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Pirma pasaulyje “Dronų” nuotoliniomokymo programa
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https://www.youtube.com/watch?v=nED7mQqK7yo
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UAS Training Course
Course BreakdownSuggested V1.5
EURO DEGREE PROPRIETARY 11
Full Course Notes
E-Learning 50 hrs 15%
Assignments 86 hrs 25%
Simulators 34 hrs 10%
Reading 170 hrs 50%
TOTAL 340 hrs
Credits 12
Module ListFull Course
12EURO DEGREE PROPRIETARY
A.1. Introduction P.1. Payloads B.5.3. Case Study 3
F.1. Aviation Basics P.2.1. Sensors 1 D.1. UAS Threats
F.2. EM Waves P.2.2. Sensors 2 D.2. Counter UAS
F.3. INS Navigation P.4. UAS Weapons D.3. Multi-Aircraft Control
F.4. GPS Navigation O.1. Human Factors D.4. UAS Costs
F.5. Basic Aeronautical Info R.1. Airspace Integration D.5. UAS Ethics
F.6. Radio Comms R.3. STANAGs SR.1. SUAS Regulations
B.1. UAS Basics M.1. Maintenance & Logs SO1. SUAS Operational Art
B.2. UAS Types PR.1. UAS Design (PRAC) SO2. SUAS Safe Operations
B.3. UAS Roles PR.2. Mission Plan (PRAC) B.9. Future Capabilities
B.4. UAS CONOPS PR.3. Tasking (PRAC) A.3. Exam
C.1. Components 1 PR.4. PED (PRAC)
C.3. Datalinks B.5.1. Case Study 1
C.4. Components 2 B.5.2. Case Study 2
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BL rinkos prognozės /statistika
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Pritaikymo sritys
Paslaugų tipai
Atvejų analizėhttp://www.aerialtronics.com/
• Crop science is the discipline that deals with the management of crops or animals to facilitate economical production. This involves crop rotation, irrigation, soil science and weed/pest control.
• Problem• The management of crop science encompasses the regular inspection of
crops or stock, measurement of irrigation requirements and monitoring of climatological aspects. To conduct proper monitoring, agronomists take samples manually or employ 3d measurement tools.
• Solution• Unmanned aircraft systems (UAS) can improve crop science management
by providing aerial camera shots, multispectral measurement and remote sensing equipment all at once. UAS have versatile payload platforms, can cover large surfaces, are easy to operate and provide hard copy data that can be inputted instantaneously. As a result, UAS can improve the quality of your production processes whilst lowering the crop management costs.
Atvejų analizėhttp://www.aerialtronics.com/
• Live stock control refers to the monitoring of stock in terms of positioning and health. Stock control methods vary with the stock sizes, but should be capable of supplying information on the position of the stock and the conditions they are in.
• Problem• Tracking and inspecting livestock on large agricultural grounds can be a challenging
task. Although GPS tracking enables the controller to find the stock easily, the controller still needs to go to the animal to inspect it.
•
• Solution• A novel way of monitoring livestock is to employ unmanned aerial systems (UAS).
The advantage of these systems is that they can cover large areas, provide both GPS location as well as visual information and produce a low noise footprint, which does not scare the animals. UAS can be equipped with multiple camera types or sensors to provide accurate and complete information, thereby lowering stock control time and costs.
Atvejų analizėhttp://www.aerialtronics.com/
• High voltage lines are electrical lines that distribute power at high voltages. The maintenance of these lines is a risky job, which requires careful attention and caution. Power line maintenance involves examining the pylons, inspecting their insulators and detecting thermographic problems.
• Problem• Inspection is currently performed from the ground or by helicopter. The difference
is that line inspectors who work from the ground are required to climb posts to access the lines whilst inspectors using helicopters do not. Although inspection with helicopters is much faster and safer, the downside is that this method is much more expensive and sometimes restricted in terms of time to avoid disturbance.
• Solution• Unmanned aircraft systems (UAS) provide a safe, cheap and easily deployable
alternative to traditional methods. UAS carry cameras that produce high resolution images as well as thermal images, are equipped with transmitters enabling sharing of the live footage, are easy to deploy and can fly to within a couple of meters of the lines. UAS aided inspections can improve the quality and safety of inspection, increase the frequency of inspection and reduce the costs of inspection all at once.
•
Atvejų analizėhttp://www.aerialtronics.com/
• Infrastructures are the veins of our society. Key infrastructures include technical structures such as roads, bridges, waterways, airports and railroads. The maintenance of these structures is costly, yet indispensible for the proper functioning of modern economies.
