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The following factors need to be considered when choosing a good agricultural drone: 1. Flight performance: a good agricultural drone should have stable flight performance and precise maneuverability. It should be able to fly in different weather conditions and be able to hover stably and position itself precisely. 2. Flight time and load capacity: The flight time and load capacity of an agricultural UAV are important factors in determining its utility. Longer flight time can provide wider coverage, while larger load capacity can carry more sensors or substances such as pesticides.Sprayer Drones 3. Sensors and camera equipment: Agricultural UAVs should be equipped with sensors and camera equipment suitable for agricultural applications, such as multispectral cameras, infrared thermal cameras, etc. These devices can provide detailed information about the farmland and help farmers in precise crop monitoring and management.Drone Frames 4. data processing and analysis capability: a good agricultural drone should have the ability to process and analyze data collected and provide useful agricultural decision support. 5. ease of use and reliability: an agricultural UAV should be easy to operate and maintain, and have good reliability and durability. It should be able to adapt to different working environments and conditions and be able to maintain good performance after a long period of use.Patrol Drones 6. Price and after-sales service: finally, choosing a good agricultural drone also requires consideration of price and after-sales service. The price should be reasonable and provide good after-sales service and technical support. When choosing an agricultural drone, it is recommended to determine your needs and budget, and conduct market research and comparison. You can refer to the opinions and experiences of other farmers or professionals to choose the right brand and model of agricultural drone for you.

Sprayer drone is a kind of necessary tool for modern agriculture, which can carry out spraying operation above the crops, effectively improve the utilisation rate of pesticides and the prevention and control effect, and at the same time reduce the input of personnel and materials, and improve the economic benefits of agriculture.Agriculture Drones The sprayer drone is composed of the drone body, spraying system and control system. The main body of the UAV is the skeleton of the UAV, which is made of lightweight materials with high strength, high precision and low weight. The spraying system includes the liquid tank, nozzle and pipeline, etc., which can transport pesticides from the liquid tank to the nozzle through the pipeline, and then spray them onto the crops. The control system includes remote control, positioning system and flight control system, etc., which can realise remote control and automatic spraying of the UAV.Patrol Drones The sprayer drone has a wide range of applications for crops such as fruit trees, rice, wheat, vegetables and so on. It can effectively prevent and control various pests and diseases, and it can also carry out plant protection and plant growth regulator spraying. Sprayer drones spray pesticides more evenly and accurately than traditional artificial spraying, can better control the amount of liquid and the spraying range, avoiding the poisoning and environmental pollution and other problems that may be caused by direct contact with pesticides by personnel.Drone Frames There are many other advantages of sprayer drones, such as: Improve spraying efficiency and prevention and control effects: sprayer drones can complete large areas of spraying operations in a short period of time, improving spraying efficiency and prevention and control effects. Reduced personnel input and cost: using sprayer drones does not require much human resources, which can save a lot of labour costs. Flexibility and adaptability: Sprayer drones are very flexible and adaptable, and can be used for spraying operations on different crops and terrains. Reduced environmental pollution: the use of sprayer drones can avoid problems such as poisoning and environmental pollution that may be caused by the direct contact of personnel with pesticides, which is more environmentally friendly. In short, the sprayer drone is a very important modern agricultural tool, which has improved the efficiency of agricultural production, reduced agricultural costs and environmental pollution problems, and promoted the development of agricultural modernisation.

The main features of the sprayer drone include: 1. Efficiency: Sprayer drones can cover large areas of farmland, reducing the time and labour costs of traditional agricultural spraying and improving operational efficiency.Agriculture Drones 2. Accuracy: Sprayer UAVs can precisely control the flight and spraying through GPS positioning and other technologies, which can achieve accurate spraying, avoid the waste of chemicals and improve the growing environment of crops.Brushless Motors 3. Safety: Sprayer drones can ensure the safety of operators when dealing with toxic and other dangerous or difficult to access human goods.Patrol Drones 4. Environmentally friendly: Sprayer drones can be precisely operated for specific plant crops, which not only reduces the amount and waste of spraying substances, but also reduces the negative impact on the environment. 5. Intelligent: Sprayer drones can be configured with a variety of sensors and high-definition cameras for monitoring, collecting data and analysing it through intelligent algorithms to achieve intelligent farmland management.

