

With the plant protection unmanned aircraft, it can sow solid granular fertilizer and seeds, which is suitable for multiple operation scenarios such as rice direct seeding, grassland replanting, rape sowing, and fertilizer promotion.

Assist in the visualization construction and attribute management of farmland GIS system, record farmland environmental changes, provide basic maps for precision agriculture, provide basis for farmland planning, and provide data for precision agriculture solutions such as prescription maps.

By collecting multi-spectral data, the growth stage index of crops can be quickly obtained, and the growth of crops can be monitored in real time, so as to help users quickly find diseases, insects and weeds, take targeted plant protection measures, and accurately manage them.

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.

It provides a full range of agricultural plant protection data supervision and analysis services for government and enterprise users, supports the access of third-party equipment other than DJI plant protection drones, and provides customized special services according to user needs.

Plant protection UAVs are divided into multi-rotor plant protection UAVs, coaxial plant protection UAVs and single-rotor plant protection UAVs, which are divided into electric multi-rotor plant protection drones, oil-powered multi-rotor plant protection drones, and oil-electric hybrid multi-rotor plant protection drones; Coaxial plant protection *** generally only has the oil motor type, which has not yet been applied in actual plant protection operations; Electric single-rotor plant protection drone, oil-powered single-rotor plant protection drone, etc. Among them, multi-rotor plant protection UAVs are divided into:

Four-rotor, six-rotor, six-axis twelve-rotor, eight-rotor, eight-axis sixteen-rotor and other models. There are two types of single-rotor plant protection drones: double propeller and triple propar. The biggest difference between plant protection UAVs and UAVs of other mission systems is that plant protection UAVs are low-speed machines, generally with a maximum speed of no more than 13m seconds (speed not exceeding 47 kilometers per hour), and the maximum speed of UAVs of other mission systems can generally reach 100 kilometers and hours, and the maximum speed even reaches 160-200 kilometers and hours.

Agricultural plant protection drone is a modern tool used in agriculture to spray pesticides and replace traditional manual application.

Compared with traditional manual pesticide application and other plant protection tools, agricultural drones have many advantages such as high efficiency, good effect, wide adaptability, water and medicine saving.

Hello, the agricultural plant protection drone ** range is very large, cheap 10,000 yuan can be bought, expensive need more than 100,000 yuan. There is no authority to rank agricultural plant protection drones, and it is not very transparent.

Dear, thank you for your patience Can you see the altitude of the DJI plant protection drone operation data? Dear, the flight altitude is generally recorded in the operation data of DJI plant protection drones, but this altitude is relative to the height of the take-off point, not the absolute height relative to the ground. Therefore, if you want to know the actual altitude of the drone on the ground, you need to calculate it in combination with the altitude of the take-off point.

In addition, when carrying out plant protection operations, the flight altitude of the drone also needs to be adjusted according to the specific situation. Generally speaking, plant protection drones will choose a lower flight altitude when spraying at low altitude to ensure the spraying effect and safety. Code Sun.

Summary. The maximum take-off weight of the plant protection drone refers to the sum of the weight of the drone itself plus the weight of pesticides, water, batteries and other items carried, which is the maximum weight that the drone can carry. Once the maximum take-off weight is exceeded, the flight performance and safety of the drone will be affected, so it is strictly forbidden to take off overweight.

Taking 120 kg as an example, if the maximum take-off weight of the drone is 120 kg, then the weight of the drone itself plus the total weight of the items carried cannot exceed 120 kg. If this weight is exceeded, the drone will not be able to take off or fly normally, and may even cause an accident. Therefore, in order to ensure the flight safety of plant protection drones, the maximum take-off weight requirements of drones must be strictly observed.

In actual operation, the weight of the drone and the items carried should be accurately measured, and reasonably mounted according to the actual situation to ensure the safe flight of the drone.

The maximum take-off weight of the plant protection drone refers to the weight of the drone itself plus the total weight of the pesticides and fuel and other items carried, which is the maximum weight that the drone can bear when carrying out plant protection operations. In practice, the maximum take-off weight of the UAV needs to be within the range specified by the manufacturer, and reasonably adjusted according to the operating environment and demand.

For example, is it okay to exceed 120 kg at 120 kg.

The weight of the plant protection drone refers to the weight of the drone itself plus the weight of pesticides, water, batteries and other items carried by the Qing code, which is the maximum weight that the drone can carry. Once the maximum take-off weight is exceeded, the flight performance and safety of the drone will be affected, so it is strictly forbidden to take off overweight. Taking 120 kg as an example, if the maximum take-off weight of the drone is 120 kg, then the weight of the drone itself plus the total weight of the items carried cannot exceed 120 kg.

If this weight is exceeded, the drone will not be able to take off or fly normally, and may even cause an accident. Therefore, in order to ensure the flight safety of plant protection drones, the maximum take-off weight requirements of drones must be strictly observed. In actual operation, the weight of the drone and the items carried should be accurately measured, and reasonably mounted according to the actual situation to ensure the safe flight of the drone.

Hello dear friends, it is a pleasure to answer your <>

The maximum take-off weight of the plant protection drone refers to the weight of the drone at the maximum take-off mass, including the weight of the drone itself, the weight of the load and the weight of fuel. When carrying out plant protection operations, the drone needs to carry certain pesticides or fertilizers and other agents, and the weight of these agents will also be included in the load weight range of the drone. The maximum take-off weight is one of the important parameters in the design and manufacture of plant protection UAVs, which determines the flight performance and carrying capacity of UAVs.

Generally speaking, the larger the maximum take-off weight, the stronger the endurance and carrying capacity of the drone, and the larger and more complex plant protection tasks can be completed. However, the maximum take-off weight is also limited by the drone's own structure, battery capacity, motor power and other factors, so local disturbance needs to be reasonably designed and controlled under the premise of ensuring safety and stability. In the actual plant protection operation, the maximum take-off weight of the plant protection drone needs to be determined according to the specific operation needs and environmental conditions to ensure the safe and stable flight of the drone.

At the same time, it is also necessary to comply with the relevant laws, regulations and norms to ensure the legal and compliant operation of the plant protection drone.