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November 7, 2023 | International, Naval

Navy’s sub readiness boss unveils steps to reach on-time maintenance

The commander of Naval Submarine Forces believes he can get submarine maintenance back on track and readiness rates up to the 80% goal by late FY27.

https://www.defensenews.com/naval/2023/11/07/navys-sub-readiness-boss-unveils-steps-to-reach-on-time-maintenance/

On the same subject

  • BAE Systems Leverages Industrial Network As Ramp-Up Of Armored Vehicle Production Approaches

    November 14, 2018 | International, Land

    BAE Systems Leverages Industrial Network As Ramp-Up Of Armored Vehicle Production Approaches

    Loren Thompson In the years following the collapse of the Soviet Union, production of heavy armored vehicles like tanks and troop carriers almost became a lost art in America. The Army and Marine Corps repeatedly deferred development of new vehicles, leaving industry with little work besides upgrading combat systems developed during the Reagan years. As a result, there are only two integrated manufacturing sites left where new heavy vehicles can be produced -- one for tanks, the other for almost everything else. I wrote about the nation's sole surviving tank plant on November 2. Today's piece is about the plant where almost everything else is produced -- the sprawling BAE Systems manufacturing complex at York, Pennsylvania. BAE Systems is a contributor to my think tank and a consulting client, so I have a fairly detailed understanding of what goes on there. At the moment, York is in the midst of a renaissance, having recently won orders for a new Army troop carrier and a new Marine amphibious vehicle. It is also upgrading the Army's Bradley fighting vehicle and Paladin self-propelled howitzer. The company is investing heavily in new machining systems and other capital equipment to sustain an expected surge in output, and is hiring hundreds of workers who must be trained to a high level of proficiency in specialized skills such as the welding of aluminum armor. This is all good news for the local economy, but to a large degree what BAE Systems is doing at York involves building back capacity that was lost during the Obama years. BAE Systems has been highly successful at booking new business in the armored-vehicle segment of the military market as Army and Marine leaders have become increasingly worried about their reliance on Cold War combat vehicles. An industrial-base study released by the White House in September stated that over 80% of new armored-vehicle production for the two services will occur at York. The study speculated that all the new work might stress the production capabilities of the site. However, that issue was thoroughly analyzed by the Army before it awarded recent contracts for Paladin howitzer upgrades and a new Armored Multi-Purpose Vehicle to replace Vietnam-era troop carriers in its armored brigades. The Army found no significant capacity constraints so long as BAE makes suitable investments and hires skilled workers. The findings of the Army's industrial-base analysis are not reflected in the White House report. Here are a few reasons why capacity concerns are overblown. First, although York is the final assembly point for diverse armored vehicles, it is only one part of a nationwide manufacturing network on which BAE Systems relies to produce combat vehicles. The company operates other manufacturing facilities in Alabama, Oklahoma and South Carolina, including one of the nation's largest integrated forges for producing track components. It also works closely with Army depots (as does the tank plant), and has a supplier network containing over a thousand industrial partners. Second, preparation of the White House report predated release of some details concerning how BAE Systems plans to invest in robotic welding, advanced machining technology and other cutting-edge capital equipment. The combination of these investments and programs with schools near manufacturing sites to train the necessary workforce will provide BAE Systems with more production capacity than it requires to address projected levels of demand. Third, the current level of production capacity at York is the inevitable result of uneven demand from U.S. military customers over the last decade. The White House report identifies lack of stable funding as a key factor explaining the fragility of the military supplier base, but fails to explicitly make the connection in explaining why York is facilitized to its current capacity level. BAE Systems is now investing heavily to meet future demand, but it is understandably wary about building capacity much beyond what it expects to need. The latter factor is critical in understanding why there are only two sites left in America capable of integrating heavy armored vehicles. There were many more in the past when high levels of demand were sustained for decades, but industry can't carry capacity indefinitely if no customer is prepared to fund the resulting costs. The reason the workforce assembling Abrams tanks at the Ohio plant dwindled to less than 100 personnel during the Obama years was that nobody was buying tanks. This is not a hard connection to grasp. York has some advantages over the tank plant because it produces a diverse array of vehicles for multiple customers, and the industrial skills required are fungible across its portfolio. But if the Army or Marine Corps were to trim their production objectives for ground vehicles as they have repeatedly over the last decade, it is inevitable that production capacity will adjust to match the reduced level of funding. That's how an efficient industrial base works: supply matches demand. At the moment, the York plant is generating products that satisfy all customer technical standards. There are no outstanding issues -- which is a good thing, because BAE Systems and its legacy enterprises have been the sole providers of Marine amphibious vehicles since World War Two and today manufacture a majority of the combat vehicles in the Army's armored brigades. Company executives do not anticipate problems as they gradually ramp up to two shifts per day at the site. But the point they stressed to me is that York is the central node of an industrial network scattered across the nation, and there is adequate capacity going forward not only to meet expected demand, but also to cope with potential surges. The company estimates that combined demand from the Army and the Marine Corps will be the equivalent of one-and-a-half armored brigades worth of equipment per year, and that should be easily manageable within the limits imposed by planned capacity. They are confident the company can deliver what warfighters need, when they need it. https://www.forbes.com/sites/lorenthompson/2018/11/13/bae-systems-leverages-industrial-network-as-ramp-up-of-armored-vehicle-production-approaches

