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Posted by phyngineer | Jan 17, 2020 @ 12:45 AM | 6,319 Views
If you're unfamiliar with drones (or even unfamiliar), reading all the words in the industry and expecting to fully understand it can be daunting. That's why we are here to help with the Drone Vocabulary Guide! The goal is to make sure you understand what you are reading, especially the specifications.


A device for sensing and measuring 3-dimensional acceleration mainly used to help stabilize drones. Usually, these are built into the flight computer.

Automatic leveling

Enables drones to automatically travel in uniform flight.

Autonomous flight

No human intervention is required to complete the flight of the system.


Beyond sight. The operator cannot see any flight of the drone with independent vision (binoculars, cameras, etc.), including when the operator cannot tell which direction the drone is facing.

Coverage area

The area that a drone can cover during flight. For many drones, this will change depending on the payload configuration.

Cruising speed

Speed ​​of the drone during the flight cruise phase.


The ability to see, sense or detect air traffic or other hazards and take action to prevent collisions.

flight duration

Drone flight time. This is usually the longest time when viewing drone specifications. When scheduling a task, this is the time required to complete the task.


Ground control station. GCS is usually the interface that operators use to control or issue...Continue Reading
Posted by phyngineer | Jan 16, 2020 @ 02:15 AM | 6,859 Views
Japan's "Asahi Shimbun" January 14 issue published a report entitled "The Government intends to strengthen the domestic drone company's assistance policy", said that small drones are being widely used in cargo transportation and other industries, the government decided to introduce assistance policies accordingly, Help domestic enterprises to develop or introduce drone models that can effectively respond to cyber-attacks.

It is reported that the Japanese government plans to submit a new bill at the general meeting of the parliament that opens on the 20th and strives to formally implement this summer.

At present, due to safety considerations, according to the provisions of the "Aeronautical Law" and other regulations, UAVs are restricted to fly around urban areas, nuclear power stations, and other important facilities and beyond the eyes of the operator. The Japanese government's policy is to relax some restrictions before 2022 to facilitate the use of drones in the logistics and security industries with severe shortages.

According to the report, with the popularization of 5G, mainstream drones may be capable of autonomous flight in the future, but there is also the possibility of being manipulated by third parties through hacking means or maliciously intercepting captured video images.

In order to prevent similar situations, the Japanese government will introduce a new law to provide support for aircraft models that have adopted security measures or for the introduction and development of autonomous flight systems. It is reported that when a venture capital company with a government background makes a capital contribution, it will relax some of the approval conditions and will also facilitate the relevant companies to obtain low-interest Japanese policy financial treasury financing.
Posted by phyngineer | Jan 14, 2020 @ 10:39 PM | 6,156 Views
Tethered drone Another function of this tether is data fiber optic cable. When natural disasters occur, communication physical facilities such as base stations are often damaged. The complete restoration takes time. The payload of a tethered drone is generally 5kg-15kg, and the flying height can reach 200 meters. Therefore, a micro base station can be placed, and Signals are transmitted through optical fibers. As long as the plane rises to 50 meters, it can grasp the situation within a few kilometers.

Generate multi-spectral images with the help of a multi-spectral imager equipped on the system to intuitively and comprehensively monitor the surface water environment quality status, and provide thematic maps of environmentally-friendly drone water eutrophication, water bloom, water transparency, and pollution status of suspended solids outlet In order to achieve the purpose of monitoring the water quality characteristics of environmental protection drones. The drone can also be equipped with a mobile atmospheric automatic monitoring platform to monitor the atmosphere in the target area. For pollution factors that cannot be monitored by the automatic monitoring platform, a sampler can be used to collect atmospheric samples in the air and send them back to the laboratory for analysis. The UAV remote sensing system has a strong ability to support safe operations, can enter high-risk areas to work, and effectively avoids the safety risks of monitoring and sampling personnel.

...Continue Reading
Posted by phyngineer | Jan 13, 2020 @ 09:30 PM | 2,539 Views
With the rapid development of drone technology, the application of drones in power plays an increasingly important role, mainly used for refined inspection of transmission line towers, an inspection of transmission line passages, emergency rescue, and three-dimensional transmission line passages. Modeling, transmission line barriers, and three-span measurements.

