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[Case Study] Ecological Survey Using Drones Survey Operations

Utilizing the advantages of drones to create maps based on data! Identifying habitats and population numbers.

This is an introduction to ecological surveys utilizing drones. Damage to crops caused by wildlife has exceeded 20 billion yen annually. About 70% of this damage is attributed to deer, boars, and monkeys, leading to a decline in farming motivation and an increase in abandoned farmland. Therefore, we utilized the advantages of drones to conduct various surveys, including data acquisition through the use of thermal infrared cameras and aerial photography. Factors contributing to the expansion of wildlife damage include the expansion of wildlife habitats, a decrease in hunters leading to a reduction in capture numbers, and an increase in abandoned farmland. [Survey Examples] - Daytime: Confirming the situation around the flight path and creating automatic navigation routes. - Nighttime: Manual flying based on the flight conditions during automatic navigation. - Infrared Camera: Capturing still images and videos, confirming transmitted images, and exploratory flights. - Acquired Data: Mapping based on data, identifying habitats and population numbers. - Identification of resident animals and provision to local governments. *For more details, please feel free to contact us.

  • Environmental Survey

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[Example] Infrastructure inspection using drones

Improving business efficiency! Introduction of the established inspection and diagnosis technology for bridges using drones.

This is an introduction to a case where inspection and diagnostic technology for bridges (social infrastructure structures) using drones has been established. The drone was positioned approximately 10 meters away from the bridge, focusing on the railing fixing bolts (indicated by the white circle), and images were captured at various magnifications. Equipped with a zoom camera, the drone demonstrated that it could obtain data comparable to close visual inspections without approaching the structure, thereby preventing damage or harm caused by collisions. As a result, capturing images of cracks and areas of paint peeling in high locations, which previously required scaffolding or aerial work platforms, has been simplified, leading to improved safety for workers, reduced time and costs, and enhanced operational efficiency. *For more details, please feel free to contact us.*

  • Structural Survey

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