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to measure the distances from the aircraft to the ground. Using a Global Positioning System and an Inertial Measuring Unit, the system accurately plots positions, shapes and elevations. The resulting terrain model can be used for a wide variety of applications such as engineering design, volumetric calculations, tree heights etc.
Using LiDAR, mapping projects that would traditionally take years to complete, can be finished in months or even weeks. In addition, LiDAR provides broader, area-based data instead of the usual narrow, corridor-based data. This gives a bigger picture, and frequently a better solution and a lower cost. |
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| LiDAR mapping technology can also be used to deliver our latest product: content-rich Laser Intensity Maps, which significantly enhance the quality of data interpretation. |
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| CCD Orthophotography captures image data from an aircraft. The technology employed combines an integrated digital image camera, a scanning laser range-finder, and position and orientation measurement systems. Highly automated post-processing converts this data into a final digital orthoimage in far less time than is needed to produce comparable image-maps using hardcopy or digital photogrammetric techniques. |
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Lasermap Asia Sdn Bhd
Suite 2-M, 2nd Floor
2330 Century Square
Jalan Usahawan, 63000 Cyberjaya
Selangor DE, Malaysia |
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© Copyright 1996-2004 Lasermap inc. - All rights reserved. |
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