Recently, Zhejiang Zhoushan Unicom and State Grid Power Co., Ltd. carried out smart energy--5G drone power inspection flight test experiment with great success. This inspection line is the world's first main 500 kV submarine cable and is one of the reinsurance projects for 5G industry applications in Zhoushan Unicom, Zhejiang.

Affected by the low transmission speed and high latency of the communication network, the existing UAV power inspection data is stored in the TF card of the UAV, and it is exported and processed manually after the inspection, which is time-effective and interactive. There are deficiencies in intelligence. 5G has the characteristics of large bandwidth, low latency, and wide connectivity. 5G + UAV power inspection can effectively solve existing deficiencies and provide targeted solutions, which have great advantages in timeliness, reliability, interaction, and intelligence. Promotion.
Posted by phyngineer | Jan 13, 2020 @ 03:44 AM | 3,051 Views
The NAHB survey also found that while 20% of all home builders are likely to use drones over the next three years, 38% said it would not be possible to use drones at all. However, when drilling into the details, the builder's size comes into play again. Only 13% of builders started at less than 6 units, and they responded that they would use drones in the near future, while 41% of 100 units started or more said they would.
Across the construction industry, including the commercial and industrial sectors, the number of drones used is even more impressive. In fact, a report from the International Association of Self-Driving Vehicle Systems (AUVS I) in April found that the construction and infrastructure industry is one of the largest commercial users of drones.
AUVSI makes an assertion based on the Federal Aviation Administration's exemption data, which shows that the FAA has granted construction and infrastructure companies nearly 1,800 exemptions, accounting for nearly 60% of all industrial applications, and about 40 of the total 4,600 exemptions approved by the FAA. %. Allows companies to apply for FAA drone exemptions so that they do not have to meet the same airworthiness requirements as manned aircraft. The FAA expects to develop rules for drones this year.
In contrast to home builder drone usage figures, For's analysis of AUVSI data found that almost all FAA exemptions issued to construction and infrastructure companies went to those with less than $ 1 million in revenue and less than 10 employees. Small business.
Drones have become a game-changing technology in the construction industry because they can monitor construction sites, take pictures, collect information, and then send it back to the project manager or design team.
Posted by phyngineer | Jan 09, 2020 @ 10:20 PM | 2,491 Views
If you want to compare the advantages and disadvantages of China and foreign civilian drones, China can be said to be the only country that has developed drones in a serious direction. There are several major development directions abroad: military, experiment, and entertainment. For large-scale applications, China is the most powerful. And in industrial-grade applications, China will pull other countries further and further in the future.
We only talk about industrial drone applications today. Industrial drones, according to their applications, can be divided into five main areas: plant protection, transportation, mapping, inspection (police security, power line inspection, petroleum pipelines, telecommunication cruise, forest fire-prevention ...), relaying.
In the industrial-grade market where technology has yet to mature, the market needs to be cultivated, and even users need education, which fields will have bright prospects?
There are many nuggets in the field of plant protection, but there are not many real earners, and there are even many companies that pay money to do plant protection. The price war in this area has become increasingly fierce, but the country has realized the importance of this industry and has started actual subsidy actions, which is a very important signal. With state subsidies, the plant protection industry will become China's leading industry in the world.
In the field of transportation, SF,, Youweis, Fanmei, and various...Continue Reading
Posted by phyngineer | Jan 08, 2020 @ 10:43 PM | 2,729 Views
On January 8, the first snowfall of 2020 fell in Xuzhou, Jiangsu. The State Grid Xuzhou Power Supply Company then organized employees to conduct special post-snow inspections of the 220 kV Fort Sand Line using drones. It is worth mentioning that the line inspector enters the inspection task into the flight control APP, and the drone inspects two of the linear pole towers without any manual intervention. The entire process takes only 12 minutes.
In recent years, due to complex transmission line paths, high tower heights, and wide distribution, the refined inspection of transmission towers has been a major problem. However, the previous track inspection of transmission line drones relied on manual collection. Although the technology is simple, quick to get started, and easy to implement, manual track collection has a large workload, slow speed, high cost, inflexible application scenarios, and cannot be fully adapted. Flexible and autonomous inspection requirements in multiple scenarios.
"Existing UAV inspection technologies for transmission lines often require manual track collection, which means that a drone needs to manually control the drone to fly once before the drone can achieve automatic flight. The embedded system is relatively closed, and it is impossible to customize the inspection function according to the actual needs of our site. "Zhao Changxin, director of the Transmission and Inspection Office of Xuzhou Company, revealed the shortcomings of the...Continue Reading
Posted by phyngineer | Jan 07, 2020 @ 10:48 PM | 3,909 Views
Recently, China Mobile and Huawei completed the world's first unmanned aerial vehicle 5G high-altitude base station emergency communication test. The high-altitude drone base station has a coverage of more than 6.5KM when flying at 200m altitude.
