Geomorphology is the study of landforms and the different processes which shape them. Environmental assessment is the most common application of geomorphology, namely in the areas of landslide prediction, earthquake prediction, volcanic activity monitoring, and coastal deformation.
Geologists working in this field are typically dependent upon aerial measurements that allow them to make comparisons and analyse risks. The most common practice is to use helicopters to obtain aerial overviews, sensory data, and multi-spectral images regularly.
Unmanned aerial vehicles (UAVs) offer a cost-effective and efficient alternative to helicopters for capturing aerial footage. Using a UAV for mapping provides better results than any other method as the drone can be equipped with many different cameras and sensors to achieve better quality images and data collection. The information can also be gathered much quicker with a drone than with a helicopter, thus saving time and money. UAV mapping software can also be used to tell the drone to fly along a pre-programmed route at regular intervals.
The definition of mapping is the graphical representation of information based on spatial relationships. Mapping is typically used to portray scaled geographical features forests, roads, and water. It is generally an ongoing process because regular changes in climate conditions and structural developments make it necessary to carry out regular mapping.
Originally, mapping involved just field measurements; however, the use of planes, and later helicopters, for aerial photography has significantly increased mapping possibilities. It is now possible, for example, to render multispectral images which enable climatic measurements.
Performing aerial photography with helicopters and planes is expensive, requires trained personnel, and cannot be undertaken at certain times due to safety regulations. A mapping UAV provides the ideal alternative; they are cheaper to operate, can be instantly deployed, and can be programmed pre-flight to follow a route via waypoint grids. In addition to this, the data is stored as a hard copy which can be easily inputted in geo-mapping software, allowing the swift implementation of the data.
Surveying refers to the detailed inspection of an object or area in order to define its boundaries, establish its characteristics, and determine its potential. Surveying methods typically include observation, measurement, researching, and mapping. A survey is commonly performed in order to investigate an infrastructure, enable urban development, and assist in mining activities.
Surveyors use a number of different methods to gather information, including 3D measurement tools, sensing tools such as sniffer and infrared, and aerial photography. Each of these traditional surveying tools serves a specific purpose, and they must be used in conjunction with one another to build up the most accurate survey result, and this can be time consuming and costly.
Using a UAV for aerial mapping allows you to obtain detailed data quickly and easily. The drone enables you to bolt on whatever tools and accessories are required for each specific job, allowing you to customise the drone platform to achieve the best results. Aerial imagery and precise mapping serves as a replacement for traditional 3D measurement tools and sensing tools. A survey drone is therefore much more versatile and efficient that the traditional tools individually.
A DRONE'S EYE VIEW
Gather High Definition (HD) video footage and photos, aerial shots of buildings and infrastructure for surveying and inspection purposes, all from a drone's eye view.
Airborne Drones provides the surveyor or security monitor with a complete airborne UAV aerial mapping system.
AIRBORNE UAV Platforms:
Airborne Drones recommends the AIRBORNE Solution with LiDAR and 4k optical zoom sensors for Surveying and Mapping Applications.
Airborne Drones focus on the design, manufacture, and marketing of long-range UAVs for mapping and surveying (10 and 20kms), able to carry payloads of up to 8kgs, for industrial strength commercial use. Long-range drone products have the potential for huge benefits for commerce and business. Solutions can be developed to meet specific client requirements. Our services can also include support and training during both pre and post implementation.
Airborne Drones services an international base of clients ranging from South Africa to the UAE. Clients include representatives from the following industries: Marketing, Real Estate, Security, Agriculture, Game Farms, Wildlife Management, Electrical Installations, Telecommunications, Travel and Tourism, Sheet Metal Manufacturing, Satellite Electronics, Wind Farms, Industrial Rope Access, Restaurant and Food, Environmental Affairs, Military Applications.
Airborne Drones has a strong team of engineers dedicated to their customers.
We recommend our systems for Mapping. All you will need is to purchase a license for PIX4D mapping software. Everything else already comes standard with your package to execute the most complex automated flights required.