• Problem• A major difficulty for maintenance and inspection servicers is the vast surface
some structures cover. To perform proper maintenance the structures need to be closely inspected, however physical inspection of each part requires a lot of time.
• Solution• An efficient alternative to physical inspection is inspection with unmanned aircraft
systems (UAS). These systems can carry various cameras for day and night inspection, can be equipped with additional sensors such as sniffers and are programmable to fly specific routes regularly. UAS can inspect larger areas, in different ways, in less time and at lower costs. In addition, the frequenter regular inspections facilitate faster problem recognition, resulting in fewer negative externalities.
Atveju analizehttp://www.aerialtronics.com/
Turbine inspection.The increasing focus on renewable resources has fuelled governments worldwide to invest in wind energy. As a result, the number of wind turbines has grown exponentially over the last few years. Yet while the number of turbines grew so did the need for cheaper and safer inspection methods.
• Problem• There are several methods for turbine inspection, like the cherry picker, service
platform, hydraulic crane or rope descent. The problem with these methods is that they involve heavy equipment or climbing, which is time consuming, costly and very dangerous
• Solution• A safe and efficient solution to these issues is the employment of unmanned
aircraft systems (UAS) to perform inspection. UAS do not require heavy equipment or inspectors to climb the turbine and therefore lower the inspection time as well as the down time of the turbine substantially. The advantage of UAS is that they can provide several methods of inspection including high-resolution images, full HD recordings and even multispectral thermal imaging at lower costs than traditional methods.
Atveju analizehttp://www.aerialtronics.com/
• Accident and crime scene investigations are very time consuming and therefore costly operations. According to a 2009 study of the Foundation of Scientific Research for Vehicular Safety in the Netherlands, the costs of traffic jams caused by accidents was 12,5 billion Euros. Therefore, accelerating investigations would not only result in cost savings for law enforcement but also for lower societal costs.
• Problem• The bottleneck in scene investigation is documentation, which encompasses the
recording and measurement of the distance between objects and persons on the scene followed by the videography, photography or sketching of the scene. The challenge in documentation is to photograph all aspects of a scene and measure distances correctly to scale without interfering with the scene.
• Solution• In recent years, a growing number of police departments have begun to employ
unmanned aircraft systems, to accelerate accident and crime scene investigation. The key advantage of these systems is that they decrease required investigation time, which leads to lower personnel costs and fewer negative externalities.
Atvejų analizėhttp://www.aerialtronics.com/
• Crowd control refers to the management of groups of people for order and safety purposes. Crowd control currently involves fixed cameras, ground based security staff and barriers.
• Problem• The key issue with traditional crowd control is the lack of overview. Although this
problem can be overcome by employing a helicopter, this is neither efficient nor popular. Helicopters are extremely expensive, cannot always be kept on site, require expensive, professional staff and produce a lot of noise.
• Solution• Unmanned aircraft systems have low operating costs, can be carried and stored
easily and provide stabilized camera images. Apart from the cost advantage, unmanned systems have a very low noise footprint, wherefore they do not interfere with ground communication of personnel or audience. The use of unmanned aircraft systems can lower overall control costs, enable control managers to anticipate crowd movements and finally decrease the chance and amount of incidents.
Atvejų analizėhttp://www.aerialtronics.com/
• Detect drug, hazard . Drug manufacturing and plant accidents can cause hazardous situations for civilians. To detect drug labs, cultivation sites or elevated levels of toxins at plants, the police use two different types of sensors. Heat sensors display the degree of heat in a location whereas gas sniffers measure the level of toxins in the air.
• Problem• Traditionally, the police employ helicopters to perform heat-sensing or gas sniffing
operations. However, the disadvantages of helicopters are, that they are very costly and require professional staff. In addition, the noise that the helicopters produce enables criminals to anticipate on detection by turning off the electrics.
• Solution• A novel solution to these issues is employing unmanned aircraft systems (UAS).
These systems can be equipped with a camera, heat sensors and gas sniffers to identify hazardous situations at cultivation and production sites or above industrial areas. As opposed to helicopters, UAS are much cheaper, can be deployed at any time and have a very low noise footprint.
•
Atvejų analizėhttp://www.aerialtronics.com/
• Fire fighting is one of the most dangerous occupations in the world. While most people move away from dangerous scenes, fire fighters are expected to enter hazardous environments to evacuate distressed people or animals. During a fire fighting operation rescue workers may face heat, flames and a toxic environment caused by combusting materials.
• Problem• Unfortunately, currently available equipment does not enable fire fighters to
evaluate the situation inside the premises. As a result, fire fighters often enter a building or establishment without knowing what they will find in terms of heat, flames, toxics or evacuees.
