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June 21, 2019 | International, Aerospace

Airbus awarded contract to integrate and certify the DIRCM System for the German Air Force A400M

Airbus Defence and Space has been awarded a contract from the German Bundesamt für Ausrüstung, Informationstechnik und Nutzung der Bundeswehr (BAAINBw) to integrate and certify a J-MUSIC™ Directed Infrared Counter Measure (DIRCM) system inside the A400M Defensive Aids Sub-System (DASS) for the German Air Forces' Airbus A400M aircraft.

The DE DIRCM system will be provided by Diehl Defence GmbH & Co. KG, which is based on a J-MUSIC™ System from Elbit Systems Ltd. The contract will be performed over a four-year period.

"The signing of the contract is another significant milestone for the A400M programme and also underlines the enormous growth potential of the aircraft and the confidence Germany has in it," said Michael Menking, Head of A400M Programme. "The integration of the DE DIRCM system into the A400M will further enhance the aircraft's self-protection and bring additional capability in the theater of operations."

http://www.asdnews.com/news/defense/2019/06/19/airbus-awarded-contract-integrate-certify-dircm-system-german-air-force-a400m

On the same subject

  • Will commercial and military launch programs ever be truly complementary?

    April 29, 2020 | International, Aerospace

    Will commercial and military launch programs ever be truly complementary?

    By: Kirk Pysher In a few months, the U.S. Air Force will choose two of the four competing space companies to provide five years of launches in the National Security Space Launch (NSSL) program. One of the core objectives for this program is to increase affordability by leveraging the technologies and business models of the commercial launch industry. Is that a realistic expectation given the current commercial space market and historical precedents? Historically, the commercial launch market has seen significant variability. Launches of commercial communication satellite constellations began in the early 1970s with NASA serving as the launch provider. New launch providers began to emerge from the commercial world after the Commercial Space Launch Act of 1984 allowed the private sector to provide launch services. We then witnessed a remarkable growth in commercial space launches in the 1990s that peaked just before the turn of the century. Then, until about 2014, the commercial launch market stabilized at 20-25 commercial geostationary orbit satellites per year that were split essentially between three global launch suppliers. Since then, new entrants into the commercial launch market and pricing pressure from terrestrial-based communication systems have significantly impacted the viability of the commercial launch market, reducing profit margins and returns on investment across the board. The expected 20-25 commercial GEO missions is now in the range of 10-15 launches per year and is expected to remain at that level beyond the NSSL five-year period of performance. With new entrants into the commercial launch market, that 40-50 percent reduction in annual launch opportunities will now be competed among seven to eight global launch providers, putting further pressure on the viability of those launchers. Additionally, commercial launch revenue is also expected to decrease over that period by as much as 30 percent as satellite operators look to reduce their launch cost through shared launch, smaller spacecraft and reduced launch pricing. Given the projected commercial launch market and additional competition from new entrants, launch service providers will have difficultly building and maintaining viable commercial launch business plans, let alone having commercial launch-driven capital to invest in new technology. History has proven that no commercial launch service provider can succeed without having an anchor government customer. The commercial launch market simply has not been able to provide the stable, long-term demand needed to maintain affordable pricing, innovation and factory throughput for the Air Force to benefit from. History has also demonstrated that it is the Air Force with NSSL since 2003 that has provided the launch service providers with a stable number of launches. The defense and commercial launch markets have a fundamental difference. The former focuses strictly on satisfying national security mission requirements in space — needs that are driven by risk, strategy and geopolitical events regardless of vulnerabilities in commercial markets. The defense market began in the late 1950s with industry designing, developing and building launch vehicles for the U.S. government to place critical national security satellites into orbit. Early on, we saw a large number of launches in the beginning — peaking at more than 40 in 1966 — before activity levels decreased to level out by 1980. After more than 400 launches of defense-related satellites, the defense launch market finally settled into an average eight launches annually, whereas the commercial launch market is strictly tied to the ability of global satellite operators to close business plans and obtain institutional and/or private funding on new and replacement satellites. The global COVID-19 pandemic is a stark reminder of the vulnerability of all commercial markets. Airlines, aircraft manufacturers and commercial space companies are needing to seek tens of billions of dollars in government assistance; and private commercial space investors are also reassessing their risk postures, as is demonstrated by the recent OneWeb bankruptcy filing. Given the projected decline in commercial launch along with the historical precedents, there would be significant risk for the Air Force to expect to leverage benefit from commercial launch. In fact, I believe history has demonstrated that it is commercial launch that is able to leverage the benefits derived from the steady cadence of defense and civil government launches. The Air Force, in its role as anchor customer, needs to clearly understand commercial market dependencies and business cases of its key providers. With that understanding, the Air Force will mitigate any risk of critical national security missions being dependent on a finicky and fluctuating commercial market. Kirk Pysher is an aerospace executive with more than 20 years in the commercial launch market, serving most recently as the president of International Launch Services until October 2019. https://www.defensenews.com/opinion/commentary/2020/04/28/will-commercial-and-military-launch-programs-ever-be-truly-complementary/