Patrol drones are unmanned aircraft systems that can fly autonomously and perform patrol missions. They are commonly used to monitor and patrol a variety of environments, including cities, borders, industrial areas, and large facilities.Brushless Motors Here is some common information about patrol drones: 1. Autonomous flight: Patrol UAVs are equipped with advanced flight control systems and navigation technologies that allow them to fly autonomously and follow preset routes or waypoints. They can determine position and direction through satellite navigation systems (e.g. GPS) and other sensors.Lipo Battery Chargrers 2. High-definition camera capabilities: Patrol drones are typically equipped with high-resolution cameras that can capture and transmit real-time high-definition images and videos. These images and videos can be used to monitor and record activities or events and provide effective intelligence support.Drone Frames 3. Thermal imaging capability: Some patrol UAVs are also equipped with thermal imaging cameras that can detect and track heat sources at night or in low visibility conditions. This feature is useful for search and rescue missions, monitoring fires or detecting potential threats. 4. High degree of flexibility: Patrol UAVs have flexible take-off and landing capabilities and hovering capabilities, allowing them to fly in confined spaces and adjust their flight paths and missions in real time. They can fly missions at different altitudes and speeds to meet specific surveillance needs. 5. Data transmission and analysis: Patrol UAVs can transmit collected data back to ground control stations or other command centres via wireless communication networks. This data can be analysed and processed through automated algorithms and artificial intelligence techniques to extract useful information and insights.

Agricultural drones are a new type of agricultural equipment that uses drone technology for agricultural production, management and inspection, and have the following advantages over traditional agricultural production methods: 1. Efficient: Agricultural drones can fly and hover automatically, greatly improving the efficiency of farmland monitoring and management, and allowing for quick and accurate access to a wide range of data from farmland.Agriculture Drones 2. Accuracy: Agricultural drones can accurately measure and detect many indicators of farmland soil, vegetation and water sources, providing accurate data support for agricultural production and effectively avoiding production risks caused by errors.Sprayer Drones 3. Energy saving and environmental protection: Agricultural drones use batteries or solar energy as a power source, and do not produce emissions of pollutants, avoiding the dangers and pollution associated with traditional farmland management and monitoring.Drone Frames 4. Flexibility: Agricultural drones can quickly adjust their course and altitude to achieve the best camera angles as well as a finer and wider monitoring and detection range. 5. Preventative and curative: By using farm data and monitoring information collected by drones, farmers can better resist and prevent the occurrence and treatment of plant and animal diseases such as pests and diseases. In summary, agricultural drones, as new agricultural equipment, have the advantages of high efficiency, precision, energy saving and environmental protection, flexibility and prevention, and are an important contribution to modern and sustainable agricultural production and management.

The sprayer drone is a new type of agricultural equipment with a combination of UAV flight control capabilities and chemical spraying functions. It has the following advantages: 1. Save manpower costs: sprayer drones can replace manual crop spraying operations from the air, reducing the burden on workers and greatly saving manpower costs.Brushless Motors 2. Improve efficiency: sprayer drones can spray the entire farmland, regardless of terrain restrictions, with high spraying efficiency, which can greatly improve work efficiency and increase crop productivity.Sprayer Drones 3. Precise spraying: The location of sprayer drones can be located by GPS and their flight paths can be planned in advance, allowing for precise spraying, reducing the waste of pesticides and water resources and reducing damage to the environment.Lipo Battery Chargrers 4. Reduce risk: sprayer drones are able to complete spraying operations in hot, bad weather or toxic crop conditions, avoiding safety risks due to weather or pesticides. 5. Cost savings: The special design of sprayer drones makes them reusable, reducing mechanical damage and wear and tear, which can reduce maintenance costs and costs for farmers. In short, sprayer drones are becoming the new darling of modern agriculture, bringing the advantages of efficient, accurate spraying, safety and cost savings, and playing a more important role in agricultural production.

