Raytheon’s Hyperspectral Imaging Technology To Provide Images From Space

  • Our Bureau
  • 07:52 AM, November 18, 2014
  • 3870

Raytheon announced Monday that two new commercial satellites will carry sensor payloads developed by the company to deliver images of unprecedented depth and detail.

Raytheon's hyperspectral imaging technology captures light across a wide swath of the electromagnetic spectrum, giving commercial, civilian and military analysts important new insights into Earthly phenomena.

Sensor data will allow analysts to measure the mineral content of soil, characterize atmospheric pollutants and distinguish physical properties of materials otherwise undetectable to the naked eye.

A newly awarded contract calls for the sensor payloads to fly on a pair of commercial satellites that Boeing is building for HySpecIQ.

"The technical depth and experience of Boeing and Raytheon will create an unparalleled hyperspectral system," said William R. Sullivan, HySpecIQ founder and executive chairman. "This system will vastly advance the use of hyperspectral imaging in both commercial and government applications.”

"For the first time, commercial markets will now have affordable access to the extraordinary advantages of hyperspectral imaging from space," said Bill Hart, vice president, Raytheon Space Systems. "Raytheon is advancing this technology based upon flight-proven systems for both air and space."

Work on the HySpecIQ payloads will take place in El Segundo, California, with final delivery for integration onto the Boeing satellites expected in 2017.

Also Read

ThalesRaytheon Systems Completes System Testing Of Nato’s ACCS Program

November 14, 2014 @ 08:42 AM

Raytheon Awarded $13.5 Million Afghan Pilot Training Contract

November 12, 2014 @ 10:25 AM

Raytheon Wins $85.5 Million Contract For Griffin Missiles

November 10, 2014 @ 08:15 AM

US Navy Tests Raytheon-Built Interceptors To Meet Multiple Missile Threats

November 7, 2014 @ 01:43 PM
FEATURES/INTERVIEWS
© 2024 DefenseMirror.com - ALL RIGHTS RESERVED