Drones uses and manufacturing
Drones uses and manufacturing
Drones, or so-called drones, are no longer used only for military reasons, but have become available to everyone. Some companies have relied on developing these drones to become available in many fields. For example, they have become available in photography, postal parcels, and others in some businesses, despite legal legislation. Which is still restricting its use without becoming completely legal due to its movement in the air without restriction. It is not only a source of concern for the political system, but after conducting statistics in America, the statistics obtained approval for its use by only 21% and for it to be used in commercial fields. There are many fears due to violation of privacy or Any security problems occurred, and in an attempt by the companies currently in the process of manufacturing drones to promote them, they cooperated with Fox Sports and then filmed golf matches and many matches to obtain better photography, unlike the usual use of fixed or portable cameras, and of course achieved higher promotion and better photographic angles. It is distinctive, and of course this has prompted many companies to use drones in filming operations, as Technical Director Brad Sheeny stated that it will become an essential tool in television directing.
Manufacturing mechanism for drones:
Accuracy and technology guarantee quality
The drone industry is one of the fastest growing industries in the world, witnessing increasing demand from various sectors such as military, commercial, agricultural, and others. Despite the technical and engineering challenges it faces, the manufacturing mechanism of these drones represents the decisive point in ensuring the quality and efficiency of the product, and it also differs based on the state of use. Of course, the military ones will not be the same as those used in filming or even directing operations, despite the difference in the steps followed. The manufacturing process remains the same:- Design and modeling technology:
The manufacturing process begins with the design phase, where the latest three-dimensional (3D) modeling techniques and advanced engineering software are used to design the airframe and determine its specifications with high precision. This aims to achieve optimal performance and maximum safety of the aircraft.- Manufacturing and assembly:
After the design is complete, the manufacturing and assembly process begins, where advanced computerized cutting machines are used to shape and manufacture the aircraft parts with extremely high precision. These processes include laser cutting, 3D printing, extrusion forming, and other highly precise methods, each of which is worked on by a team specialized in the manufacturing process of each piece of drone.
- Performance and quality testing:
After assembly, the aircraft undergoes a series of performance and quality tests, including endurance, stability, speed and auto-hover tests. These tests ensure that the aircraft responds efficiently to various conditions and tasks in order to ensure the efficiency of the use process.- Delivery and maintenance:
After the aircraft passes all the tests successfully, it is delivered to the customer. Of course, there is a difficulty that the buyer may encounter, as you cannot repair something you do not know, and it cannot be repaired without an expert in the aircraft itself, and thus technical support and ongoing maintenance services are provided. For buyers, these services include training on using the aircraft, maintaining it, providing the necessary spare parts, and others.
Leading companies in the drone industry such as DJI, Boeing and Lockheed Martin have advanced technologies and extensive experience that enable them to achieve the highest standards of quality and safety in the manufacture of these aircraft. With the development of technology and the development of demand, this industry is expected to continue to grow and develop in the coming years.
Drones: Amazing strides in various fields
Military use:
It is regrettable that the harsh human interference in manufacturing processes in our lives will not diminish their importance. Of course, drones, which were originally manufactured for military operations, will not be lost. They are used primarily:
- Reconnaissance and digression:
Drones are used to collect information and surveillance in sensitive areas, such as what is done by General Atomics Aeronautical Systems Inc. (GA-ASI) produced by the MQ-9 Reaper aircraft used in the US Air Force.
- Air strikes: Armed drones, such as the Russian Kargu-2, are used to attack specific targets without the need for human intervention, which we have seen recently used in recent wars.
- Agricultural spraying: DJI uses its Agras MG-1P aircraft to spray pesticides accurately and effectively, which reduces labor and material costs, as well as from a health standpoint, as pesticides have led to diseases for many farmers over time.
- Crop monitoring: Drones such as the SenseFly eBee SQ can fly over fields to analyze crop health and predict seasonal yields. One of the different uses is to hunt down bee-killing hornets that affect the pollination process of plants, which has been used in different ways by some farmers catching one hornet and then Tie it to a paper bag to determine the wasp's movement location and follow it to the nest.
- Aerial photography: Drones are used in aerial photography of cities and natural areas, and Kespry provides solutions for aerial photography for construction and mining projects, as well as in filming various celebrations and matches, and of course in the television directing process, in which the importance of photography with drones has become apparent.
Delivery: Companies like Amazon Prime Air are developing a drone delivery system to improve delivery speed and reduce costs.
- Medical ambulance: Drones such as Zipline are used to transport necessary medical supplies to remote and besieged areas, as happened in the recent earthquake in Turkey, and there was an urgent need to use them to transport the necessary medical materials to besieged areas behind the mountains, and other uses that have recently appeared in many rescue operations. Urgent.
- Public health monitoring: Drones can be used to monitor epidemics and communicable diseases, with Wingcopter providing solutions for sample collection and surveillance in remote areas and let's say also recently during the emergence of the Covid epidemic.
By reviewing the wide uses of drones in various fields, we realize the importance of this technology in achieving progress and improvement in many sectors, and it is expected that development in this field will continue as the technology develops and our understanding of its potential uses increases.
- Air strikes: Armed drones, such as the Russian Kargu-2, are used to attack specific targets without the need for human intervention, which we have seen recently used in recent wars.
Agricultural use:
- Agricultural spraying: DJI uses its Agras MG-1P aircraft to spray pesticides accurately and effectively, which reduces labor and material costs, as well as from a health standpoint, as pesticides have led to diseases for many farmers over time.
- Crop monitoring: Drones such as the SenseFly eBee SQ can fly over fields to analyze crop health and predict seasonal yields. One of the different uses is to hunt down bee-killing hornets that affect the pollination process of plants, which has been used in different ways by some farmers catching one hornet and then Tie it to a paper bag to determine the wasp's movement location and follow it to the nest.
Civil use:
- Aerial photography: Drones are used in aerial photography of cities and natural areas, and Kespry provides solutions for aerial photography for construction and mining projects, as well as in filming various celebrations and matches, and of course in the television directing process, in which the importance of photography with drones has become apparent.
Delivery: Companies like Amazon Prime Air are developing a drone delivery system to improve delivery speed and reduce costs.
Use in health care:
- Medical ambulance: Drones such as Zipline are used to transport necessary medical supplies to remote and besieged areas, as happened in the recent earthquake in Turkey, and there was an urgent need to use them to transport the necessary medical materials to besieged areas behind the mountains, and other uses that have recently appeared in many rescue operations. Urgent.
- Public health monitoring: Drones can be used to monitor epidemics and communicable diseases, with Wingcopter providing solutions for sample collection and surveillance in remote areas and let's say also recently during the emergence of the Covid epidemic.
By reviewing the wide uses of drones in various fields, we realize the importance of this technology in achieving progress and improvement in many sectors, and it is expected that development in this field will continue as the technology develops and our understanding of its potential uses increases.