Agricultural drones are a technical means of using drone technology to provide services to agriculture, including functions such as drone image acquisition, agricultural plant protection spraying and agricultural data collection. It has the following main characteristics:Agriculture Drones 1. Precise operation: Agricultural drones can carry a variety of high-definition imaging equipment that can accurately measure, image and diagnose crops, effectively enhancing the accuracy of the agricultural production process.Sprayer Drones 2. High efficiency and energy saving: Agricultural drones can achieve efficient agricultural plant protection and data collection tasks through automated operations, drone efficiency and other operations, while effectively reducing the amount used when spraying agricultural crops.Drone Frames 3. Manpower saving: Agricultural drones can effectively reduce farmers' manual operations, reduce labour costs and solve problems such as natural reduction of manpower through real-time monitoring and pushing data. 4. Ecological and environmental protection: Agricultural drones can spray accurately when planting and protecting, and can also effectively reduce the pollution of pesticides and chemical moths, helping to create an eco-friendly and low-carbon agricultural environment. Through the use of intelligent drone technology, agricultural production can achieve advantages such as resource conservation, efficient operation and accurate measurement. Agricultural drones are also increasingly used in agricultural work, including crop growth detection, farmland soil quality testing, pest and disease monitoring and plant protection spraying.

A patrol drone, as the name suggests, is an unmanned aircraft that can perform patrol tasks. In recent years, with the continuous advancement of technology, drones have been widely used in many fields, including the field of public safety. The application of drones has brought great convenience to public safety; patrol drones, as an application in the field of public safety, have received even more attention.Agriculture Drones A patrol drone is a device that is used to carry out public safety patrols by means of a drone. It can be equipped with various sensors and cameras to collect information about the target environment and thus respond more flexibly to various security issues.Sprayer Drones In practice, patrol drones can be used in many scenarios, such as government departments, enterprises and institutions, communities, parks and many other places, all with the aim of ensuring public safety.Drone Frames Due to their unattended, all-weather operation, high mobility and ability to obtain information quickly and in a short time, patrol drones are widely used in the field of public safety and have brought convenience to many public places. In the area of social security, patrol drones can patrol urban areas, streets, shopping malls and other places to collect information about the environment in the target area, record abnormal behaviour, find problems and report them in time, thus effectively safeguarding people's lives. In emergency situations such as fires and earthquakes, patrol drones can quickly detect the areas needed for rescue and provide information to the command centre to provide strong support for disaster rescue. In addition, patrol drones also have an important role to play in protecting the ecological environment. Like national forest parks, wildlife sanctuaries and other ecological protection areas, there is often poaching, illegal logging and other acts, patrol drones can do without affecting the case of plants and animals, to complete environmental inspection, prevention of harmful activities and the protection of wildlife. In short, as society continues to develop, the importance of patrol drones is gradually coming to the fore. Not only can it greatly improve the efficiency of the public safety sector, it can also create a safer and more convenient public environment for people. In the future, with the continuous updating of technology and improvement of hardware, it is believed that the application areas of patrol drones will continue to expand, creating a better living and working environment for the public as well as bringing more convenience and safety to people.

A Multi-rotor Drone is a vehicle that consists of multiple rotors, usually four or more rotors. They can take off and land vertically by using motors to drive rotating propellers, and control the direction and altitude of flight by changing the speed and direction of rotation. Multi-rotor UAV has become a hot topic in the field of modern UAV, their application is more and more wide, widely used in agriculture, mapping, search and rescue, monitoring, shooting and other fields. H870 H4 Lightweight Quadcopter Folded Carbon Fiber Frame Characteristics of multi-rotor UAV: 1. High flexibility: multi-rotor UAV can fly in a narrow space and can fly in a room, forest, mountain and other environments, with very high flexibility. 2. Simple operation: The control system of multi-rotor UAV is very simple. It only needs to be controlled by remote control, and can realize flight without complicated operation. 3. Access to low altitude: Multi-rotor UAVs can access low altitude for shooting and monitoring, and can obtain angles and perspectives that traditional handheld cameras and other tools cannot. 4. Easy to carry: multi-rotor UAV is small in size, light in weight, easy to carry, and can be flown anytime and anywhere. 20mm Folding Joint For Drone Arm Pipe Applications of Multi-rotor UAV: 1. Agriculture: Multi-rotor UAV can be used in the agricultural field for crop monitoring, fertilization, spraying and other work to improve agricultural production efficiency. 2. Surveying and mapping: Multi-rotor UAV can be used in the field of surveying and mapping. It can carry out terrain surveying, building surveying, road surveying and other work to improve surveying and mapping efficiency and accuracy. 3. Search and rescue: Multi-rotor UAV can be used in search and rescue field, which can carry out search and rescue work in disasters, accidents and other occasions to improve search and rescue efficiency. 4. Monitoring: Multi-rotor UAV can be used in the field of monitoring, which can carry out environmental monitoring, safety monitoring, traffic monitoring and other work to improve monitoring efficiency and accuracy. 5. Shooting: Multi-rotor UAV can be used in the field of shooting, such as aerial shooting, film shooting, tourism shooting, etc., to improve the shooting effect and perspective. Pesticide Brushless Pump Water Pump Agriculture Drone Folding Spraying Bar Multi-rotor UAV has the characteristics of high flexibility, simple operation, low altitude, easy to carry, etc., which is widely used in agriculture, surveying and mapping, search and rescue, monitoring, shooting and other fields.

