Unlike manned aircraft, UAVs (unmanned aerial vehicles) have a greater range of movement, flying lower and in more directions allowing for better navigation and easier and safer access to once impenetrable areas. Drones are steadily becoming affordable and available to a wider range of industries and users. Readily deployableĭrone photography is user-friendly and the experience needed to deploy and operate can be gained quickly. Energy site management benefits from precision as repairs to weather damage can be targeted more accurately. Farmers can use GPS targeting to monitor the health of crops, identify problem areas and spray fertilizer. Precisionĭrone photography uses GPS which aids in precise location. Quality imaging also aids in rescue efforts of disaster areas to preview risks and exact locations for rescue response. The accuracy of the images can help in planning and developing a site as well as preventing and resolving problems. High-resolution aerial imaging captures and collects prolific amounts of imaging data that can create 3D maps and interactive 3D models. Following are more examples of advantages of drone photography. The use of drones is becoming more affordable and keeping track of real-time progress reports for commercial industries is a huge benefit of aerial imaging. Ground perspective does not allow for as accurate and precise measurements as an aerial view does. The most obvious advantage of drone photography is a birds’ eye view of a site that a user would not otherwise have access to. Efficiencies and advantages of drone photography The world population is predicted to increase to nine billion by the year 2050, and the use of aerial imaging for urban planning will be used to accommodate drafting and developing for living and commuting. While geospatial mapping was the most popular application in 2020 at one fourth of the market, urban planning is expected to establish the highest CAGR of 15.8 percent during the forecast period of 2021-2030. Increased implementation of aerial imaging technology in industries including government, military and defense, energy, civil engineering, agriculture and forestry, and media and entertainment will drive growth as companies develop imagery libraries of geospatial imagery for use in natural disaster response, property assessments and urban planning. And, although Asia-Pacific is expected to show the highest CAGR of 16 percent for the forecast period of 2021-2030, North America will continue to dominate the global market. In 2020, nearly two fifths of the market share belonged to North America, making it the largest market in that year.

The growth of aerial imaging can be attributed to the rise of 5G infrastructure as well as growth in disaster risk reduction and prevention, both of which have had a significant impact on the market’s expansion. The aerial imaging market and projections for future growthĪccording to Allied Market Research, the aerial imaging industry was valued at $2.25 billion in 2020 with a projection of $8.51 billion by the year 2030, establishing a CAGR of 14.2 percent. We will include examples of how drones have revolutionized measurement in agriculture, construction and real estate. We will discuss the growth of the aerial imaging market and projections for future growth as well as the efficiencies and advantages gained by using drone photography. As drones become more affordable and available, high demand for aerial imaging for commercial and consumer industries continues to reinvent business practices across agriculture, construction and other industries. The use of drone services has increased exponentially in the past decade and doesn’t seem to be slowing down. Aerial Imaging: Future Growth and Advantages for End-User Industries How aerial imaging is shaping the future market and why it is in high demand on a global scale

Aerial imaging