This test is the first case in the world to verify the coverage capability of a drone plus a 5G communication system, further verify the feasibility and implementation of the 5G high-altitude base station solution, and provide a better emergency communications solution for future earthquake relief work. Play a greater role in the scene.
As everyone knows, with the development of communication technology, drones have played a more and more important role in society, especially the arrival of 5G. Because of its large bandwidth, low latency, and multiple connections, it has given drones new Demand, it can play an important role in different business scenarios such as emergency communications, security, inspection, logistics, agriculture, and forestry, and enable all industries to reduce costs and increase efficiency.
China Mobile Research Institute, Xiong'an New Area Mobile United, Huawei and UAV company have continued their scientific research and innovation. After multiple verifications, new developments have been made in 5G high-altitude base station communications, and they have further broken the issue of coverage.
The pilot was conducted in Xiong'an New District, Hebei Province, and the feasibility of the scheme was fully...Continue Reading
Posted by phyngineer | Jan 06, 2020 @ 09:54 PM | 4,144 Views
On the morning of January 3, it was the day of a monthly "physical examination" for the river surge in the section of the Banfu Bridge. An unmanned aerial vehicle equipped with hyperspectral equipment flew over the river surface, and the water quality numerical data in the river surge was transmitted back to the shore computer equipment in real-time. This "sweep and swipe" knows the hyperspectral monitoring and analysis technology of river water quality. It is one of the city's river water automatic monitoring platform projects. Through drone river inspection, it helps river rivers to accurately control pollution.
On the morning of January 3, the sun is just right and the visibility is high, which is suitable for "flying" weather. Around 10:30 in the morning, the drone equipped with a hyperspectral instrument took off from the vicinity of the Banfu Bridge. After being lifted vertically to a height of about 150 meters, it slowly flew along the river. Process UAV flight, high spectrometer collected data real-time transmission on the playback computer on the shore. These data, after computer processing, will be converted to the intuitive picture of the creek water quality profile.
Back in the office, Xing Qianguo, a researcher at the Institute of Coastal Zone Research of the Chinese Academy of Sciences, retrieved from the computer the distribution maps of river water quality collected on the cross-section of the Banfu Bridge in September...Continue Reading
Posted by phyngineer | Jan 06, 2020 @ 02:51 AM | 5,443 Views
The State-owned Jiangsu Province Electric Power Co., Ltd. independently developed the "Internet Inter-Sky Eagle" transmission line mobile UAV intelligent inspection and inspection equipment was officially delivered in Nanjing. Since then, Jiangsu Power Grid has entered a new era of UAV intelligent inspection.
The device is also called the grid inspection mobile airport, and each airport is equipped with a smart inspection vehicle and 4 drones. It is the first set of intelligent mobile inspection equipment for mobile drones in China. It integrates task management, autonomous route planning, one-button intelligent inspection, multi-machine and multi-tasking collaboration, real-time operation monitoring, centimeter-level precise landing, and intelligent inspection defect identification. The functions are integrated into one, and the whole reach the international advanced level, and the transmission line can be clustered, automated and refined.
As the most intensive and largest provincial power grid in China, Jiangsu Power Grid faces the contradiction of a structural shortage of personnel and fast, fast and lean requirements of the power grid. The traditional manual inspection mode has been difficult to meet the high-quality development needs of the power grid. "The mobile airport has realized the implementation of modern information technologies such as smart perception, mobile interconnection, electric power Internet of Things, artificial intelligence. It...Continue Reading
Posted by phyngineer | Jan 03, 2020 @ 03:20 AM | 4,420 Views
Zumiao Street, Chancheng District, Foshan, responded to the illegal construction around the Guangmao Railway by starting drones to monitor the buildings along the railways under the jurisdiction of the streets. It only patrolled 10 kilometers in 3 hours. Efficient and cost-effective.
Through the real-time transmission of the high-definition picture and playback function of the drone, the staff can easily check the situation along the railway, find out and deal with the problem in time.
Using drones, you can also monitor railway infrastructure, security risks, and more. We know that traditional railway line inspections are generally performed by staff using ordinary instruments or naked eyes to inspect facilities and manually record the situation. However, this is prone to problems such as record errors, inadequate inspections, and inability to troubleshoot in special locations. Need to spend a lot of human costs and investment.
UAVs have gained good benefits in applications such as power line patrols, bridge monitoring, and urban safety management due to their maneuverability, high-resolution aerial image acquisition, safety and efficiency, and the difficulty in manual field surveys. Similarly, in the railway field, it is also applicable to road maintenance, route selection, address survey, disaster early warning and emergency response.
The UAV railway inspection solution mainly consists of a flying platform, a gimbal camera, and a ground station:
And has the following...Continue Reading
Posted by phyngineer | Jan 02, 2020 @ 02:20 AM | 2,851 Views
At present, drones are more and more integrated into daily production and life, and the scope of application has been widely expanded, becoming high-tech equipment with full affinity. Industrial-grade drones have been used in many fields such as agriculture, plant protection, express transportation, disaster rescue, and mapping.