Multi-rotor UAV is a kind of UAV composed of multiple rotors. Its main components include frame, motor, electric regulation, flight control, remote control, battery, etc. Each section has a specific function, which is described separately below. ⅰ. Frame The frame is the main structural part of the multi-rotor UAV, which is usually made of carbon fiber, aluminum alloy and other materials, and has the characteristics of lightweight, high strength and durability. The main function of the frame is to support various components, and it is also an important part of the UAV's appearance design. 700mm Hexa Rotor Drone Frame 680mmQuadcopter Industry Application Drone Frame ⅱ. Power Combo System The Power combo system is the power source of the multi-rotor UAV. It is responsible for driving the rotor to rotate and generate lift to enable the UAV to fly. Including motor, ESC(electronic speed controller) and propeller. The motor is usually brushless motor, which has the advantages of high efficiency, low noise and long life. The speed and power of motor have important influence on the flight performance of UAV. ESC is an important part of Power Combo System, it is mainly used to control the speed and direction of the motor, so as to control the flight of UAV. The main function of ESC is to convert the signal sent by the flight controller into the control signal of the motor, so that the UAV can achieve a stable and smooth flight. Propeller is a direct source of lift and thrust for UAV. The propeller has two basic sizes, diameter and pitch. According to the different materials can be divided into composite material propeller, carbon fiber propeller and nylon propeller. According to folding mode, it can be divided into foldable propeller and straight propeller. Z6S UAV Power Combo System 6215 Motor CW/CCW JMRRC 8010 KV115 Multi Rotor Brushless Motor ⅲ. Flight Control Flight control is the "brain" of multi-rotor UAV. It is the core component of UAV, which is used to control the flight attitude, position, speed and other parameters of UAV. Flight control usually includes sensors such as accelerometer, gyroscope, compass and barometer, through which the status information of the UAV is obtained, and then the control instructions are calculated through the built-in algorithm to control the flight of the UAV. JIYI K++ V2 Agriclutural Drone Flight Controller CUAV V5+ Flight control system FC ⅳ. Remote Control Remote control is the operating equipment of multi-rotor UAV. It communicates with aircraft through radio signal to control the flight of UAV. The remote control usually includes a joystick, button, display screen and other parts, through which the UAV can take off, land, hover, forward, backward, turn left and right and other flight actions. H12 Remote Control For Agricultural Spraying Drone G10A 15KM Hand Held Portable Ground Control System ⅴ. Battery The battery is the power source of the multi-rotor UAV, which provides the electric energy required by the UAV. Batteries are usually lithium batteries, which are characterized by high energy density and light weight. The capacity and voltage of the battery have an important effect on the endurance and flight performance of the UAV. 22.2V 6S 22000mAh Semi-solid Lipo Battery UP8 800W Dual Charger for 6S Drone Battery To sum up, the main components of multi-rotor UAV include frame, motor, electric regulation, flight control, remote control, battery, etc. Each part has a specific function, and they work together to enable the UAV to achieve stable, smooth and efficient flight.

