Uncertain strategic times. Missile threats. Determining the right capability for best defence. For Raytheon Australia, there is only one option ‒ investing in agile and adaptable, next-generation weapons to equip the Australian Defence Force.
Through integrated weapons systems to ensure mission success on land, at sea and in the air, we stand ready to deliver the capability to defend the nation.
Raytheon’s innovative precision weapons are already providing layers of defence and a distributed lethality capability, tested in development and proven in combat around the globe.
Government identifies Raytheon system for Australian Ground Based Air and Missile Defence Program
The Australian Government has announced First Pass approval for the LAND 19 Phase 7B project as the first piece of the land-based Integrated Air and Missile Defence (IAMD) Program. This approval includes the release of a Single Supplier Limited Tender to Raytheon Australia - identified as the Prime System Integrator (PSI) for Army’s future Ground Based Air and Missile Defence capability.
Raytheon’s proposal for second pass consideration by Government will be based upon the proven Raytheon / KONGSBERG National Advanced Surface to Air Missile System (NASAMS) capability that is fielded in seven nations, including the United States. Importantly, this system can utilise different launchers, radar technologies and missile types for a range of different ground based air and missile defence missions.
In collaboration with Defence and CEA Technologies, Raytheon Australia will also investigate the option of the MEDUSA system; an incorporation of Australian AESA sensor technology into the proven baseline of NASAMS.
Managing Director of Raytheon Australia, Michael Ward said, “We welcome this decision as it allows us to work closely with Defence to collaboratively investigate the Australian Army’s next generation air and missile defence capability.”
“The Raytheon offering draws on a common launch rail that can make effective use of multiple weapons from existing Australian Defence Force inventory. As the prime systems integrator, our solution will provide short and medium range defence capability using in-service multi-purpose AIM-9X and AMRAAM missiles, providing a system to meet Army’s ground based air and missile defence requirements”, Ward said.
Raytheon Australia’s solution has a strong focus on Australian industry involvement and creating local jobs. In addition to utilising Australian protected vehicles and AESA sensor technology, the system provides opportunities for Australian Industry across systems integration, component manufacture, assembly, vehicle integration and in-country sustainment.
In recognition of the vital role that Australian small to medium enterprises will play in the development and execution of this program, in partnership with Defence, Raytheon Australia intends to conduct a series of Australia Industry Showcases across the country late in 2017. The purpose of these events will be to engage with local small to medium enterprises and to develop the industry partnerships needed to deliver government a world leading ground based air and missile defence capability.
“Our solution combines proven US and Norwegian technology and Australian innovation backed by local integration and sustainment capability. Reflecting Raytheon Australia’s trusted partnership with the Australian Defence Force and its suppliers, we welcome this decision as a step towards delivering the best outcome not only for the ADF but also for Australian industry,” Ward said.
“This is an excellent example of the how the Government’s ‘smart buyer’ reforms of the defence acquisition process, following the First Principles Review, are taking effect. Following early industry engagement on this project, the process has been expedited to ensure that a timely procurement can occur. This will save both time and costs for industry and government whilst maximising local industry involvement. I congratulate the Government for its new approach and Defence for working in a committed and unified way to bring about this outcome.”
“This is a first important step for Australia’s new integrated air and missile defence capabilities and Raytheon is focused on playing a key role to assist Defence to meet its future objectives in this area,” Ward concluded.
Learn about our work:
JP2072 PH1 — Supports battlespace communications on operations. Part of the Land 200 suite of solutions designed to modernise the Australian Army, JP 2072 Ph1 involves the provision of the Enhanced Position Location Reporting System (EPLRS) Extended Frequency (XF) radio, and MicroLight radio. Both radios provide high-capacity, tactical battlefield data communications.
Advanced Field Artillery Tactical Data System — The Advanced Field Artillery Tactical Data System (AFATDS) is the Fire Support Command and Control (C2) system employed by the U.S. Army and U.S. Marine Corps units to provide automated support for planning, coordinating, controlling and executing fires and effects.
Land 200 — Land 200 provides Army with digital radios and vehicle mounted and dismounted (soldier carried) Battle Management Systems (BMS). Land 200 is a generic name for the combination of various phases of Land 75, Land 125 and JP 2072. The modernisation of the communications equipment and BMS used by the Australian Defence Force (ADF) is a primary objective of the Land 200 program which is reflected in a multi phased approach. Land 75 provides EPLRS XF data radios for the vehicle mounted BMS, Land 125 equips selected commanders with MicroLight data radios for the soldier carried BMS and JP 2072 provides additional EPLRS XF data radios.
JP2008 5B1 — The award of JP 2008 Phase 5B1 sees Raytheon Australia trusted to provide in excess of 200 complex tactical transportable satellite communications systems in a number of sizes to the Australian Defence Force (ADF). We are an integral player in providing critical beyond line of sight battlespace communications by connecting deployed troops on the ground to command and control, intelligence, surveillance, reconnaissance, geospatial and logistics information.