It wasn't too many years ago that when you mention drones, it almost always pertained to military or law enforcement uses. In the past few years, however, applications for drone technology have not only expanded in fields but within those fields as well. Interestingly, these civilian applications have expanded exponentially. In particular is the field of aerial mapping by drones as opposed to mapping by ground-based survey tools.
Drones are advantageous for a variety of reasons. They are cheaper to operate than manned aircraft, and they can cover a wide area in a short amount of time. Although, in some areas pilots are required, autonomously flown drones can solve problems efficiently
They are also quicker and safer to use as opposed to collecting data via satellites, manned aircraft and road crews. Regardless of the type of mapping needed or the application, drone photography is better suited for the job.
There are a lot of people who consider the use of drone technology to be unsuited for use in mapping and surveying, but this simply is not the case. In fact, once you know the control points such as the map coordinates or placed markers, you can fly a drone for the mapping or the survey with a pilot or totally autonomously. Further, drones can take high high-resolution color photos as well as infrared pictures. Even with the drone already in flight, data can be sent to the drone for use while airborne.
Drones can take pictures that allow surveyors to draw complicated metes and bounds surveys for property owners. Owners use the surveys to market land to developers for residential and commercial purposes. Architects use the surveys along with the photos to decide where and how to build structures. Boundary lines are clearer from the air, making perimeter surveys fast and easy.
Drones can be used for all kinds of mapping purposes. They not only have practical applications for the military and law enforcement. More and more, commercial enterprises and developers are using them to increase efficiency and provide technical assistance.
Drones are advantageous for a variety of reasons. They are cheaper to operate than manned aircraft, and they can cover a wide area in a short amount of time. Although, in some areas pilots are required, autonomously flown drones can solve problems efficiently
They are also quicker and safer to use as opposed to collecting data via satellites, manned aircraft and road crews. Regardless of the type of mapping needed or the application, drone photography is better suited for the job.
There are a lot of people who consider the use of drone technology to be unsuited for use in mapping and surveying, but this simply is not the case. In fact, once you know the control points such as the map coordinates or placed markers, you can fly a drone for the mapping or the survey with a pilot or totally autonomously. Further, drones can take high high-resolution color photos as well as infrared pictures. Even with the drone already in flight, data can be sent to the drone for use while airborne.
Drones can take pictures that allow surveyors to draw complicated metes and bounds surveys for property owners. Owners use the surveys to market land to developers for residential and commercial purposes. Architects use the surveys along with the photos to decide where and how to build structures. Boundary lines are clearer from the air, making perimeter surveys fast and easy.
Drones can be used for all kinds of mapping purposes. They not only have practical applications for the military and law enforcement. More and more, commercial enterprises and developers are using them to increase efficiency and provide technical assistance.
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