Definition: Unmanned aerial vehicle, or UAV, refers to an aircraft that can fly autonomously or remotely without an operator on board. Multi-rotor UAV is a special unmanned helicopter with three or more rotor axes. It rotates through an electric motor on each shaft to drive the rotor, which generates lift thrust. The total pitch of the rotor is fixed, rather than variable, as in a conventional helicopter. By changing the relative speed between different rotors, the single-axis propulsion force can be changed, so as to control the trajectory of the aircraft. JMR-X900 Security Patrol Drone Classification: 1. classification by the number of axis : Common multi-rotor UAVs have three axes, four axes, six axes and eight axes. Generally speaking, the number of motor axes is even. This arrangement can make the flight control algorithm more simple and the aircraft is more stable. Take the most common four-rotor UAV as an example. When the propeller of the UAV rotates at a high speed, the air will generate resistance, which will cause the UAV to spin in flight. To counteract this air resistance, the adjacent propellers are arranged to turn opposite, so that the air resistance of the propellers cancels each other out, thus ensuring a stable flying attitude of the UAV. JMR-V1250HZ Six-rotor 10L agricultural spraying drone 2. Classification by rotor layout: Rotor layout is divided into I, X, V, Y and so on JMR-X1100 Long Flight Rescue Patrol Drone With Searching Light 3. Classification by power: It can be divided into oil-powered multi-rotor UAVs, electric multi-rotor uAVs and oil-electric hybrid multi-rotor UAVs JMR-X1400 Agriculture spray drone seeds fertilizer spreading drone 4. Classification by weight: Miniature multi-rotor UAV: Weight of empty aircraft and total take-off weight less than 1.5KG. Lightweight multi-rotor UAV: the air weight is between 1.5-4KG, and the total take-off weight is between 1.5-7KG. Medium multi-rotor UAV: The empty weight is between 4-15KG, and the full take-off weight is between 7-25KG. Large multi-rotor UAV: The empty weight is over 15KG, and the take-off full weight is over 25KG. JMR-V1650 16L Agriculture pesticide spraying drone seed spreading

This high-performance drone is designed to meet the demands of modern agriculture. With a large payload capacity of up to 10kg and a spraying width of up to 6m, the X1400 can cover large areas quickly and accurately. Equipped with advanced GPS technology and intelligent flight control, this drone can navigate even the most complex terrain with ease, ensuring precise and consistent spraying every time. The X1400 is powered by M8 high-performance brushless motor that provides exceptional speed, power, and stability. The drone's durable and lightweight carbon fiber frame ensures maximum durability and longevity, making it an ideal investment for any agricultural enterprise. In addition, the X1400 is equipped with a state-of-the-art spraying system that provides precise and efficient spraying. The drone's spraying system is designed to minimize waste and ensure maximum coverage, making it an environmentally friendly choice for crop spraying. Overall, the X1400 is the perfect solution for efficient and effective crop spraying. With its advanced technology, high-performance capabilities, and eco-friendly design, this drone is a must-have for any modern agricultural enterprise. So why wait? Invest in the X1400 today and take your crop spraying to the next level!

Agricultural plant protection UAV is a new type of agricultural equipment that uses advanced technology to achieve precise application of crops. It can replace the traditional manual spraying or mechanical spraying, with high efficiency, precision, energy saving, environmental protection and other advantages, gradually become an important tool in modern agricultural production. First of all, agricultural plant protection drones can achieve precise medicine application. Equipped with high-precision navigation, remote sensing, intelligent control and other technologies, it can carry out all-round and multi-angle monitoring and analysis of crops. According to the growth of crops and the distribution of pests and diseases, it can accurately calculate the dosage of agents and the location of spraying, realizing accurate application of drugs and avoiding waste and pollution in the traditional spraying process. Secondly, drones for agricultural plant protection can improve operational efficiency. Compared with traditional mechanical spraying, it can complete the same amount of work in a shorter time, reducing labor and time costs, and improving operational efficiency. At the same time, because it can operate without restrictions such as terrain and climate, it can also respond quickly in case of emergency, ensuring the timely control of crops. Finally, agricultural plant protection drones also have the advantages of environmental protection and safety. Because it can be applied accurately, it avoids the waste and overuse of medicine, and reduces the pollution of soil and water. At the same time, it reduces health risks to operators as it avoids exposure and inhalation during manual spraying. In conclusion, the UAV for agricultural plant protection is a forward-looking and practical agricultural equipment, which can help farmers achieve precise application of medicine, improve operational efficiency, protect the environment and ensure the safety of operators. It will play an increasingly important role in the future agricultural production.