By the beginning of the 21st century, with the emergence of new technologies such as global satellite positioning and cost reduction, civilian drones have begun to proliferate. As of the end of June 2019, the number of registered drones in China reached 339,000. Statistics show that China ’s consumer drone exports account for about 70% of the world ’s total drone exports, reaching more than 1.2 million.

Behind the rapid development of the drone industry are the continuous advancement of technology and the continuous expansion of the market. It is increasingly recognized that drones can perform tasks that are not convenient for humans. For example, it takes 1-2 hours to manually inspect a base tower, while autonomous drones only need 5-10 minutes to discover hidden dangers that cannot be detected by the human eye, and has a wide range of application scenarios. In the next few years, drones will become a more common tool of labor. Industry insiders pointed out that DJI's success in the field of consumer drones has also promoted the development of the entire industry.

In addition to aerial photography, the consumer-level intelligent drones...Continue Reading
Posted by phyngineer | Dec 30, 2019 @ 09:55 PM | 2,090 Views
Basic articles
1. What is a drone?
UAV is the abbreviation of Unmanned Aerial Vehicle. It is an unmanned aircraft using radio remote control equipment and its own program control device, including unmanned helicopters, fixed-wing aircraft, multi-rotor aircraft, and unmanned airships. , Unmanned paraglider. In a broad sense, it also includes near-space vehicles (20-100 km airspace), such as stratospheric airships, high-altitude balloons, solar drones, and so on. From a certain perspective, drones can perform complex aerial flight tasks and various load tasks under unmanned conditions, and can be regarded as "air robots".
2. What is flight control?
The so-called drone flight control is the drone's flight control system, which mainly includes gyroscope (flying attitude perception), accelerometer, geomagnetic induction flight control, air pressure sensor (rough control of hover height), ultrasonic sensor (low altitude) Precise control or obstacle avoidance), optical flow sensor (precision determination of horizontal position when hovering), GPS module (rough positioning of horizontal position and height), and control circuit. The main function is to automatically maintain the normal flight attitude of the aircraft.
Remote control articles
1. Remote control and receiver?
An airplane aircraft needs to be controlled by a device. This device is a remote control. The corresponding aircraft needs a device that can receive commands from the...Continue Reading
Posted by phyngineer | Dec 30, 2019 @ 03:11 AM | 4,216 Views
Allows daily use of small and medium-sized UAVs for low-horizon flight

Uniform agreement with UAV cloud server can provide drone flight trajectory services and other functions for air traffic control

On December 24, the reporter learned from China Mobile (Chengdu) Industrial Research Institute (hereinafter referred to as "Chengdu Research Institute") that Chengdu Research Institute recently released the world's first drone-specific 5G communication product-Hubble One, which will mainly Communication link for drones.

