1302340367

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Airborne LiDAR, Light Detection and Ranging, also known as mobile LiDAR or laser scanning, is a mapping technology used to measure the distance between an airplane and the ground. It operates by firing a laser pulse from the aircraft, measuring the time it takes for the laser to reflect off the ground and back to the aircraft. The time-of-flight between the laser pulse and the reflection gives the distance of the object from the aircraft. By collecting a series of measurements, highly accurate 3D terrain models can be created. This technology has become increasingly important for land surveying, engineering, archeology, environmental studies, and more.

One particular model of Airborne LiDAR is the Mobile LiDAR System 1302340367. This system is designed for advanced airborne automatic mapping and remote sensing applications. This LiDAR is capable of scanning large areas from high altitudes. Data quality is improved with synchronized GNSS/INS systems to provide real time position and attitude data.

The 1302340367 Mobile LiDAR System comprises three main components: an airborne laser unit, a data acquisition unit, and an airborne navigation system. The laser unit emits laser beams which sweep the landscape below. The data acquisition unit collects the laser return signals, measures the amount of time taken for the return pulse to reach it, and calculates the return distance based on the speed of light. The navigation system is an integrated GPS/INS which measures the precise real-time position and attitude of the LiDAR.

The range and angle of the laser can be adjusted to suit different applications. For example, when creating a Digital Terrain Model (DTM), the range would be set to a minimum so that only ground elevations are collected. When creating a Digital Surface Model (DSM), the range will be set higher and more detailed features picked up in addition to ground elevations. The angle can also be adjusted; to scan a single line, the angle will be set to zero, while to scan a wide area the angle will be increased.

Another pioneering aspect of the Mobile LiDAR System 1302340367 is its ability to integrate multiple types of data. By simultaneously collecting LiDAR intensity data, air photos and terrain information, a more comprehensive set of data can be obtained. This data can then be used for creating 3D maps, land ownership surveys, forestry management purposes, contour mapping, power line corridor mapping, and more.

The Mobile LiDAR System 1302340367 has revolutionized the way mapping and survey data is collected from the air. This system is designed to operate safely and reliably for long periods of time, and requires minimal maintenance. With its flexible laser range and field of view, large coverage area and high accuracy, it is an invaluable tool for many mapping applications.

The specific data is subject to PDF, and the above content is for reference