X900 Security Patrol Drone is a Long Flight Drone upto 60 minutes . Designed it with new folding type for smallest dimensions after folded. The smallest size and lightest weight with upto 3kg payload ability suitable for rescue, patrol ,mapping survey task and so on. Especialy the quick release landing gear and quick fold arms let it can be carried by backpack. The drone equipped 10000 Lm Searching Light with camera for real time monitor with 720p video. Flight Control Range is 10km+ ,Video transmission range 5KM. This Drone Platform can equip other industrial drone equipment. Such as 10X optical zoom camera gimbals, Wireless Mega phone , paradropper... This flight flatform can be custom made for different parts: Flight Controller (A3/PIXHAWK/JIYI...) Radio Transmitters Video Link & Datalink Electric Retractable Gear Compaticble Equipments 1080p 10X Zoom Camera with Gimbals Dual Light Camera with 3 axis gimbals system 10000lm searching light for drone Recordable Drone Wireless Megaphone ParaDropper Compatible with Propulsion system: (for different payloads) Motor 5010 series Motor 7206/7205 Motor 6215 Motor 6110 Parameters: Input: 6~12S (22.2~52.2V DC) Battery Type: Lithum Polymer 15C+ Plug type : XT90 Electric Retractable Landing folding range: 0~65° (0 is horizontal position) SPECIFICATIONS Model : JMR-X900 Max Payload. 3Kg N.W. : 3.78 Kg Max Take Off Weight: 11Kg Dimension: 71x71x42CM Dimension(folded): 48x43x42CM Control Radius: 5000+ Meters Max Flight Height: 500 Meters Hovering Time(unload): 64 Minutes Hovering Time(load 1.1kg): 50+Minutes Dimensions:

Since 2018 some company announced the new technology of Semi-Solid Lithium Ion Battery. This is a solution to increase the Lithium Ion battery capatiy and cycle life. And high energy density with light weight. Compare with the traditional Lithium ion batteries it has follow differences: 1-The energy density upto 259Wh/kg, Means the same weight it can storage nore power; 2-Same capacity, It reduced the it's weight. 3-Discharge range improved: Traditional Li-ion batteries usual keep the range from 3.3V to 4.2V /cell. But the Semi-Solid Li-ion battery discharge range from 2.7 to 4.2V. 4-The battery cycle life increased 2X. The traditional battery cycle life usual within 150 times. But Semi Solid Li-ion battery cycle life about 300 times. 5-Semi Solid Battery discharge rate is lower than traditional Li-ion battery. It is only 10C,Meas this battery better for none heavy payload and suit to long time flight Drones. Like the security patrol drones. For example the quad copter drone of JMRRC X1400 ,If the total current more than 100A thn the 6S 16000mAh battery doesn't suit to it. But if we keep the payload less than 10Kg and current less than 100A, this battery will work better anyway. 6-Semi Solid Li Ion Battery safe during transporting and storage. Here is the datasheet for both kinds batteries for comparison. From the datasheet ,We know Semi Solid battery very good for the Drone and UAV which need the long flight time without heavy payload. And the science strives to make things better, We belive the semi solid battery will getting better and cutting the cost. We will see it.