• Solution• This issue can be overcome by employing unmanned aircraft systems to do
reconnaissance of the firegrounds in terms of oxygen/toxin levels, flame spread and source of the fire. The key advantages are that operation times can be decreased as a result of better targeting of the source of the fire and the reconnaissance can create safer (working) environments for the fire fighters.
Atvejų analizėhttp://www.aerialtronics.com/
• Search and rescue (SAR) operations encompass the search for and provision of aid to people or objects that are in distress or imminent danger. SAR operations involve large ground teams, a centralized coordination and preferably aerial assistance. Traditionally, aerial assistance was provided by camera equipped helicopters that enable overviews of the search area and communicate the camera feed to the ground team.
• Problem• The use of helicopters however, is unpractical for a number of reasons. Helicopters
have low responsiveness as they are kept in secured areas, produce a lot of noise that could interfere with the rescue operations and have high operational costs.
• Solution• Unmanned aircraft systems provide a cheaper, safer way to incorporate aerial
assistance in SAR operations. These systems can be readily available due to their modest size, provide normal as well as thermal images, which can be downlinkedreal time enabling direct implementation and do not interfere with the operation as a result of their low noise footprint.
Atvejų analizėhttp://www.aerialtronics.com/
• Surveillance entails the close observation of a person, infrastructure, group, behaviour, activities or other for the purpose of influencing managing, directing or protecting them. There are several types of surveillance, such as stake outs, GPS tracking, and camera observation.
• Problem• A common issue in traditional surveillance is that the observation is limited by the
stationary position of the camera. Cameras are usually fixed on street corners or have to be handled manually by surveillance staff. Although aerial surveillance with helicopters is a good alternative, it is unfortunately a costly solution.
• Solution• A novel solution to these problems is applying unmanned aircraft systems to
facilitate easier, faster and cheaper data collection. The advantage of unmanned systems is that they provide overviews which normally require several cameras, can enter narrow and confined spaces and produce little noise. The unmanned systems can also be equiped with night vision cameras and heat sensors to provide imagery that human eyes cannot. This solution can dramatically increase the applicability, improve the quality and decrease the costs of surveillance.
Atvejų analizėhttp://www.aerialtronics.com/
• Geomorphology encompasses the study of landforms and the processes that shape them. The most common application of geomorphology is environmental assessment in terms of landslide prediction, coastal deformation, earthquake prediction or volcanic activity monitoring.
• Problem• Geologists who work in this field are dependent on aerial measurements to make
comparisons and risk analyses. The common practice is to employ helicopters to produce overviews, multispectral images and sensory data regularly, however this is very costly.
• Solution• A more efficient method for data collection is the use of unmanned aircraft
systems (UAS), which can be equipped with many different cameras or sensors. Since these UAS are far cheaper than helicopters, private and public organizations will be able to perform more regular measurements at the same cost. In addition, the information can be gathered much faster because the UAS can be programmed using waypoint software to fly a route multiple times at regular intervals.
Atvejų analizėhttp://www.aerialtronics.com/
• Mapping refers to the graphic representation of information based on spatial relationships. Mapping is commonly practiced to portray scaled geographical features like water, forests and roads. Mapping is an ongoing process as changing climate conditions and structural developments make it necessary to perform mapping regularly.
• Problem• Mapping originally involved field measurements only, however the employment of helicopters and
planes for aerial photography from the early twentieth century has increased mapping activities and possibilities substantially. For instance, it is now possible to render multispectral images that enable climatological measurement. Unfortunately, aerial photography with planes and helicopters is expensive, requires trained personnel and cannot be performed at any time because of safety regulations.
• Solution• A novel solution to these problems is deploying unmanned aircraft systems to perform mapping
activities. The advantage of UAS is that they enable pre-flight route planning via waypoint grids. UAS cost a fraction of helicopters, do not interfere with commercial airways and can therefore be more readily deployed. In addition, since the data is stored hard copy, these can be easily inputted in geo-mapping software to facilitate swift implementation of the data.
•
Atvejų analizėhttp://www.aerialtronics.com/
• Surveying is the detailed inspection of an area or object to establish its characteristics, define its boundaries and determine its potential. Surveying includes observing, measuring, mapping and researching. Surveying is commonly performed to investigate infrastructure, assist in mining activities and enable (urban) development.
• Problem• Surveyors gather information via aerial photography, 3d measurement tools and
sensing tools (sniffer/infrared). The problem with traditional survey tools, is that each tool can serve only a specific purpose, which makes using all these different tools very expensive.
