Pestilence Protection, Environmental Monitoring and Conservation. Seed planting, urban planning, property management, power line inspection. Renewable energy, service ordering, drones as a service (DaaS), security and surveillance. Wider applications and use of the UAS mean more demand, and that means jobs.
According to the AUVSI report, more than 34,000 industrial jobs and 70,000 technical and IT jobs are expected in the first three years of the industry's launch. These emerging markets are expected to generate close to 104,000 jobs in a decade. Expect a response within 48 hours. Drones are great for taking high-quality aerial photos and videos and collecting large amounts of image data.
These high-resolution images can be used to create 3D maps and interactive 3D models, which have many beneficial uses. For example, 3D mapping of disaster areas can allow rescue teams to be better prepared before entering dangerous situations. Because of their size, and unlike a manned aircraft, the use of drones means being able to fly to areas that weren't possible before. What's so great? They can fly from a few inches above the ground to more than 300 feet in the air.
All this in a long and continuous shot, taking a panoramic view and framing a chosen “subject”, for example, a building. What's more, the drone can give the operator full control, whether he wants to move from left to right or turn in the same place, all for the perfect shot. Thanks to technological innovations, drones can record in high definition and capture incredible aerial images with a resolution of 4K or higher, without sacrificing quality. Transporting parts between different areas of a manufacturing plant or warehouse can also take a long time unnecessarily.
Drones can transport parts weighing up to five kilograms and fly to warehouses to pick them up and deliver them. Using drones to transport parts, even over small distances, such as from one production line to another, or to pick up and pack, saves manufacturers valuable time. In addition, drones can increasingly be used to help assess the aftermath of a natural disaster, which could make it easier for response teams to deploy humanitarian and disaster relief aid to the most vulnerable areas of the affected region. This application of drone technology has the potential to make delivery much more efficient in the near future, although there are still no widespread drone delivery services that operate at full capacity due to government regulations and public safety issues.
Drones can also help manufacturers increase compliance by recording temperature controls, production line observations, and faults in drone images. The use of drones has more than one application; often people see that drones are used for the production of movies and the transmission of news. Respondents by Global Data, who represent most companies in the industry, listed the many current uses of drones in their mining operations. The future of drone technology will also offer consumers the highly convenient option of receiving their deliveries using drones.
Regardless of the drone or UAS being used, this sentiment is a resounding reason to use drones in the mining industry. An example of a drone used for this application is the Vision Aerial Advanced Mapping Drone System (SVR), which is designed for high-resolution cartography and topography, but there are many others that can also be used. Using drones for search and rescue, when lives are in immediate danger, isn't the only reason to use drones for security purposes. Drones with airborne magnetometers can perform surveys five times faster and ten times cheaper than before.
Each situation is unique and different, and a multitude of types of drones could be used for aerial search and rescue, but the most suitable for this work would be the Matrice 300 RTK drone. Drones make it possible to examine areas of the mine or quarry where it is very difficult to use traditional reconnaissance equipment. Drones that use specialized software can now perform these calculations, generate aerial models of the terrain and identify stock measurements without the traditional costs involved, and can also be deployed more frequently. .
