September 22, 2020 | International, Naval, C4ISR
Sept. 21 (UPI) -- BAE Systems announced a contract Monday worth up to $111 million to supply the U.S. Navy with Archerfish mine neutralizers.
Archerfish is used by the US Navy's MH-60S Helicopter squadrons as part of their Airborne Mine Neutralization System capability, and reduces the need to put diving personnel in the water for clearance missions, according to the company.
The system is a remote-controlled, torpedo-like device that can be launched and operated from a surface ship, helicopter or an unmanned underwater vehicle. Using fiber optic data link relays, Archerfish can provide real-time sonar pictures of potential targets through on-board sensors, a BAE statement on Monday said.
"Archerfish not only keeps sailors safer, it also reduces the number and cost of mine clearance missions," said Brooke Hoskins, director of products and training for BAE's maritime services business.
Each AMNS device consists of a Launch and Handling System for all data processing during a mission, and up to four elements called destructors, which handle target acquisition and demolition.
The Navy established a requirement for rapid neutralization of bottom and moored sea mines to support operations in littoral zones, confined straits, choke points and the amphibious objective area.
This is the fourth Navy contract awarded to BAE since 2003 to build AMNS devices, which will be manufactured at the company's facilities in Britain.
The number of devices ordered by the Navy was not reported.
January 31, 2024 | International, Aerospace
The move follows a provision in the National Defense Authorization Act that lifts some restrictions on what range fees the Space Force can collect.
August 27, 2019 | International, Land
By Kimberly Hoodin Rowan University will lead a $14.5 million Department of Defense/Army Research Lab project to create new composite materials – and ways to process those materials – that will help modernize the Army and improve the safety of soldiers in the field. The project, titled “Advancing Structural Materials for Army Modernization Priorities via Direct-Write Approaches,” will be led by researchers from Rowan University teamed with PPG, Drexel University, Northeastern University and the University of Massachusetts Amherst to create new advanced composite and plastic materials and ways to process them. The project is driven by a cooperative agreement with the U.S. Army Combat Capabilities Development Command Army Research Laboratory. The team will work on developing innovative materials by using “cold-spray” advanced manufacturing technologies. The work will focus on polymers, starting with polystyrene, then move on to more advanced composite materials and systems, as designated by the Army. “The high particle velocity of cold spray enables rapid cure and adhesion of polymers. This should result in the fast and efficient production of high-performance composite parts or repair of parts,” said John La Scala, associate chief the ARL's Materials and Manufacturing Sciences Division and cooperative agreement manager for the research program. “Additionally, this novel manufacturing methodology is a layer-by-layer production of composites, which should reduce void and flaw content. This should improve strength and durability significantly, thereby opening the potential of using this manufacturing technique to prepare composites for extreme conditions, while replacing the current expensive manufacturing methods with a much more economical methodology.” Researchers hope to develop materials to be used for making military equipment stronger and lighter, soldiers more agile and vehicles more durable. Longer-term, the team sees the potential for use of the materials in the fields of civil aviation, automotive, health care and space exploration. “We will work to make materials more quickly, to make them better and easier to repair offsite and, importantly, onsite in the field,” Dr. Joe Stanzione, associate professor of chemical engineering at Rowan University said. “That includes everything from parts for tanks and jeeps, to usable tools, and helmets.” http://compositesmanufacturingmagazine.com/2019/08/rowan-university-project-will-develop-composite-materials-used-to-protect-soldiers/
April 2, 2019 | International, Land
By: Jen Judson WASHINGTON — The U.S. Army on Friday issued a request for proposals to competitively build next-generation combat vehicle prototypes. The RFP opens up competition for industry to provide optionally manned fighting vehicle prototype designs. From that pool, the Army will choose — in the second quarter of fiscal 2020 — up to two teams to build 14 prototypes. The OMFV is intended to replace the Bradley Fighting Vehicle starting in 2026 and is designed to better operate in future environments that would allow soldiers to maneuver to a position of advantage and “to engage in close combat and deliver decisive lethality during the execution of combined arms maneuver,” an Army statement reads. Some of the threshold requirements for OMFV are a 30mm cannon and a second-generation forward-looking infrared system, or FLIR. Objective requirements are a 50mm cannon and a third-generation FLIR. “The OMFV must exceed current capabilities while overmatching similar threat class systems,” Brig. Gen. Ross Coffman, the director for the Next-Generation Combat Vehicle Cross-Functional Team, said in the statement. “It must be optimized for dense urban areas while also defeating pacing threats on rural terrain.” The NGCV CFT is part of a new four-star command, Army Futures Command, that is designed to modernize the force. NGCV is the second-highest modernization priority for the Army just behind long-range precision fires. After working with industry through a multitude of engagements and testing several draft RFPs with ambitious requirements, Coffman believes the Army has both the threshold requirements for the vehicle as well as the right objective requirements as the service heads toward the release of the final RFP. “We put out a very aggressive draft RFP,” Coffman told reporters March 27 at the Association of the U.S. Army's Global Force Symposium, because the CFT knew it was not obtainable in its entirety. The draft RFP was meant to stretch goals and objectives and to inspire feedback to ultimately write requirements that are attainable, Coffman explained. The Army's current approach to enter into a rapid prototyping effort truncates what could be a two- or three-year technology-maturation and risk-reduction phase, Maj. Gen. Brian Cummings, the program executive officer for Ground Combat Systems, noted in the statement. “It is about being able to prototype and field required capabilities on an accelerated schedule to get capability into soldiers' hands quickly,” he said. The Army's acquisition chief, Bruce Jette, approved a rapid prototyping approach for the OMFV in September 2018, which requires a prototype demonstration in an operational environment within five years, according to the statement. The prototypes will go through “rigorous” operational testing and soldier assessments. The Army plans to downselect to one vehicle for low-rate initial production following the assessments and testing. Several companies have come forward either with clear plans of what they would like to offer or declaring they will participate in the competition. German company Rheinmetall announced last fall that it would team up with Raytheon to provide its new Lynx combat vehicle. It's also possible its Puma vehicle, which is co-manufactured with German defense firm Krauss-Maffei Wegmann, could be submitted. BAE Systems showed what it could do with a CV90 vehicle at the Association of the U.S. Army's annual show in the fall, and General Dynamics European Land Systems turned heads at AUSA with a Griffin III technology demonstrator equipped with a 50mm cannon. https://www.defensenews.com/land/2019/03/29/armys-request-for-proposals-to-build-next-gen-combat-vehicle-prototypes-drops