Lockheed Martin and Northrop Grumman Sign Letter of Intent with Rheinmetall to Manufacture F-35 Center Fuselages

On the same subject

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  June 29, 2018 | International, Naval

  BAE reportedly comes out on top in Australia’s future frigate showdown

  By: David B. Larter and Aaron Mehta WASHINGTON ― In a move that could send shock waves through the global frigate market, Australia appears poised to announce that it has selected BAE Systems' Type 26 design for its new future frigate design. The Wall Street Journal reported Thursday that on June 29, the Australian military will make the formal announcement that BAE has won the AU$35 billion (U.S. $26 billion) contest to build nine frigates, which are being designed with anti-submarine warfare in mind. Under the competition guidelines, construction on the ship is scheduled to begin at the shipyards at Osborne in 2020. The design beat out two strong challenges from ships that, unlike the Type 26, already exist. The move is a major blow to Fincantieri, which had been pushing its anti-submarine warfare FREMM for the requirement. The Spanish shipbuilder Navantia, which already has a major operation in Australia, was also a strong competitor for the contract with its F-100 frigate design. In 2007, Navantia was selected to build the Australian air warfare destroyer. The competition also has implications for the Canadian frigate program, which is expected to announce a winner later this year, said Byron Callan, an defense analyst with Capital Alpha Partners. “The win is a positive for BAE because it's the first international order for the Type 26 and it may help position that ship type for Canada's Surface Combatant program that should be decided in late 2018,” Callan said. Canada has a 15-ship requirement. The unit price for the hull is about $850 million to $1 billion, which does not include some government-furnished systems. The U.K. has already agreed to buy eight of the Type 26 designs, with the goal of fielding them in the mid-2020s. BAE started building the first of three Type 26s it has under contract last year. The first warship is currently scheduled to enter service with the British Royal Navy in 2027 to start replacing the Type 23 fleet. Rolls-Royce with its MT30 gas turbine engine and MBDA with the Sea Ceptor anti-air missile are among the Type 26 subcontractors who could be significant beneficiaries from the Australian order. There has been speculation in the media that the decision to go with BAE may be driven, in part, by Australia's desire to secure strong terms with the U.K. as it negotiates a series of new trade agreements after Britain leaves the European Union. The announcement came just hours after the U.S. State Department announced it had clearedthe sale of $185 million in parts to help Australia connect its CEAFAR 2 phased array radar system with Lockheed Martin's Aegis combat system, with the goal of having both pieces of equipment aboard the future frigates. Andrew Chuter from London contributed to this report. https://www.defensenews.com/global/asia-pacific/2018/06/28/report-australia-selects-bae-for-frigate-design/

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  October 29, 2023 | International, Naval

  Italy readies quick sale of patrol ships to Indonesia amid China fears

  Shipbuilder Fincantieri has several PPA vessels in the pipeline that Jakarta could receive soon, an Italian junior defense minister said.

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  October 7, 2019 | International, Aerospace

  DARPA wants a robotic satellite mechanic launched by 2022

  By: Nathan Strout   The Defense Advanced Research Projects Agency is on track to announce a new commercial partner for its robotic servicing payload by the end of the year, with plans to have a spacecraft in orbit in 2022. “I'm standing here with a smile on my face. The program is moving forward and things are looking good and we're very hopeful,” Joe Parrish, program manager for the Robotic Servicing of Geosynchronous Spacecraft program at DARPA, said at the 2019 Global Satellite Servicing Forum Oct. 1. “We're looking to launch RSGS in late 2022.” RSGS is intended to deliver a GEO spacecraft with a payload consisting of two large 2 meter arms and a number of tools that will allow it to perform maintenance and other work on satellites in GEO. The spacecraft will perform four main functions in space: inspection, orbital adjustments, anomaly resolution and installation of self-contained payloads. With a host of cameras onboard, RSGS will be able to inspect other satellites. This can help operators on the ground diagnose problems and inform in-orbit repairs. It can also use its arms to capture a satellite and move it, either to a new orbit or to dispose of it. DARPA envisions RSGS being able, again using its arms, to install new payloads on existing satellites, replacing legacy hardware and augmenting its mission for years to come. And, of course, RSGS will be available to traverse the GEO landscape to help satellites that fail to deploy correctly. “If somebody launches up into GEO while we're up there and a solar array fails to deploy or a reflector or antenna fails to deploy, we can come galloping to the rescue,” said Perrish. “The benefit is not to demonstrate robot arms waving around in space. The benefit is to increase the resilience of our infrastructure in space.” While DARPA is developing the payload with robotic arms, according to Parrish, DARPA needs a commercial partner to build the spacecraft that will house the payload and carry it around in orbit. “We're looking for the partner to provide the spacecraft bus — so using a heritage GEO bus that may have had some tailoring for RSGS requirements, integrating the payload and the spacecraft bus together, procuring and launching that integrated spacecraft to GEO, and then providing mission control center for operations for a long period of time,” explained Parrish. Parrish said that the full project would be turned over in due time to the commercial partner to operate RSGS for fun and profit. But DARPA has hit some stumbling blocks in securing that commercial partner. In 2017, Orbital ATK sued DARPA to stop it from developing what it saw as competition to its own satellite servicing space vehicle. While that effort failed, the company's efforts to develop its own satellite servicing program have continued. Orbital ATK was acquired by Northrop Grumman in 2018, and now the Northrop Grumman subsidiary SpaceLogistics is preparing to launch the first satellite life extension vehicle into space in the coming weeks. Then, in January, Maxar Technologies' Space Systems Loral pulled out of an agreement with DARPA to build the spacecraft to host the RSGS payload as the company moved out of the GEO construction market. DARPA has spent much of the last year working to find a new commercial partner. In May they hosted a Proposer's Day to discuss the program with potentially interested companies, and now Parrish says they expect to announce a partner toward the end of the year. “2019 has been quite a year,” said Parrish. “We are still in source selection for a new commercial partner.” Meanwhile, work on the payload itself is ongoing. The first of two flight robotic manipulator arms is in final assembly and will be shipped to the Naval Research Lab in the next two weeks, where it will be integrated into the payload. The second arm lags the first by about two months, said Parrish, and is currently in assembly. In 2020, all of the components of the payload will be sent to NRL for assembly into the actual payload. https://www.c4isrnet.com/battlefield-tech/space/2019/10/03/darpa-wants-a-robotic-satellite-mechanic-launched-by-2022/