IFSAR is a special mode of Synthetic Aperture Radar imaging that uses signals from different angles to simultaneously form images of an area and measure the height of each pixel in the image.
IFSAR systems use two receive antennas that are separated perpendicular to the aircraft's direction of travel. The two antennas receive the transmitted signal at different angles creating a stereo-like effect that allows the distance to each target to be precisely measured. By measuring the difference in the timing (phase) of the two receive signals, a Digital Elevation Map (DEM) can be created.
IMSAR's IFSAR system can be used to form DEMs in real time with a single pass over the desired area. DEMs created from IFSAR systems are more accurate than photogrammetric techniques and typically have a shorter turnaround time and lower cost than high altitude LiDAR systems.
IMSAR's IFSAR system can generate DEMs with vertical accuracy in the range of a few centimeters. The imagery produced by the Ku-band IFSAR sensor has ground resolution post spacings between 0.1 meters (4 inches) and 1 meter regardless of sensor altitude. When multiple IFSAR maps of the same area are compared over time, changes in elevation due to subsidence or earth deposits can be tracked. IFSAR is sensitive enough to measure even sub-centimeter changes in elevation
When IFSAR radar is combined with other capabilities, such as Synthetic Aperture Radar (SAR) imaging, IMSAR systems can perform multiple applications in a variety of industries. Typical uses for IMSAR ISR solutions can include.
For more information about IFSAR and other products, contact us by e-mail at email@example.com or call IMSAR sales at 801.798.8440.
IFSAR (Interferometric SAR) transmits and receives radar signals from multiple antennas to precisely triangulate differences in elevation. By comparing the parallax between antennas, IFSAR can create a digital elevation map of an area of interest.
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