July 22, 2019 | International, Naval
The US Navy has officially signed a contract to purchase a used C-130J Super Hercules aircraft from the British Royal Air Force.
The aircraft will replace the C-130T, nicknamed Fat Albert, used by the Blue Angels flying demonstration team.
The contract was signed in Marshall Aerospace and Defence Group's chalet at the Royal International Air Tattoo.
Fat Albert has served the Blue Angels for 17 years since 2002, providing logistics and transportation. It retired in May this year.
The aircraft flew more than 30,000 hours and now serves as a ground-based training platform in Fort Worth, Texas.
The flying demonstration team will continue to fly US Navy or Marine Corps C-130s until the arrival of the replacement C-130J aircraft.
US Naval Air Systems Command Air, ASW, Assault and Special Mission Programs Program executive officer major general Gregory Masiello said: “We are very much looking forward to taking delivery of the aircraft and are very grateful to both the UK MoD and Marshall for enabling this transaction and know that the C-130 Hercules will be a valuable addition to our flying demonstration team.”
Marshall is tasked with the job of delivering maintenance, painting and modifications to the US Navy's new C-130J that is being acquired from the RAF.
RAF Number 2 Group commanding officer air vice-marshal David Cooper said: “This is a superb indication of the co-operation between the militaries of the UK and the US. We know that this C-130 Hercules will serve the US Navy as well as it has served the RAF.”
Blue Angels is the US Navy's flight demonstration squadron
https://www.naval-technology.com/news/us-navy-signs-contract-to-buy-fat-albert-replacement-aircraft/
September 11, 2024 | International, Land
Today, the Honourable Bill Blair, Minister of National Defence, met with the Republic of Korea’s (ROK) Minister of National Defense, Kim Yong-Hyun.
July 27, 2018 | International, Land
By: Todd South ABERDEEN PROVING GROUND, Md. — As the Army looks to shrink its battlefield footprint, its researchers and engineers are finding ways to make the nerve center of the battle — command posts — lighter, more capable and easier to set up and tear down. A recently concluded three-year program aimed to do just that, with everything from the shelter devices used to house a command post's gear, to refitting old and new vehicles, to moving an entirely vehicle-mounted communications system off the truck and into the ruck, cutting its weight by two-thirds in the process. These are some of the ways that experts with the U.S. Army Research, Development and Engineering Command's Communications–Electronics Center are finding to make command posts more mobile, resilient and effective against enemies that can quickly target and destroy massed formations. Some of the advancements include the Expeditionary Command Post shelter, a 20-foot box with integrated power outlets, air conditioning, network cabling and video distribution system. It's containerized so that it can be hauled on a truck or sling loaded under a helicopter. A four-soldier team can set up the structure within 30 minutes as the remaining command personnel hook up the computers, radios and other devices inside of the structure. Jim Bell, operations expert with RDECOM, told Army Times that soldiers with the 1st Armored Division's 2nd Brigade Combat Team set up the shelter in those time frames during field exercises. And during an experiment at Fort Hood, Texas, soldiers moved the shelter with a CH-47 Chinook helicopter. An even more mobile option that researchers have put together is the Light-Mobile Command Post, a pull-out table and tent combination that is installed in the back of a Humvee. It includes fixed TV monitors, built-in radio networks, cabling and computers. The system was designed primarily for light infantry units, but a similar configuration has also been installed on tracked command vehicles for armor units. This post can be voice comm and position location tracking operational within 15 minutes and fully operational in 30 minutes. Another Humvee-based answer to mobile command is a reconfigured command and control vehicle dubbed the Command Post Platform–Improved. It has a built-in power and cooling system and spots for two cases containing the capacity for six computer servers, enough to run a brigade's worth of data. The setup includes seven radio nets, HF, UHF, VHF and SATCOM, and links for fiber optic, standard and secret lines of communication. A small but important feature allows the user to power the systems from either vehicle or external power. The system also has a 15-minute power backup so that the servers can continue to run as power is switched. Beyond a structure or tent solution, researchers have also outfitted small and mid-size all-terrain vehicles, specifically the Polaris MRZR. The focus of these is to provide