Milestones in Robotic and Automated Military and Aerospace Systems

As commercial automation advances, so does the innovation of robotics into military and aerospace applications. L3Harris Technologies recently announced the release of AMORPHOUS, the multiple-domain, simultaneous military asset control software. Meanwhile, Milrem Robotics and Hanwha Aerospace have signed a memorandum of understanding focusing on the joint development and commercialization of advanced robotic combat vehicles and other military-based robotic systems to meet the demand of modern armed forces operations.

L3Harris has launched AMORPHOUS to link thousands of automated robotics assets and provide optimal control. Image used courtesy of L3Harris

Simultaneous Military Asset Control

Earlier this month, L3Harris announced the release of the AMORPHOUS software, a game-changing military tool for the simultaneous corroboration of military assets (by the thousands). L3Harris is a globally renowned aerospace and defense company whose products and services include radio station equipment, GPS, sensor technologies, other communication equipment, propulsion and missile systems, space systems, space vehicle and missile parts, and more.

AMORPHOUS provides the U.S. and allied militaries with manufacturer-agnostic control of unmanned platforms (whether they be aerial, marine, or terrestrial) and their machines/vehicles of varying payloads and system configurations. The software is intended to provide control of multiple assets and multiple missions all at once, amplifying military power and mission proficiency.

Military and/or commercial applications include search and rescue, persistent intelligence, surveillance, reconnaissance (ISR), electronic warfare, precision kinetic operations, delivery robots, warehouse automation, environmental monitoring, and autonomous systems in construction, farming, and mining.

L3Harris Completes RS-25 Engine for NASA

With the completion of the RS-25 engine for the Space Launch System (SLS) at Stennis Space Center, NASA is moving forward with the Artemis V mission. Artemis V marks the transition to newly created RS-25 engines, which are constructed using contemporary manufacturing processes like 3D printing to lower costs and production time while retaining reliability, in contrast to the first four Artemis flights, which used reused Space Shuttle engines.

L3Harris paves the way to the moon with its RS-25 engine with a carefully designed, low-cost powerhead providing optimum combustion. Video used courtesy of L3Harris

L3Harris is in charge of the RS-25 engine program, managing its development, manufacturing, and testing through its subsidiary Aerojet Rocketdyne. Prior to integration, the E20001 engine will be put through a 500-second hot-fire test at full thrust to confirm its functionality. Future engines will benefit from efficiency enhancements made during production, guaranteeing a more efficient strategy for future missions.

Milrem and Hanwha Sign MoU

To improve mechanized unit capabilities, Milrem and Hanwha have inked an MoU to collaborate on the development of advanced robotics combat vehicles (RCVs) and other ground robotic systems. Additionally, they will work together to promote these technologies globally, using their networks to increase their uptake in foreign military markets.

The Milrem Function Integration Kit (MIFIK) is another cognitive load reducing software system that helps military asset operators coordinate multiple assets during operations while planning individual routes and configuring operations to optimize mission execution. Operators can enhance situational awareness by uploading open-source maps and managing radio communications.

The VECTOR is an RCV that provides powerful weaponry and intelligence 24/7 to support on-the-ground warfare. The machine offers a 3-ton payload capacity, integrating weaponry and other equipment without compromising performance. According to Milrem, the VECTOR enhances military tactics and equalizes the firepower of infantry fighting vehicles by honing in on short-range targets and flanking troops. It decreases losses while preserving fighting efficiency by keeping forces farther away.

Strengthening Military Power and Efficiency

Military operations are benefiting from the agility and dynamism that automation, robotics, artificial intelligence, and advanced computer vision provide. Companies like Hanwha and Milrem and leveraging each other's expertise to generate and market innovative RVCs for the modern military across the globe.

L3Harris is another military robotics innovator intending to bring connection, synchronization, and visibility to military operations at the mission network level. Together, these companies are redefining modern warfare-enhancing defense systems in the context of the digital age.

Featured image used courtesy of L3Harris