  • Semiconductor companies consider new plants in the US

    May 12, 2020 | International, C4ISR, Security

    Semiconductor companies consider new plants in the US

    By: The Associated Press NEW YORK — Intel and a Taiwanese company are talking to the Trump administration about building new semiconductor plants in the United States amid concern about relying on suppliers in Asia for chips used in a wide variety of electronics. A spokesman for Intel, the biggest American chip maker, said Sunday that the company is in discussions with the U.S. Defense Department about improving domestic technology sources. Spokesman William Moss said Santa Clara, California-based Intel is well-positioned to work with the government “to operate a U.S.-owned commercial foundry.” Taiwan Semiconductor Manufacturing Co. is open to building a plant outside of Taiwan and has talked with the Commerce Department, a spokeswoman said. “We are actively evaluating all the suitable locations, including in the U.S., but there is no concrete plan yet,” said the TSMC spokeswoman, Nina Kao. The discussions were first reported by The Wall Street Journal, which said TSMC is also talking with Apple Inc., one of its biggest customers, about building a plant in the U.S. The newspaper said the coronavirus pandemic has heightened worries about global supply chains, and that U.S. officials are particularly concerned about the growing reliance on Taiwan, the self-ruled island that is claimed by China. Intel CEO Bob Swan said in a letter last month to two Pentagon officials that strengthening U.S. production “is more important than ever, given the uncertainty created by the current geopolitical environment.” He said it would be in the best interests of the United States and Intel to explore how the company could build a plant. Concern about relying so heavily on chips from Taiwan, South Korea and China started even before the coronavirus outbreak. The Pentagon and the Government Accountability Office issued reports on the matter last year. The GAO said that when U.S. companies shift operations overseas it can mean lower prices for components and technology used in weapons systems. However, having global sources “can also make it harder for [the Pentagon] to get what it needs if, for example, other countries cut off U.S. access to critical supplies,” the GAO said in a report last September. https://www.defensenews.com/industry/2020/05/11/semiconductor-companies-consider-new-plants-in-the-us/

  • DoD SBIR/STTR Component BAA Open: Space Development Agency (SDA) HQ085021S0001

    March 9, 2021 | International, Aerospace

    DoD SBIR/STTR Component BAA Open: Space Development Agency (SDA) HQ085021S0001

    The DoD Small Business and Technology Partnerships Office announces the opening of the following Broad Agency Announcement (BAA) topics: Space Development Agency (SDA), HQ085021S0001 SBIR Topic HQ085021S0001-01: Free-Space Optical Communication (FSOC) Technology for Optical Intersatellite Links (OISLs), published at: https://beta.sam.gov/opp/7e60b2b1a9014888925a1d4b4fecd0df/view SBIR Topic HQ085021S0001-02: L-Band Multiband/Interleaved Electronically Scanned Array (ESA) Antenna, published at: https://beta.sam.gov/opp/6b1fd1d4efca4e3aad5d7ad4699ac4eb/view SBIR Topic HQ085021S0001-03: Advanced Space Mesh Networking, published at: https://beta.sam.gov/opp/338239928d54409ea01ee400325b2e5e/view STTR Topic HQ085021S0001-04: Advanced Space Mesh Networking, published at https://beta.sam.gov/opp/002cf1a4efcb472dbb5f87c9e23aab26/view SBIR Topic HQ085021S0001-05: Mesh Network NSA Certifiable Cryptographic Solution, published at https://beta.sam.gov/opp/262cd2b6216e4002bdd6b15789d5a73e/view STTR Topic HQ085021S0001-06: Mesh Network NSA Certifiable Cryptographic Solution, published at https://beta.sam.gov/opp/533dbc7e30e4452eb3cc814b882c21a7/view IMPORTANT DATES: March 9, 2021: Topic Q&A opens March 9, 2021: BAA opens, begin submitting proposals in DSIP March 24, 2021: Topic Q&A closes to new questions at 12:00 p.m. ET March 31, 2021: BAA closes, full proposals must be submitted in DSIP no later than 12:00 p.m. ET Full topics and instructions are available at the links provided above. Topic Q&A Topic Q&A is available for proposers to submit technical questions at https://www.dodsbirsttr.mil/submissions/login beginning today, March 9, 2021. All questions and answers are posted electronically for general viewing. Topic Q&A will close to new questions on March 24, 2021 at 12:00 p.m. ET but will remain active to view questions and answers related to the topics until the BAA close. Proposers are advised to monitor the Topic Q&A during the BAA period for questions and answers, and frequently monitor the beta.SAM.gov link above for updates and amendments to the topic. Learning & Support Visit the Learning & Support section for Job Aids and Help Videos to guide you through submitting and viewing questions and answers in the Topic Q&A, preparing and submitting your proposal in DSIP, and more: https://www.dodsbirsttr.mil/submissions/learning-support/training-materials DSIP Help Desk Contact Info Phone Number: 703-214-1333 Email: DoDSBIRSupport@reisystems.com Hours: Monday – Friday, 9:00 a.m. – 5:00 p.m. ET Thank you for your interest in the DoD SBIR/STTR Program. DoD SBIR/STTR Support Team To sign up and receive upcoming emails, please follow this link: https://secure.campaigner.com/CSB/Public/Form.aspx?fid=667492&ac=g9gk 

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