"The design of this 5G product is mainly to solve the problem of over-the-horizon flight of drones," said Chen Shengwei, head of the 5G communication product project team for the drone of Chengdu Research Institute. At present, the main flight mode of drones is in line of sight Flying, the flight distance is within a few kilometers, "Hubble 1 allows small and medium-sized UAVs with more daily use and low-horizon flying."

This is a task that 4G modules could not complete before. Chen Shengwei explained: "Simply speaking, 4G signals mainly cover planes, and there is not much coverage in stereo vertical distance, while 5G signals can be covered in three dimensions." 5G large-scale antenna array technology allows a single base station within 3 kilometers and a vertical distance of 300 meters. Keep a stable signal. "At this vertical distance, 4G signals have many coverage dead zones at low altitudes, which...Continue Reading
Posted by phyngineer | Dec 26, 2019 @ 10:26 PM | 1,131 Views
Leading flying car developer SkyDrive Inc. has successfully piloted a freight drone, which is expected to revolutionize the way heavy goods are transported and speed up the movement of equipment in remote areas. The first operational test was conducted earlier this month (December) in Toyota, Japan, testing the technology by moving heavy equipment in remote areas. More tests will take place later this month.

This new technology has been tested for a load capacity of 30 kg-using SkyDrive's leading aircraft development technology to achieve high safety standards. The technology is expected to be further developed to achieve greater load capacities of 50 kg and 80 kg (depending on demand). The freight drone also has the potential to change the way products are moved from factories to warehouses and transfer stations.

"We are pleased to have successfully tested this leading technology. Our freight drone has proven to be able to safely lift up to 20 kilograms of cargo in mountainous areas, saving time," said SkyDrive CEO Tomohiro Fukuzawa. And money. We look forward to continued efforts in the future to test heavier loads for our customers. Our goal is to create cutting-edge technologies that increase the productivity of businesses around the world, and today we are embracing an important milestone in achieving this goal.

However, in China, major drone manufacturers are also working on drone express delivery and logistics distribution, as well as manned drones,...Continue Reading
Posted by phyngineer | Dec 26, 2019 @ 05:26 AM | 871 Views
In recent years, with the development and application of the geographic information industry, remote sensing, as the front end of the geographic information industry, has also received much attention. Traditional geospatial data acquisition methods are facing the challenges of modern technology and equipment. Advances in remote sensing technology, especially the large number of high-resolution satellite imagery applications and the development of aerial remote sensing, have injected fresh blood into the data acquisition methods.

The advantages of satellite remote sensing images need not be repeated, and they have been welcomed by the masses as a supplement to vector maps. However, as a professional geographic information application, its insufficient data acquisition ability, poor current situation, and slow return visits are its flaws. Compared with satellite remote sensing, traditional large aircraft aerial photography is more flexible and the image quality is higher, but the process of aircraft leasing, airport management, and airspace application is too complicated, and the requirements for clouds are relatively high. At the same time, with the development of communication technology, sensors, and other technologies, surveying and mapping drones have emerged as a low-cost, high-precision, easy-to-use remote sensing image acquisition equipment, and have been used in traditional surveying and mapping, digital city construction, geographical conditions Good results have...Continue Reading
Posted by phyngineer | Dec 25, 2019 @ 02:13 AM | 2,317 Views
Autumn and winter seasons are dry and dry, just as forest fires are prone. Recently, a mountain fire broke out near Yingang Reservoir, Lingyun Mountain, Hecheng Street, Gaoming District, Foshan, Guangdong. Mountain fires spread from south to north along with the point of fire, and the fire quickly expanded. With the help of more than 6 strong winds, several “flying fires” appeared, igniting the mountain forest on the west side of the reservoir, forming multiple lines of fire, and the entire mountain forest became a sea of ​​fire.
After the fire, the Guangdong Provincial Fire Rescue Corps immediately set up an on-site headquarters and urgently mobilized units at all levels to form rescue teams to carry out the rescue.
After receiving the notice from the provincial fire brigade, MMC Corbett immediately dispatched a service team to the scene for support. The drone is equipped with a long drive straight into the fire forest and mountains and has established an information-based dynamic perception and feedback mechanism. The perfect cooperation between ground fire commanders and aerial fire drones has won precious processing time for this mountain fire rescue.
Gold combination, fast perception situation
After the fire, if the firefighting commanders can obtain the fire situation change information in time and understand the general trend of the mountain fire, it will greatly help the firefighters to consider the fire trend and provide decision-making reference for...Continue Reading
Posted by phyngineer | Dec 24, 2019 @ 02:50 AM | 3,465 Views
In recent years, the Hekou District Procuratorate of Dongying City has actively responded to the new requirements of the new era, created a "smart inspection service", established a "drone + prosecutor + marshal" working model, and created a new situation of ecological environmental protection public interest litigation.

