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Based on the company's LM 400, these refrigerator-sized, solar-powered spacecraft use an open-architecture design for building in large numbers, David Szondy reports for New Atlas.
LITTLETON, Colo. - Lockheed Martin Corp. has unveiled a new line of military tactical intelligence, surveillance, and reconnaissance (ISR) satellites to provide battlefield forces with long-range tracking of moving targets in hostile environments in near-real-time, David Szondy reports for New Atlas.
The Intelligent Aerospace take:
May 5, 2021 -The Lockheed Martin Space segment in Littleton, Colo., is offering a line of reconnaissance satellites based on the company's LM 400 mid-size satellite bus. The tactical ISR satellites use the Open Mission System (OMS) and the Universal Command and Control Interface (UCI) to make them able to operate with different platforms and battle management systems.
These refrigerator-sized, solar-powered spacecraft use an open-architecture design that lends itself to being manufactured in large numbers to increase affordability. The goal is a constellation of satellites that can bring different assets to bear for a faster find-fix-finish kill outcome.
It's a software-defined platform so it can adapt quickly to changing threats, and boasts the ability to provide up to 14 kilowatts to payloads weighing as much as 3,300 pounds. Also, it has a hardened data processing system supporting in-theater, low-latency sensor tasking, orbital data processing, protected communications, direct situational awareness downlinks, and targeting information transmission.
www.intelligent-aerospace.com
LITTLETON, Colo. - Lockheed Martin Corp. has unveiled a new line of military tactical intelligence, surveillance, and reconnaissance (ISR) satellites to provide battlefield forces with long-range tracking of moving targets in hostile environments in near-real-time, David Szondy reports for New Atlas.
The Intelligent Aerospace take:
May 5, 2021 -The Lockheed Martin Space segment in Littleton, Colo., is offering a line of reconnaissance satellites based on the company's LM 400 mid-size satellite bus. The tactical ISR satellites use the Open Mission System (OMS) and the Universal Command and Control Interface (UCI) to make them able to operate with different platforms and battle management systems.
These refrigerator-sized, solar-powered spacecraft use an open-architecture design that lends itself to being manufactured in large numbers to increase affordability. The goal is a constellation of satellites that can bring different assets to bear for a faster find-fix-finish kill outcome.
It's a software-defined platform so it can adapt quickly to changing threats, and boasts the ability to provide up to 14 kilowatts to payloads weighing as much as 3,300 pounds. Also, it has a hardened data processing system supporting in-theater, low-latency sensor tasking, orbital data processing, protected communications, direct situational awareness downlinks, and targeting information transmission.
Commercial Aerospace
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