About
Airborne Synthetic Aperture Radar (SAR) Systems
ABOUT SAR Aero
SAR Aero develops, engineers, sells and integrates compact airborne Synthetic Aperture Radar (SAR) systems at a commercial cost. This makes our SAR systems ideal for manned and unmanned U.S. government or commercial remote sensing missions. These small systems can be integrated on most aircraft such as a light airplane, UAV, drone or helicopter. Please contact us to learn more about SAR Aero or visit our SAR electronics page for details about the heart of our SAR system.
Learn More
The SAR electronics page offers a breakdown of our marquis product, our Synthetic Aperture Radar (SAR) electronics unit. Our radar electronics unit is well designed from the inside out, starting with our strong and sturdy aluminum container with a chromate conversion chem film finish to our stable atomic clock.
Aircraft SAR Integration0%
Synthetic Aperture Radar (SAR) is a unique imaging technique that produces high-resolution 2-D and 3-D images from radar reflections off the ground. SAR relies on radio or microwaves rather than visible light and can see through haze, clouds, and even thick forest canopies. SAR has become the go-to technique for planetary sciences, remote sensing, intelligence, earth observation and persistent data collection.
Remarkable SAR Electronics
Advanced geolocation and gps measurements from our airborne radar system.
Remote Sensing Capabilities
Explore patterns of life, discover local points of interest and other targets.
We list our prices in our online store. Our SAR electronics start at a reasonable price.
Meet our synthetic aperture radar (SAR) electronics and experience the remarkable capabilities.
Why the name SAR Aero?
Our engineers and sales team are often asked: “Why SAR Aero?” The obvious explanation is “Synthetic Aperture Radar (SAR) [for] Aeronautics (Aero)” hence “SAR Aero.”
Our name, SAR Aero is also a polysemy for “SAR Arrow” which helps our sales team describe our technology i.e., our radar technology images by shooting millions of arrows down to earth. Our system reads the reflections and can generate a high resolution image from those reflections.