In the process of advancing the public interest litigation of ecological environmental protection, the hospital has explored and formed a "prosecutor + drone + bailiff" working model and established a drone inspection and evidence collection team. The inspection and evidence collection team consisted of 4 people: 1 prosecutor, 1 prosecutor assistant, 1 bailiff, and 1 technician who obtained the CAAC drone driving license. Prosecutors are responsible for clues investigation and determination of the location of the incident; assistant prosecutors are responsible for assisting the prosecutor in issuing relevant documents; bailiffs are responsible for maintaining order at the scene and contacting local public security agencies; technical staff are responsible for determining the coordinates of the incident locations and reporting airspace applications, Use drones for forensics, etc.

Using drone applications to carry out rapid and low-environmental evidence collection, which effectively reduces the risk that prosecutors will not be able to enter evidence collection points under traditional working modes, and may even encounter...Continue Reading
Posted by phyngineer | Dec 23, 2019 @ 05:56 AM | 2,903 Views
Aerial photography, delivery, spraying pesticides ... At present, drones are more and more integrated into daily production and life, and the scope of application has been widely expanded, becoming high-tech equipment with full affinity.

Has been used in many fields such as agriculture, plant protection, express transportation, disaster relief, mapping

"Litchi picked in the morning, arrived at the buyer's table in the afternoon, drones have greatly saved manpower and material costs." Yin Zhihong, director and senior engineer of Haiying Aviation General Equipment Co., Ltd. said that drones will become a solution to logistics Deliver technology products for the "last mile" issue.

Drones were first used in military applications such as aerial reconnaissance in the last century. By the beginning of the 21st century, with the emergence of new technologies such as global satellite positioning and cost reduction, civilian drones have begun to proliferate. As of the end of June 2019, the number of registered drones in China reached 339,000. Statistics show that China ’s consumer drone exports account for about 70% of the world ’s total drone exports, reaching more than 1.2 million. Shenzhen has 70% of the world's civilian small drone market share, becoming a global benchmark for drone products. Shenzhen also has more than 300 drone companies such as DJI, Yidian and MMC, with annual sales exceeding 20 billion yuan.

According to the "Guiding...Continue Reading
Posted by phyngineer | Dec 20, 2019 @ 03:45 AM | 4,247 Views
According to a recent report by the Financial Times of the United Kingdom, the global commercial drone market is expected to grow from US $ 4 billion to US $ 40 billion in the next five years. From the perspective of global market development, the commercial drone market has grown rapidly and has not suffered any economic impact En Environmental impact.
Gartner predicts that the total shipments of the global Internet of Things (IoT) enterprise drones (defined as unmanned aerial vehicles) will reach 526,000 units in 2020, a 50% increase from 2019. By 2023, global IoT enterprise drone shipments are expected to reach 1.3 million units.
From package transportation to smart farms, the application of drones has penetrated into people's daily lives. Among them, it can replace difficult tasks that are difficult to complete by humans alone, such as forest fire detection, water quality detection, traffic management, etc. Mature applications in these areas make the value of drones even more prominent.
However, while the industry's technology is developing rapidly, many people in the industry have said that if there is no corresponding standard, the market will once be in chaos. Recently, the International Standards Organization released new industry standards to further regulate the development of the drone market and ensure safety and high-quality services.
At the beginning of 2019, the International Standards Organization (IPO) released the first step of the ISO / CD...Continue Reading