11 octobre 2018 | International, Naval
By: Tom Kington
ROME – Italian firms Leonardo and Fincantieri have announced tighter cooperation on naval systems work to help them build better ships and get ready for an expected Italo-French team-up in warship construction.
The two firms said they would relaunch Orizzonte Sistemi Navali, an existing joint venture between them, to develop naval combat systems.
Leonardo, which holds 49 percent of the joint venture, has long supplied radars, guns and systems to ships built by shipyard Fincantieri, which holds a majority 51 percent stake.
OSN was created in 2002 to integrate the work of the two firms on Italy's Horizon frigates, Cavour carrier and FREMM frigates, but was not used for the more recent construction of Italy's new PPA frigates.
In its new form, OSN will “assume responsibility for the development of the combat systems and the definition of subsystem requirements and individual components' architecture, including the Combat Management System (CMS),” in new vessels, the firms said in a statement.
“Fincantieri will act as prime contractor, the single interface to customers and hold responsibility for the warship as a whole (Whole Warship Design Authority), therefore in charge, on behalf of OSN, of the architecture of the ship system concerning both the platform and the combat system. Leonardo will be the preferred partner for the Combat Management System and the equipment and systems of the ship,” the statement reads.
An Italian industrial source said the deal was designed to make systems integration more central to shipbuilding by the two firms.
“Until now a lot of work on integration took place during the ship building process. Now, integration should happen earlier in the process,” the source said.
22 septembre 2021 | International, Aérospatial
'We could all use more manpower, more money and more time. But leaders cannot wait for perfect conditions to act or make a decision," Brown said.
25 juillet 2018 | International, Aérospatial, Naval, Terrestre, C4ISR
Dakota Wood SUMMARY America's military—engaged beyond capacity and in need of rebuilding—is at a crucial juncture. Its current “big-leap” approach to preparing for future conflict carries great risk in searching for revolutionary capabilities through force-wide commitments to major single-solution programs. The Heritage Foundation's Rebuilding America's Military Project (RAMP) recommends that the U.S. military instead adopt an iterative, experimentation-heavy approach that can achieve revolutionary outcomes at less risk through evolutionary improvements that build on each other until transformative tipping points are reached. Critical to this is a military culture that is immersed in the study of war and a force of sufficient capacity to prepare for the future while also handling current operational commitments. https://www.heritage.org/defense/report/rebuilding-americas-military-thinking-about-the-future
9 décembre 2020 | International, Naval
By: David B. Larter WASHINGTON – The name of the game in the Pacific is stand-off range. But with longer range torpedoes and anti-ship missiles in the arsenal, submariners are looking to a new domain to help them extend their deadly reach: The air. In an October request for information, Naval Sea Systems Command's Submarine Combat and Weapons Control Program Office asked industry for input into a “Submarine-Launched Unmanned Aerial System,” or SLUAS, currently in development. The Navy has been interested in sub-launched drones for some time and has been testing prototypes, but the RFI shows the service is getting serious about the idea as it adds longer-range torpedoes and anti-ship cruise missiles to the arsenal of its attack submarines. The idea for the SLUAS is an ambitious one. The drone would launch from a submerged submarine out of a 3-inch ejector tube used for sonobuoys, flares and countermeasures among other things. The battery-operated UAS would then deploy its wings and operate for an hour, well beyond the range visible from just the low-in-the-water periscope. Additionally, the UAS should have an “electro-optic capability with reliable target solution analysis,” the RFI said, adding that it should be able to “operate at ranges out to the line-of-sight radio horizon, and use a variable bandwidth encrypted datalink with at least 256-bit encryption strength. The drone should also have a degree of autonomy and “include the ability to operate in an emission-controlled environment and operate without constant radio communication links.” “Every submarine has a 3-inch launcher, so in theory, every submarine could operate with UASs,” said Bryan Clark, a retired submarine officer and senior fellow with The Hudson Institute. “The idea is that you would be about the size of a sonobuoy — it could be pretty long — and you'd put it inside a canister. Then you launch this in a canister, it floats to the surface and the USA deploys from there. “And from there it can either connect up with the submarine or it could connect with another unit, and it gives you the ability to have over-the-horizon surveillance.” “The demonstrations have been pretty successful,” Clark added. The responses to the RFI were due in November. https://www.defensenews.com/naval/2020/12/07/the-us-navy-wants-to-find-ships-to-kill-using-aerial-drones-launched-from-submarines/