Radar has long been utilized for military and non-military purposes, across a wide variety of applications, such as imaging, guidance, remote sensing, and global positioning. In 1950s, the side looking airborne radar (SLAR) was developed, which allowed for scanning by a fixed beam, pointed to the side, with the aircraft’s motion moving the beam across the land. However, the image formed by SLAR is poor in azimuth resolution. For SLAR, the smaller the azimuth beam width, the finer the azimuth resolution. In order to obtain a high-resolution image, one has to resort either to an impractically long antenna, or employ wavelengths so short that the radar must contend with severe attenuation in the atmosphere.

1. Introduction 


2. Research Methodology 


3. Executive Summary 


4. Market Insights 


5. 5. Market Dynamics 

6. Global Synthetic Aperture Radar Market Segmentation 

7. Competitive Intelligence 

8. Investment Analysis 

9. Future of the Market