• Solution• The solution to this problem is employing unmanned aircraft systems to perform
survey activities. UAS can provide aerial imagery with which to perform precise mapping, serve as a replacement for 3d measurement tools and substitute the sensing tools all at once. UAS are therefore more versatile and efficient than traditional tools.
•
Atvejų analizėhttp://www.aerialtronics.com/
• Traffic monitoring is performed to collect data that describes the use and performance of the road networks. Traffic data is typically used to support performance, safety and maintenance of roads. The traffic data can be collected in two main ways: automatically using electronic equipment that is set to monitor certain roads at specific times or manually by visually observing cases.
• Problem• Common types of traffic monitors are cameras that are fixed above the roads or
helicopters. The disadvantage to these common measures is that they can only serve one particular purpose. The cameras cannot be moved around efficiently, whilst the helicopter is too expensive to use for repetitive monitoring.
• Solution• Alternatively, unmanned aircraft systems (UAS) can provide both. These systems
can be programmed using waypoint navigation to fly specific routes repetitively, or deployed for specific roads and situations. In addition, UAS are a lot cheaper than helicopters to use and could therefore be deployed more often than helicopters, which would increase overall traffic monitoring performance.
Atvejų analizėhttp://www.aerialtronics.com/
• SWAT stands for Special Weapons And Tactics. SWAT teams are elite tactical units that are trained to perform high-risk operations like for instance hostage rescues. SWAT team members often carry specialized firearms, are equipped with heavy body armours and are aided whenever possible by aerial assistance.
• Problem• Aerial assistance in SWAT operations facilitates tactical implementation of multi angle information.
Traditionally, aerial assistance is provided by helicopters. The problem with helicopters is, that they are not kept in rural areas, which slows down response time, they are very costly and require professional personnel and they produce a lot of noise.
• Solution• A safe and more efficient alternative to helicopters is the use of unmanned aircraft systems (UAS).
These unmanned systems have a very low noise footprint, cost much less to use and can be deployed instantaneously. As a result of the lower costs and easy deplorability aerial assistance can be provided more frequently to SWAT. Frequenter employment of aerial assistance in turn will lead to safer conditions for SWAT team members and civilians alike.
•
Atvejų analizėwww.airware.com• Airware
• Airware’s Aerial Information Platform enables customers to tailor UAS to any commercial application by seamlessly connecting airframes, actuators, sensors, payloads, and application-specific software.
BL panaudojimo principas
Atvejų analizėwww.amazon.com/primeair
https://www.youtube.com/watch?v=98BIu9dpwHU#t=51
• Prime Air is a project from Amazon’s next-generation Research & Development lab. The goal of this future Amazon delivery system is to get packages into customers’ hands in 30 minutes or less using unmanned aerial vehicles.
• Paul Misener• Vice President, Global Public Policy ,Amazon.com Amazon.com ,Legal Department,• Re: Prime Air Exemption Petition, 440 Terry Ave. North• Seattle, WA 98109• Fax: 206‐266‐7010• Email: prime‐air‐[email protected]
Valio! Įvyko pardavimai EU• Parduotos kelios mokymų licencijos;
• Įpusėjo MTTP užsakomasis projektas;
• Programa integruota į Kazimiero Simonavičiaus Universiteto studijų programas;
• Vyksta derybos del integracijos į A.Gustaičio aviacijos instituto programą;
• Pradėtos derybos dėl inegracijos į Lietuvos Karo akademijos kursą;
• Vyksta derybos su Rumunijos karo akademija;
• Latvijos universitetu;
• Čekoslovakijos universitetu;
• Omano garbės konsulu.
• Priimti į - The BEAWARE consortium connects leading aerospace clusters and support organisations in Western Europe (France, Germany, United Kingdom, Spain and Italy) with quickly evolving aerospace clusters and strongholds in Eastern Europe (Poland, Romania, Czech Republic, Slovakia and Baltic States). Thus, the BEAWARE project creates the necessary conditions for utilizing the existing and emerging potential in the field of Aeronautics and Air Transport for a continuous and sustainable contribution in European aerospace programs and projects.
Valio! • Sukurtas bandomasis anglų kalbos kursas pilotams• https://advancedenglish.rosettastone.com/#/player/17ba3
cc1-5f77-4a58-b32a-c7e0e6b62edd/intro
[email protected]• vytukasra
• Suderinome su JAV partneriais, kad skiriame mokyklinioamžiaus vaikams Bepiločių lėktuvų mokymo klasę - 30 licencijų, pilną kursą.
