Lockheed Martin CubeSats Successfully Validate Essential Maneuvers for On-orbit Servicing

Rhea-AI Summary

Lockheed Martin (NYSE: LMT) announced the successful on-orbit demonstration of its In-space Upgrade Satellite System (LM LINUSS™), showcasing advanced navigational algorithms and cloud-based operations. This technology demonstration involved two LM 50™ CubeSats, which displayed precise rendezvous and proximity operations, essential for future on-orbit servicing missions. The LM LINUSS system validated maneuvering capabilities and successfully executed automated maneuvers, employing artificial intelligence and a secure cloud architecture for mission control. Feedback suggests these CubeSats are among the most capable in their class, enhancing mission capabilities and lifecycle sustainability.

Positive

• Successful demonstration of LM LINUSS technology and automated maneuvering.
• Validation of essential maneuvering capabilities for on-orbit servicing missions.
• LM LINUSS CubeSats reported as among the most capable in geosynchronous Earth orbit.

Negative

• None.

LM 50 satellites demonstrate advanced navigational algorithms and cloud-based operations

LITTLETON, Colo., April 18, 2023 /PRNewswire/ -- Lockheed Martin (NYSE: LMT) today announced that its In-space Upgrade Satellite System (LM LINUSS™) accomplished a successful on-orbit demonstration, proving how small satellites can serve an essential role in sustaining critical space architectures. They do this by regularly upgrading existing constellations with new capabilities and extending spacecraft design lifecycles.

LM LINUSS, a technology demonstration funded internally by Lockheed Martin, is made up of two LM 50™ 12U CubeSats. While on-orbit, the system demonstrated highly-automated rendezvous and proximity operations (RPO), which enables complicated yet precise maneuvering across multi-satellite constellations. This allows on-orbit servicing coordination and upgrades at scale in any orbit. The RPO demonstration was part of Lockheed Martin's mission to validate essential maneuvering capabilities for future space upgrade and servicing missions.

Close Proximity Maneuvers Set Stage for Future Mission Capabilities

During the demonstration, one of the LM LINUSS CubeSats acted as the designated servicing vehicle, navigating a flightpath towards the second CubeSat, which represented the resident space object (RSO). As the servicing vehicle approached the RSO, on-board guidance algorithms made final real-time adjustments to complete its rendezvous operations. Its culminating success was declared when the CubeSats maneuvered in a proximity of one another that demonstrated high confidence in conducting future on-orbit servicing missions for customers.

"The LM LINUSS pathfinder is an excellent example of how Lockheed Martin is investing in innovation in the real world. Agile development, cloud-based operations, and smallsat platforms came together at speed and in orbit, where the real test of technology occurs," said Johnathon Caldwell, Lockheed Martin, vice president and general manager, Military Space. "Through the accomplishments of LM LINUSS, Lockheed Martin is pioneering how future small and medium class missions will be upgraded on-orbit, and continuing to develop critical, breakthrough technologies that keep our customers ahead of ready."

In addition to RPO, the toaster-sized CubeSats also accomplished additional technology demonstrations while on-orbit. Several of these include:

• Performing automated maneuvers and using artificial intelligence to fly coordinated flightpaths, supporting a variety of operational conditions.
• Using Lockheed Martin's Horizon™ 2.0 command and control (C2) software and advanced RPO software.
• Maintaining connection with a secure cloud-based architecture for mission telemetry, tracking and control.
• Showcasing the company's advanced SmartSat™ software.
• Demonstrating miniaturized Space Domain Awareness capabilities.
• Validating new onboard high-performance processing, low-toxicity propulsion, inertial measurement units, machine vision, and 3D-printed components.

LM LINUSS could be considered the most capable pair of CubeSats in geosynchronous Earth orbit today, based on customer community feedback. The spacecraft have higher bus density, payload accommodation and on-orbit processing than any other CubeSat, which helps enable revolutionary mission capabilities in the future. Part of Lockheed Martin's LM 50 smallsat family, it is the collaborative integration of the company's mission electro-optical payload deck with a next-generation bus from Terran Orbital Corporation. LM LINUSS and other Lockheed Martin pathfinders are helping create a more sustainable future, safely adding mission life and more.

"This LM LINUSS demonstration was a success for many reasons, including the fact that our team navigated the inherent challenges of a novel technology and validated our software for future missions," said David Barnhart, a technology director at Lockheed Martin Space. "We will leverage what our team learned from LM LINUSS' design, development, and operations to continue advancing Lockheed Martin's innovative vision for on-orbit satellite servicing and upgrades."

About Lockheed Martin

Headquartered in Bethesda, Maryland, Lockheed Martin Corporation is a global security and aerospace company that employs approximately 116,000 people worldwide and is principally engaged in the research, design, development, manufacture, integration and sustainment of advanced technology systems, products and services.

Please follow @LMNews on Twitter for the latest announcements and news across the corporation, and @LMSpace to learn more about the latest technologies, missions and people driving the future of space.

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SOURCE Lockheed Martin

FAQ

What is the purpose of Lockheed Martin's LM LINUSS on-orbit demonstration?

The LM LINUSS demonstration aims to validate essential maneuvering capabilities for future on-orbit servicing and upgrades.

What technology was validated during the LM LINUSS CubeSats demonstration?

The demonstration validated advanced navigational algorithms, automated maneuvers, and cloud-based operations.

How many CubeSats are involved in the LM LINUSS system?

The LM LINUSS system consists of two LM 50™ 12U CubeSats.

What feedback has been received regarding the LM LINUSS CubeSats?

Customer community feedback suggests that LM LINUSS CubeSats are among the most capable in geosynchronous Earth orbit.