L3Harris to Equip Australian Hunter-Class Frigates with Advanced IPMS
L3Harris Technologies has been awarded the contract to provide its state-of-the-art Integrated Platform Management System (IPMS) for Australia's Hunter-class frigates. These next-generation vessels, based on the UK’s Type 26 frigate design, are being constructed at the Osborne Naval Shipyard in South Australia as part of the nation’s Continuous Naval Shipbuilding program. The IPMS will play a critical role in enhancing the ships' operational efficiency, reliability, and safety.
What is the IPMS?
The Integrated Platform Management System (IPMS) developed by L3Harris is an advanced technology that enables centralized control and monitoring of key shipboard systems. Designed to manage propulsion, power generation, auxiliary systems, and more, the IPMS simplifies ship operations while improving performance and crew situational awareness.
Specifications of the IPMS
L3Harris’ IPMS is built on cutting-edge technology and offers the following features:
- Automation and Remote Control: Centralized control of propulsion, electrical, and auxiliary systems for efficient operations.
- Real-Time Monitoring: Continuous diagnostics and monitoring of onboard systems to predict and prevent potential failures.
- Alarm Management: Advanced alarm processing to alert operators about critical events, ensuring swift responses.
- Scalability: Flexible architecture to accommodate future upgrades and integration of new technologies.
- Multi-Console Capability: Interfaces that allow multiple operators to manage systems simultaneously.
The IPMS has been successfully deployed on over 300 vessels across 27 navies worldwide, demonstrating its reliability and adaptability. These include the UK’s Royal Navy, Royal Netherlands Navy, and Royal Canadian Navy, making it a proven solution for modern naval platforms.
Hunter-Class Frigates: A Technological Marvel
The Hunter-class frigates, considered among the world’s most advanced anti-submarine warfare vessels, represent a significant leap in naval capabilities for the Royal Australian Navy (RAN). Equipped with advanced sensors, combat systems, and now the IPMS, these frigates are designed to operate in high-threat environments, providing enhanced deterrence and combat effectiveness.
The construction of the Hunter-class frigates is a cornerstone of Australia’s sovereign shipbuilding program. This initiative is not only aimed at delivering a world-class naval fleet but also at fostering local expertise, creating jobs, and enhancing Australia’s defense industry capabilities.
Industry Collaboration
L3Harris’ involvement in the program underscores the collaborative approach of the Australian defense industry. Alan Clements, Vice President of L3Harris Australia, emphasized the company's commitment to delivering cutting-edge technologies to strengthen the RAN’s operational capabilities. Similarly, Paul Berryman of BAE Systems Australia highlighted how the Hunter-class program is laying the groundwork for sustained naval shipbuilding in the country, equipping Australian workers with critical skills and expertise.
Global Recognition of L3Harris IPMS
L3Harris has refined its IPMS through decades of collaboration with leading naval forces worldwide. The system’s widespread adoption underscores its versatility and dependability in diverse maritime environments. The Royal Navy’s use of the IPMS on its Type 26 frigates—a design that serves as the basis for the Hunter-class frigates—further validates its performance.
Strategic Importance
The Hunter-class frigates, equipped with L3Harris’ IPMS, will provide Australia with a modern naval fleet capable of responding to evolving maritime threats. The partnership between L3Harris, BAE Systems, and the Australian government is a testament to the importance of fostering technological innovation and self-reliance in defense.
By integrating cutting-edge systems like the IPMS, the Hunter-class program not only advances Australia’s naval capabilities but also strengthens its position as a key player in regional security.
