Optisys 3D Printed Array Facilitates IMSAR Radar on HALE Platforms

SPRINGVILLE, Utah, June 17, 2019 — (PRNewswire) —  IMSAR LLC and Optisys, LLC, collaborated to create a low-Size, Weight, and Power (SWaP) radar designed specifically for use on High Altitude, Long Endurance (HALE) platforms. The high-altitude radar system is made possible by combining Optisys's ability to miniaturize antenna arrays through 3D printing and IMSAR's military-proven radar technology.

The front side of Optisys' Waveguide Antenna.

IMSAR's high-altitude radar is based on its existing, low-SWaP NanoSAR C technology, which provides the foundation for its Commercial, Off-the-Shelf (COTS) NSP-3, NSP-5 and NSP-7 airborne radar systems. The high-altitude radar is capable of multiple modes of operation from over 60,000 feet Above Ground Level (AGL) and is designed to operate continuously in stratospheric environments. 

To allow IMSAR's high-altitude radar to operate within the stringent SWaP requirements of HALE platforms, Optisys created a single array that combines multiple horns, waveguide combiners, mounting structures, and thermal features. The Optisys array reduces the parts required for the aperture by 94% and sufficiently reduces the space and weight required for the radar system to allow the radar to integrate into HALE platforms that were previously unable to carry radar sensors. The low-loss 3D aluminum array also allows for additional reductions in system power requirements to improve mission longevity.

Larry Moore, Vice President of Sales at IMSAR said, "Combining IMSAR's low SWAP NanoSAR radar with the novel printed aluminum antenna array from Optisys has yielded an exquisite new class of radar designed for HALE aircraft. The use of this radar on HALE platforms allows for continued surveillance where multiple aircraft or satellites were needed previously. This provides unrivaled agility in imagery collection and time on station."

IMSAR LLC is a privately owned research, development, and manufacturing company located in Springville, UT, that specializes in lightweight, low-power Synthetic Aperture Radar (SAR) devices and radar image processing. The first version of IMSAR's NanoSAR system was developed in 2008. Since then, IMSAR has continued to enhance the capability and reduce the size of its flagship radar system. For more information, visit www.imsar.com.

Optisys, LLC is a privately-owned RF design and additive manufacturing company located in West Jordan, UT.  Optisys designs, manufactures, and tests highly integrated antenna structures that achieve the lightest weight and smallest volume physically possibly.  Optisys' designs include single-band parabolic antennas, passive or active low-profile arrays, and multi-band solutions –including filters, switches, and tracking networks.  For more information, visit www.optisys.tech

Contact: To learn more, please contact  IMSAR at 801.798.8440 or sales@imsar.com or Optisys at 801.664.5595 or service@optisys.tech.

 

IMSAR’s High Altitude Long Endurance Radar. Visible in the image is IMSAR's NanoSAR Radar Electronics Assembly (top left), Ethernet switch (bottom left) and onboard processor (right), as well as Optisys's Waveguide Antenna.

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SOURCE IMSAR LLC

Contact:
Company Name: IMSAR LLC
Web: http://www.imsar.com




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