I.The components of Drone Lipo Battery: The lithium batteries used in UAV and Drones: lithium cobalt oxides, we call it Lithium polymer battery. Depend the different materials of the batteries ,There are several systems of lithium batteries:lithium cobalt oxides, lithium cobalt oxides,lithium cobalt oxides, and Ternary material(NCM),And it also has another materials,But the above materials refer to anode materials. II.The features various battery: 1-lithium iron phosphate is too heavy,and with a low voltage,so it's not usually used as a UAV battery. 2-The lithium manganate discharge platform height, but it has its inherent defects. In addition, the discharge rate is low, it's not be used as a UAV battery. 3-The production technology of lithium cobalt oxides is the most mature, and the discharge rate can be increased. It is the best choice for UAV battery, And most of the batteries for Drone and UAV use this. but its disadvantage is too expensive. Even expensive but still use forAgriculture Spraying Drone, Industrial Drone and Racing copters. 4- Ternary material(NCM)is cheaper, but it is made of three different materials, so there will be many mix proportion,such as 3:3:3, which is the best ratio for UAV battery.It also has another ratio like 4:3:3 , 8:1:1 .... ect,that`s means different ratio, different characteristics ,First of all, nickel is the most active (it is the first generation of lithium-ion battery , but all failed because it is too easy to fire and explode) Cobalt activity is slightly less active than nickel, but it is very stable, which is what we call lithium battery.Manganese has low activity, but the structure is stable, the disadvantage is that it will lead to a short life,Such as 8:1:1 refer to nickel 8 cobalt 1 manganese 1, the sort order is nickel,cobalt manganese (or called NCM) Because the ternary material can mix proportion, nickel has large capacity, cobalt is stable, manganese has stable structure and high platform. So you can mix it due to demand. The discharge multiplying power of ternary materials cannot be very high. Manganese always drug their feet. Nickel is too dangerous to be limited. In addition, because it is a mixture, there is no flat platform. See the below figure for the meaning of platform: lithium cobalt oxides battery discharge curve Ternary material(NCM) Battery discharge curve Therefore, the battery with discharge platform has better power durability when flying, and the voltage drop is slower than the ternary battery. In order to solve this problem, many ternary batteries now use the 14s method, which aims to reduce the voltage drop when the discharge reaches half, so as to extend the flight time, but the problem is that the charger needs 14s. Another way is high pressure! But it's only a little higher than a normal battery. The battery we use is 4.2V full charge, and the high-tension battery is 4.3v to 4.35v full charge, but it is basically more than 4.3v. The negative side of high-tension battery is also the requirement of charger, and less security. At the moment DJI MG series use this technology for it`s Smart batteries to get more battery life. III.The discharge limit of UAV battery: According to the data provided in practice, when the discharge at 1C within 95% , the service life will not be affected, which is about charging and discharging cycles. The discharge is about 3-5c in actual use, and in 85% ~ 90% does not affect the service life, and lower discharge will make the service life more than 200 cycles, sometimes around 300 cycles. The life of smart drone battery is longer than that of non-intelligent battery. Because It has the management module with function of self discharge and charging protection. The service life of 12s battery is longer than that of ordinary series 6S battery. Because the whole machine balancing of 12s is better than that of two independent 6S.

When UAV are used for search and rescue or night security patrols, the Searchlights are often used. However, most of the searchlights used by UAV on the market are too low in power and brightness, so they cannot be used for Lighting in a long-distance or a certain altitude.but The UAV searchlight developed and designed by JMRRC has the characteristics of high brightness (up to 6000lm), long irradiation distance and wide irradiation range.The searchlight can also adjust the illumination angle through the remote control, switch the lights remotely, and compatible with the remote control equipment with PWM output. In order to ensure the long working time and the service life of LED lamp beads, the LED lamp tube adopts the all aluminum enclosed shell, and add the double bearing fan for active heat dissipation. The lamp body can prevents rain. It is a professional equipment that is very suitable to be mounted on UAV for patrol, rescue and emergency lighting.

Aluminium Alloy Frame Body The Multi Rotor Drones is developing since years ago, For the heavy load drones and Agriculture Spraying Drones, Duo to reduce the weight for improve longer flight time,People tried the carbon fiber materials to make the center body of the frame. Use the carbon fiber plate and stronger pipe clamp to build the center body.As you know the carbon fiber board is flexible,if we need it be stronger, the carbon fiber pipes need close to the center of each other, in this way will occupy more space of the center body. This is not good for equipped the autopilot which has more modules needed to put in the center body. Some of the Drone Flight Controller is sensortive for the vibration and shock. People deem the Aluminium Alloy frame will be heavy than the oridinary carbon fiber frame. But our frame design turned the standard notion. Our unitary Aluminium Alloy frame body instead the carbon fiber one and reduced 30% ~ 40% weight. Unitary design with the reinforced structure can avoid the shocks effect to Drone polit.So relaible and stable flight performance if use our Drone Frame.And compared with the oridinary frame, ours unitary CNC made center body more convenient to maintenance. just remove few screws, can be easily replace the pipes. But we have to remove almost 40+ screws if we want to replace a pipe on the oridinary frames which use carbon fiber boards made. You also no need worry the aluminium unitary frame body will be crashed in aircrash. The unitary Aluminium Frame bodymore stronger than the carbon fiber pipe, The carbon fiber pipe is cheaper so and easy be repalced. At the moment, we have the follow drone frame use the Aluminium Alloy Frame center body: X1100, X1400,V1300. Those Frames we applying to Agriculture Spraying Drones, Industrial Drone etc. We belive after user test those frames will be more popular in the near future.