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Unmanned aircraft referred to as "unmanned aerial vehicles", abbreviated as "UAV", is the use of radio remote control equipment and own program control device to manipulate the unmanned aircraft, or by the car computer completely or intermittently operate autonomously.
UAVs are often more suitable for tasks that are too "dull, dirty or dangerous" than manned aircraft. UAV by application areas, can be divided into military and civilian. Military, unmanned aerial vehicles are divided into reconnaissance aircraft and drone. Civil, plant protection, micro-self-timer, express transportation, disaster relief, observation of wild animals, surveillance of infectious diseases, mapping, news reports, power tour, the United States, the United States, the United States, the United States, Inspection, disaster relief, film and television shooting, manufacturing and other areas of the application of romance, greatly expanding the use of UAV itself, developed countries are also actively expanding the industry application and development of UAV technology.
Unmanned aircraft referred to as "UAV" ("UAV"), is the use of radio remote control equipment and own program control device to manipulate the manned aircraft. UAVs are actually unmanned aerial vehicles collectively, from a technical point of view can be divided into: no fixed-wing aircraft, no one vertical takeoff and landing aircraft , unmanned airship, unmanned helicopter, no man multi-rotor aircraft , No umbrella wing machine and so on. Compared with manned aircraft, it has the advantages of small size, low cost, easy to use, low combat environment requirements and strong survivability of battlefield. As unmanned aerial vehicles have important implications for future air combat, the world's major military countries are stepping up the development of unmanned aircraft. In November 2013, the Civil Aviation Administration of China (CA) issued the Interim Provisions on the Management of Pilots for Civil Unmanned Aircraft Systems. The AOPA Association of China is responsible for the management of civil unmanned aerial vehicles. According to the "provisions", the mainland China UAV operation according to model size, flight airspace can be divided into 11 cases, of which only 116 kg of UAV and 4600 cubic meters of airship in the integration of airspace by the Civil Aviation Authority , The rest of the situation, including the increasingly popular micro-aerial flight aircraft, including other flights, are managed by the trade association, or by the operator himself is responsible.
To achieve high-resolution image acquisition
UAV can achieve high-resolution image acquisition, in making up for satellite remote sensing often due to cloud shelter to obtain the shortcomings of the image at the same time, to solve the traditional satellite remote sensing cycle is too long, emergency and other issues.
UAV system consists of aircraft platform system, information collection system and ground control system.
The first generation was dominated by reconnaissance aircraft, and some unmanned aerial vehicles were already equipped with weapons (such as RQ-1 predator equipment AGM-114 hell fire to missiles). By the UAV as a more role in the military expected, was originally bombed and ground attack, air-to-air combat, pilots last piece of the field. Equipped with weapons of the UAV is known as the unmanned combat aircraft (UCAV).
Launch and recycling
A new generation of unmanned aerial vehicles can be launched and reclaimed from a variety of platforms, such as from ground vehicles, ships, aircraft, suborbital aircraft and satellites. The ground operator can test its program by computer and change the direction of the UAV as needed. While other more advanced technology and equipment, such as advanced eavesdropping devices, penetrating leaves of the radar, to provide chemical capacity of the micro-spectrometer equipment, will also be installed on the UAV.
(1) start interface: quick to achieve the task of planning, access to the task monitoring interface, to achieve rapid postal task automatic archiving, the function of the division, to achieve the operation of the software and stability;
(2) pre-flight inspection: to ensure the safety of the task, take off before the flight control software to automatically detect to ensure that the aircraft's GPS, compass, airspeed and its pitching roll in good condition, to avoid the occurrence of dangerous conditions in aerial photography;
(3) flight mission planning: in the area of air, navigation, mixed three modes of flight mission planning;
(4) flight monitoring: real-time control of the aircraft's posture, azimuth, airspeed, location, battery voltage, real-time wind speed, task time and other important state, easy to determine the real-time operation of the task, to further ensure the safety of the task;
(5) image stitching: aerial mission is completed, the navigation aerial image of the study area of the image stitching.
Police, urban management, agriculture, geology, meteorology, electricity, disaster relief, video shooting and other industries, UAV wide range of uses
UAV has a wide range of uses, low cost, high efficiency; no casualties risk; survivability, good mobility, easy to use, in modern war has a very important role in the civilian field more broad prospects
Reconnaissance aircraft used to complete the battlefield reconnaissance and surveillance, positioning school, damage assessment, electronic warfare, etc .; also civilian, such as border patrols, nuclear radiation detection, aerial photography, aviation prospecting, disaster monitoring, traffic patrol, security monitoring. The target can be used as a target for artillery and missiles