17 février 2021 | International, Terrestre

Lockheed set to integrate base kit for US Army’s combat vehicle protection system

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WASHINGTON — Under a recent contract award with a $30 million ceiling, Lockheed Martin will begin integrating and formally testing its open-architecture processor designed to control the U.S. Army's future combat vehicle protection system, the company announced Feb. 16.

The Army is determining the specific plans and schedules for integration and testing of Lockheed's base kit for its Modular Active Protection System, or MAPS, that ties vehicle sensors and countermeasures into a common framework to detect, track and destroy rocket-propelled grenades and anti-tank guided missiles aimed at combat vehicles.

Lockheed is supporting those activities starting later this year through 2023, David Rohall, program manager for advanced ground vehicle systems at Lockheed Martin Missiles and Fire Control, told Defense News.

The Army has not yet finalized dates for the formal testing.

Lockheed received an initial award of $1.5 million through an other transaction authority agreement following a competitive process in December 2020, but has since received $3 million of additional incremental funding, according to Rohall.

As part of the contract, Lockheed will develop the MAPS base kit hardware and software; perform platform integration; and run on-vehicle, live-fire demonstrations over a 36-month period. Funding will be incrementally issued throughout the period of performance, Rohall said.

The base kit consists of the MAPS open-architecture controller, application software, user interface, power management distribution system and a network switch, Rohall explained. The software identifies incoming threats and deploys the most suitable countermeasure to defeat them, he added.

“In an Army lab test, one MAPS-enabled active protection system actually responded faster to threats than its standalone version, thanks to the higher network speeds and greater processor power the MAPS controller offers,” Rohall said.

The Army is working with other industry partners to bring in sensors and countermeasures that are compliant with the MAPS architecture.

Lockheed has been working with the Army on solutions for a future vehicle protection system since 2014. The service initally awarded the MAPS software project to Raytheon and the hardware effort to Lockheed. But in 2017, the service transferred the software development to Lockheed.

The Army, Lockheed and other industry partners have been working to prepare sensors and countermeasures controlled by the MAPS base kit for lab and live-fire demonstrations, including soft-kill systems like Northrop Grumman's MEOS, BAE Systems' Raven and Ariel Photonics' CLOUD, as well as hard-kill systems including Artis Corporation's Iron Curtain and Elbit System's Iron Fist.

Sensors include Northrop's PICS IR sensor and Iron Curtain's L3 Mustang, as well as several laser warning systems.

Lockheed will work with the Army for integration and testing on the Bradley Infantry Fighting Vehicle, the M1 Abrams tank, the Armored Multipurpose Vehicle and the Stryker combat vehicle ahead of a transition to the Vehicle Protection System program, Rohall said.

“We continue to support development activities. We expect to be back in the field this year to support testing on multiple combat vehicles equipped with laser warning receivers that are new to the MAPS architecture,” Rohall said.

The upcoming integration and testing is the last step for the base kit ahead of fielding the future Vehicle Protection System for ground combat vehicles. The effort will validate the Vehicle Protection System base kit capability for an initial production decision.

The contract also covers developing capabilities beyond active protection, Lockheed said, to include underbelly blast protection.

The Army has spent years developing a future Vehicle Protection System, and has had several attempts — one successful, others not — to field interim active protection systems onto current combat vehicles.

The service has already fielded Rafael's Trophy active protection system on some Abrams tanks in Europe.

The Army had also chosen IMI's Iron Fist for the Bradley but has struggled with technical issues and funding, and the program's future is delayed and uncertain.

The service also had difficulty finding an interim candidate for its Stryker vehicle and hit a dead end with the effort in 2019. Iron Curtain was seen as the front-runner for Stryker, but due to system maturity, the service decided not proceed with its qualification efforts.

https://www.defensenews.com/land/2021/02/16/lockheed-begins-integration-of-base-kit-for-us-armys-combat-vehicle-protection-system/

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  • Report slams Norwegian Navy for training, safety shortfalls in the run-up to frigate sinking

    13 novembre 2019 | International, Naval

    Report slams Norwegian Navy for training, safety shortfalls in the run-up to frigate sinking

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The level of competence and experience required for the lean manning concept (LMC), was apparently not met.” The accident report shows that the bridge team confused the Sola TS for a stationary object on land, and because the watch standers were distracted with training, they were not fully engaged with monitoring the communications on the radio. “A more coordinated bridge team with more information sharing would have been more capable of detecting the tanker sooner,” the report said. “Achieving good teamwork is particularly challenging in the case of bridge teams whose members are constantly being replaced. “Furthermore, the bridge team was part of a culture characterized by great confidence in each other's skills, and this may have contributed to the perception of them being in full control of the situation and thus less vigilant and sensitive to weak signals of danger.” The report is part one of a two-part report and only encompasses the actions that led to the collision. 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The two officers of the watch discussed, but did not clarify, what the ‘object' might be. “Both officers of the watch had formed the clear perception that the ‘object' was stationary near the shore and thus of no risk to the frigate's safe passage.” The situation was made even more perilous by the fact that Ingstad did not have its Automatic Identification System on, which would have notified traffic service and Sola TS of Ingstand's location. Traffic Service lost track of Ingstad because operators had their displays zoomed in too far, the report found. Collision As the Ingstad came closer to the terminal, the Sola TS, which the officer was convinced was a stationary object by the terminal, was appearing on radar to have made some distance between the pier and the water, but the officer was still not sure it wasn't a stationary object becoming more clear on the radar screen because Ingstad was closer to it. “A more experienced officer of the watch would probably have had greater capacity to pick up on weak signals of danger and be better equipped to suspect that his/her own situational awareness suffered from misconceptions,” the report read. “The officer of the watch thought, however, that the course had to be adjusted slightly to port to increase the passing distance to the ‘object'.” In the minutes before the collision, the Sola TS established contact with Ingstad's officer of the watch to get them to take an avoidance maneuver by turning to starboard. 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    22 octobre 2020 | International, C4ISR

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