8 novembre 2022 | International, Aérospatial, Naval, Terrestre, C4ISR, Sécurité, Autre défense

Roadmap to CMMC Readiness

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  • Curtiss-Wright acquiring PacStar for $400 million

    28 septembre 2020 | International, Aérospatial, Naval, Terrestre, C4ISR, Sécurité, Autre défense

    Curtiss-Wright acquiring PacStar for $400 million

    Andrew Eversden WASHINGTON — North Carolina-based defense technology company Curtiss-Wright announced Sept. 24 that it had entered into an agreement to acquire Pacific Star, a major tactical communications vendor for the U.S. Army. Curtiss-Wright, based in North Carolina, bought PacStar for $400 million in an effort to boost its network communications business. According to a press release from Curtiss-Wright, PacStar's business will operate within the Curtiss-Wright defense business and is expected to generate $120 million in sales in 2020. “The acquisition of PacStar establishes Curtiss-Wright as a critical supplier of advanced tactical and enterprise network communications solutions supporting a broad spectrum of high-priority U.S. military force modernization programs,” said David C. Adams, chairman and CEO of Curtiss-Wright Corporation, in a statement. “The combination of Curtiss-Wright's mission-critical mobile and secure COTS-based processing, data management and communications technologies with PacStar's highly complementary hardware and software solutions will enable us to deliver best-in-class platform network integration and tactical data link network management to the warfighter.” Curtiss-Wright ranked No. 72 in Defense News' Top 100 annual report on the world's largest defense companies. PacStar is an important vendor for the Army's tactical network modernization effort, where it provides products to improve tactical expeditionary communications. Back in July, PacStar was awarded work to support the fielding of satellite baseband communications to three Expeditionary Signal Battalion-Enhanced (ESB-E) units by Army Program Executive Office Command, Control, Communications-Tactical. PacStar also provides networking and communications capabilities for the Marine Corps' Networking On-The-Move (NOTM) program. “PacStar, which represents the largest transaction in Curtiss-Wright's recent history, is well-positioned to benefit from the military's continued investment in robust, secure and integrated battlefield network management and is expected to yield significant opportunities for revenue growth," Adams said. "Further, this acquisition supports Curtiss-Wright's financial objectives for long-term profitable growth and strong free cash flow generation within our disciplined and balanced capital allocation strategy.” https://www.c4isrnet.com/industry/2020/09/25/curtiss-wright-acquiring-pacstar-for-400-million/

  • USAF to Redesign Oxygen System on T-6 Fleet After Repeated Hypoxia-Like Issues

    14 septembre 2018 | International, Aérospatial

    USAF to Redesign Oxygen System on T-6 Fleet After Repeated Hypoxia-Like Issues

    AMY MCCULLOUGH The Air Force plans to redesign the oxygen system in its T-6 Texan II and adjust oxygen control levels in flight, after an exhaustive study determined that varying levels of oxygen concentrations were to blame for the hypoxia-like symptoms reported by pilots. The service grounded its primary trainer fleet earlier this year while it inspected the Onboard Oxygen Generation System (OBOGS) on all T-6 aircraft, and it stood up an independent review team to determination potential causes. “So far, technical efforts to date and analysis of data collected have determined that pilots have been exposed to significantly changing levels of oxygen concentration,” said Lt. Gen. Steven Kwast, AETC commander. “The varying levels of oxygen concentration, even though in excess of what the body typically needs, has caused physiological stress that most pilots, on most days, actually adapt to without noticing.” However, the physiological stress of the changing oxygen levels can cause some pilots to experience symptom similar to hypoxia (lack of oxygen), hypocapnea (lack of carbon dioxide), and other related conditions, said Kwast in a press release issued late Thursday. It is expected to take two to four years to redesign the OBOGS system and fully stabilize oxygen levels in the T-6, a joint effort between Air Education and Training Command and Air Force Materiel Command. The two major commands also are working with industry “to adjust the OBOGS software algorithm to stabilize oxygen concentrations,” according to the release. “While this should reduce physiological events, the Air Force will pursue a broader redesign,” states the release. The Air Force and the Navy also have worked together to come up with new maintenance procedures to ensure the OBOGS system operates more efficiently. And, AETC will provide additional training for pilots to help them identify such symptoms and then learn how best to react if they ever encounter them in flight. “Since our T-6 operational pause, we have made every effort to communicate with every instructor and every student exactly what we've found,” Maj. Gen. Patrick Doherty, 19th Air Force commander, said. “Transparency remains of utmost importance to use as we all work together to ensure that our pilots are safe and know the way ahead.” http://www.airforcemag.com/Features/Pages/2018/September%202018/USAF-to-Redesign-Oxygen-System-on-T-6-Fleet-After-Repeated-Hypoxia-Like-Issues.aspx

  • Important next step in the M Frigate Project

    26 juin 2020 | International, Naval

    Important next step in the M Frigate Project

    June 25, 2020 - On Wednesday 24 June, the Dutch Ministry of Defense took an essential step in the replacement of the current M frigates of the Netherlands and Belgian Navies. The B-letter was sent to the Dutch Lower House, marking the completion of the investigation phase, with a design that meets the requirements of both the Defense and NATO. Damen, Thales and a whole chain of companies involved in naval shipbuilding in the Netherlands, are delighted with this next step. They are ready to start with the next phase of the project. Director Damen Schelde Naval Shipbuilding Hein van Ameijden: “This kind of launching customer projects are essential for the future of naval shipbuilding in the Netherlands. We are delighted that we can build the successor to the M frigates. Much more importantly, the men and women of the Royal Netherlands Navy will once again have an innovative ship at their disposal, to sail and fight with.” The main task of the frigates will be to fight submarines remotely. This will be performed by way of a new torpedo, to be deployed from the ship or by the NH90 helicopter onboard. This is one of the subjects stated in the letter that the Dutch Lower House received from State Secretary Barbara Visser. The current four M frigates of the Belgian and Dutch navies are at the end of their lifetime. In addition to submarine combat, the new frigates must be able to protect themselves and other units. They must be deployable worldwide for maritime combat and safety operations and assistance. This requires means of defence against threats from the air and enemy ships on and underwater. The frigate has room for a 110-man crew. For mission-specific personnel and their equipment, 40 extra beds and various spaces are available. The first ship is expected to be delivered in 2027. After that, operational effectiveness and safety of the ship will be tested. The Dutch Navy is expected to receive this first frigate in 2028 and the second one a year later. The Belgian frigates will be delivered no later than 2030. View source version on Damen Schelde Naval Shipbuilding: https://nlnavy.damen.com/important-next-step-in-the-m-frigate-project/

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