28 février 2020 | International, C4ISR
By: Sebastian Sprenger
COLOGNE, Germany – The German defense ministry has designated radio specialist Rohde und Schwarz as the national lead toward the development of a tactical radio for European land forces.
The designation follows German lawmakers' approval late last year to join the European Secure Software Defined Radio, or ESSOR. The project aims to unify radio equipment operated by land forces on the continent, eventually replacing national variants with a common system.
Having hardware that allows multinational troops to communicate seamlessly on the battlefield is a key premise of the European Union's push for greater military prowess. The ESSOR program, founded in 2008, is managed by OCCAR, a pan-European defense-acquisition agency.
Besides Germany, the other members of the radio program are Finland, France, Italy, Poland and Spain. Their national industry leads are, respectively, Bittium, Thales, Leonardo, Radmor and Indra. All companies are represented in the a4ESSOR joint venture.
Rohde und Schwarz joins the effort as the “Operational Capability 1” phase, centered on a high data rate waveform, has been underway since 2017. That stage “defines the joint development and updating of an interoperable, trustworthy, robust and wideband radio waveform for connected armed forces,” the company said in a statement.
The Munich-based company plans to bring its SOVERON D radio to the program, which is slated for delivery to the German armed forces sometime this year.
The European radio program also has its feet in the pool of PESCO initiatives, designed to foster multinational defense projects within the bloc by ways of subsidies from the envisioned European Defence Fund.
Under the EU umbrella, officials hope to develop additional waveforms, “for example for specific use cases for air-based operations,” reads the Rohde und Schwarz statement.
The U.S. Joint Tactical Radio System's software communication architecture serves as the blueprint for ESSOR, according to the program management agency.
15 juin 2021 | International, Naval
Fincantieri’s Marinette Marine announced a leadership change at the Wisconsin shipyard, with retired U.S. Navy captain Mark Vandroff set to take over as CEO in July.
1 mars 2019 | International, Aérospatial
By: Mike Yeo MELBOURNE, Australia — Synthetic training aids are an integral part of educating the crews that operate Australia's Sikorsky MH-60R Seahawk anti-submarine helicopters, as its Navy balances training needs against operational requirements for its helicopter fleet. The Royal Australian Navy, or RAN, operates a fleet of 24 MH-60Rs, known locally as the Romeo, from Nowra, south of Australia's largest city Sydney when the helicopters are not deployed at sea. The helicopters were ordered from the United States under the Foreign Military Sales program in 2011 and delivered to Australia between 2013 and 2016. Australia's MH-60Rs are split among two squadrons at the RAN base at Nowra, HMAS Albatross, with the 725 Squadron primarily assigned to training duties, while its sister unit 816 Squadron handles operational duties. According to Cmdr. Stan Buckham, the commanding officer of 725 Squadron, splitting up the fleet into two squadrons allows each to concentrate on their respective primary tasks, while operating next door to each other means they can interact and support one another. Both units operate out of new, purpose-built facilities at the base designed just for the MH-60R. These facilities include a suite of synthetic training devices that have helped the RAN train personnel while reducing demand on the aircraft. This suite of training devices, operated and maintained on site by the Canadian-based CAE, include two tactical operational flight trainers, or TOFT, a composite maintenance trainer, an avionics maintenance weapons loading trainer, and four other devices to train RAN MH-60R pilots, flight crew and maintenance crew. The two TOFTs, which can be linked so crews can operate together, are certified by an independent simulator evaluation authority to level D, the highest qualification for flight simulators. These have six degrees of freedom and can replicate a variety of day, night and weather conditions. CAE is also due to deliver an aircraft flight control system trainer to the RAN, completing its suite of nine training devices to support the country's MH-60R training program. Buckham describes the MH-60R as a “great capability” and has called the work between the RAN and CAE at HMAS Albatross “a step change in integration with industry.” The company has an extensive footprint across Australia and New Zealand, delivering training and simulator services across 13 sites in both countries. Together, these training devices have enabled the RAN to stand up eight flights of MH-60R crew that are either deployed or ready for deployment. Each flight consists of two sets of flight crews and a maintenance team that totals about 18 personnel. The first RAN MH-60R flight deployed onboard an RAN ship in 2016, and have since made numerous deployments onboard various ships to the Middle East and the Indo-Pacific region. https://www.defensenews.com/digital-show-dailies/avalon/2019/02/25/simulation-manufacturer-expands-its-footprint-in-support-of-australian-seahawk-operations/
9 octobre 2018 | International, Terrestre
By: Kelsey Atherton Simple subtraction explains the impetus for self-driven supply convoys: For every autonomously driven vehicle, that's one fewer human driver needed, and likely one or two fewer human escorts in the vehicle itself. Fewer humans means fewer injuries and deaths whenever the convoy encounters violence, like an ambush or an improvised explosive device. Then there is multiplication: Take the driver and the escorts out of each truck in a seven-truck convoy, and that's suddenly 14 to 21 soldiers that can do other tasks, like escorting the convoys in other, better-armored vehicles, ones that can withstand IEDs or provide more protection from small arms fire. In June, the U.S. Army awarded Oshkosh Defense $49 million to integrate autonomous technology with the Palletized Load System vehicles in order to put robotics in the driver's seat. “It actually drives very, very human,” says John Beck, senior chief engineer for unmanned systems at Oshkosh. “The motion control algorithms that are done both on the by-wire side and on the autonomy side drive this vehicle much like a person does.” Full article: https://www.c4isrnet.com/digital-show-dailies/ausa/2018/10/07/oshkosh-robot-trucks-could-roll-out-to-the-army-by-2020/