airborne or air assault operations with a full-fledged command post in a smaller package. The smaller MRZR uses a modular system that can be pulled and reinstalled quickly into another vehicle, should the ATV be disabled. And it has an extra-powerful alternator that can produce 120 amps, double the amperage of a Humvee alternator. It also includes a first-ever all-around handset that can plug in and communicate whether the speaker is using radio, Voice over Internet Protocol or VOIP, and other computer-based voice applications. On top of all these advancements, the Army also is working on reducing what was 60 pounds worth of gear that previously was only used during mounted operations into a much lighter, man-portable package. “They were ripping stuff off of vehicles and coming up with a power source,” said Brad McNeilly-Anta, command post consultant for RDECOM. “That wound up with a 60-pound item, and they were jumping with it at the 82nd Airborne.” Not the most convenient package to haul to the ground. The expeditionary Joint Battle Command Platform is a line of sight, two-way transmission that includes a tablet, battery, peripherals and a new fueled power source that allows it to run for more than 24 hours of continuous operations. Adjustments and replacements to the ruggedized computer, power source, transceiver and encryption device have trimmed the weight down to 23 pounds. Experimenters adapted a 1 L methanol power source to run the system but have also successfully experimented with windshield wiper fluid to run the system, McNeilly-Anta said. https://www.armytimes.com/news/your-army/2018/07/26/from-shelters-to-vehicles-to-rucks-heres-how-the-army-is-changing-its-command-posts
February 19, 2019 | International, Aerospace
Avionics Test Center Denmark (ATCD) formed by Terma and Scandinavian Avionics in collaboration with the U.S. will be responsible for repair and maintenance globally of avionics components. Copenhagen, Monday 18 February 2019 - U.S. Department of Defense F-35 Joint Program Office announced Avionics Test Center Denmark to be responsible for maintenance of avionics (16 components) for the F-35 fighter aircraft. During the period of 2021-2025 Avionics Test Center Denmark (ATCD) formed by Terma and Scandinavian Avionics in collaboration with the U.S. will be responsible for repair and maintenance globally of avionics components. “We are very proud to be selected by the F-35 program to play an essential role in the global F-35 sustainment network. It is a great day for both Terma and for Danish industry since the perspectives for Denmark now being part of the F-35 operational setup in decades to come are huge,” said Mr. Lars Hedemann Hilligsøe, Senior Vice President, Terma Support and Services. From 2025 ATCD will be responsible for regional repair and maintenance of avionics components within Europe. ATCD's sustainment work will take place in Denmark. Major General Henrik R. Lundstein, Director of the Fighter Aircraft Program in Danish Ministry of Defence Acquisition and Logistics Organization (DALO) says: "It is very satisfying that the Danish Defence' close collaboration with the industrial consortium consisting of Scandinavian Avionics and Terma has resulted in Danish industry now being awarded the first major F-35 maintenance contract. This shows that the Danish defense industry is able to compete with the largest companies in the market on competitive terms, i.e. price, time, delivery security, and quality.” In April 2018, the Danish companies Terma and Scandinavian Avionics submitted a joint response, to a so-called Request for Information (RFI), on maintenance of F-35 components. For this purpose, the two companies established Avionics Test Center Denmark, which has now been selected to carry out the task. The RFI that ATCD has won parts of is the second procurement of F-35 components repair to be published. The initial RFI (Tier 1) covers – together with the RFI for Tier 2 – approx. 60% of all the F-35 components published for repair. The remaining approx. 40% will be published among the F-35 Partnership countries later this year and in 2020. Danish Industrial Partnership Within the framework of the Industrial Partnership, the F-35 Joint Strike Fighter Program represented by the Danish Ministry of Defence has been supporting the answers from ATCD. The Industrial Partnership was established as part of Denmark's procurement of F-35 Joint Strike Fighters. The Partnership consists of The Confederation of Danish Industry, The Ministry of Industry, Business and Financial Affairs, The Danish Ministry of Defence, and The Ministry of Foreign Affairs of Denmark with the purpose of strengthening the opportunity for Danish companies to win orders for production and repair of F-35 and to open doors to further high technology or defense related exports to the USA. https://www.terma.com/press/news-2018/f-35/