KET360UL Y/R

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KET360UL Y/R application field and working principle is an important tool for field work and application development. It is an advanced technology that uses a combination of yard-level datasets and aerial imagery to accurately capture the position of objects on the ground. This technology helps in quickly locating a particular feature, making it easier to make decisions, and has applications in various industry and business fields.

The KET360UL Y/R application offers three main fields of use: mapping & surveying, asset capture & management, and route tracking & measurements. In mapping & surveying applications, this technology can be used to accurately map out an area and create accurate 3D representations of the environment for use in engineering and architectural projects. Asset capture & management applications include identifying features on the ground in remote locations, such as buildings, roads, and points of interest, and creating digital records of these features for easy reference and future work.

The KET360UL Y/R application\'s route tracking & measurement capabilities encompass a variety of different directions. For example, scientists, engineers, and architects can measure distances between two points, survey area or objects, estimate distances between objects and other physical features, and catalogue the results for future projects. This technology is also used in agriculture for crop management, 3D mapping, and monitoring of crop health. Additionally, the KET360UL Y/R application is used to precisely quantify the size, shape, and texture of objects on the ground.

The working principle of the KET360UL Y/R application is based on combining the properties of laser, active GPS data, and image capture. The technology relies on the triangulation of three coordinates using a combination of ground-level datasets and aerial images. The laser is set up at a point that creates a series of beams that are detected by another laser point. This information is then used to measure the distance between the two points and the angle between them.

The Active GPS data and image capture provide additional information that is used to accurately measure the size and shape of objects on the ground and create accurate 3D representations. This data is used to generate highly detailed digital maps and 3D models, which make it easier to work with both in the field and in the office, as well as in collaboration with other teams.

The KET360UL Y/R application is a powerful and versatile tool for fieldwork and application development, and has applications in various industry and business fields. The technology relies on combining the properties of laser, active GPS data and image capture to accurately capture and represent the position of objects on the ground. It can be used to accurately measure distances between two points, survey an area or objects, estimate distances between objects and other physical features, and catalogue the results for future projects. Additionally, this technology can be used to monitor crop health and create digital records of the features on the ground.

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