  • Trio of prototyping contracts brings new approach for collecting military weather data

    August 19, 2020 | International, Aerospace, C4ISR

    Trio of prototyping contracts brings new approach for collecting military weather data

    Nathan Strout WASHINGTON — The U.S. Space Force hopes its prototype low-Earth orbit weather satellites will entice commercial businesses and allied nations to partner up on the project, reducing the cost of delivering critical weather data to the war fighter. The U.S. Air Force has been trying to replace the aging Defense Meteorological Satellite Program for years, ever since Congress opted to can it in 2015. Two capabilities in particular have proven a challenge for replacement: cloud characterization and theater weather imagery. But now the Space Force thinks it has the answer. By leveraging the increasingly popular low-Earth orbit architecture demonstrated by SpaceX's Starlink constellation and other experiments, the military believes it can lower the cost of individual satellites, increase the resiliency of the systems and attract new partnerships. In a recent interview with SpaceNews, Space and Missile Systems Center Portfolio Architect Col. Russell Teehan explained the thinking behind the new approach. The Air Force previously struggled to attract partners due to the sheer cost of the systems, he said. After all, when a single satellite costs more than $700 million, it's difficult to find someone to share the load. That price point forced the Air Force to build exquisite systems, comprised of just a handful of satellites operating in higher orbits. As the Pentagon has come to understand with its other exquisite systems, in wartime this leaves the military's space-based capabilities dependent on just a few satellites that are difficult to defend. A proliferation low-Earth orbit, or P-LEO, constellation may solve both of those problems. Smaller LEO satellites can deliver the same capabilities at a fraction of the cost per satellite, while the sheer number of targets in the constellation means that the loss of a single satellite isn't crippling. “The goal is in doing that, that ideally the commercial and allied sector would increase their desire to partner on those activities,” Treehan said. “[T]he activities in the past were generally $700 million-plus individual systems, which forced us into architectures that were [made up of less than five satellites] that were significantly vulnerable if we were in a time of conflict.” The Space Force is targeting satellites in the $30-50 million range, Treehan added. The Space Force has issued a trio of prototype contracts this summer for new space-based sensors that can collect cloud characterization and theater weather imagery from low Earth orbit. Raytheon Technologies, General Atomics and Astra are leading separate prototyping efforts after receiving contracts from the Space Enterprise Consortium. The Space Force is asking for $131 million to continue these efforts in fiscal 2021. The decision to settle on LEO for this critical weather data follows years of disarray as the Pentagon has worked to find a replacement for the Defense Meteorological Satellite Program, or DMSP. For decades, the military has relied almost entirely on that program for weather data. The first satellite was launched in the 1960s, with the constellation being replenished with updated generations of weather satellites over the years. Today, there are just four DMSP satellites in operation. But no satellite is built to last forever, and there are no new DMSP satellites coming. As those satellites reach the end of their service life, they leave the two vital gaps of cloud characterization and theater weather imagery. Foreseeing this problem, Congress in 2015 directed the Air Force to launch a new weather satellite program to replace DMSP. The Air Force began working on a new constellation to launch in 2024, but there was a problem: a four-year gap between the projected end of DMSP's service life in 2020 and the launch of the new satellites. To fill that gap, the Air Force collaborated with NASA on ORS-8, a satellite to be launched just before DMSP expired. While a contract was awarded to Sierra Nevada Corp. to build that gap-filling satellite, it was protested, rescinded and ultimately canceled by the Air Force after the service determined DMSP's end-of-life date would extend beyond 2024. In 2019, the Air Force proposed a new solution: a free-flying space vehicle that would operate in low Earth orbit. The Pentagon asked for $101 million to begin the effort in fiscal 2020, with plans to launch it in 2024. But that plan didn't last the year. In September, the Air Force told Congress it wanted to scrap the free-flying space vehicle in favor of a new approach. Based on a space-based environmental monitoring capability assessment and strategy review completed in April 2019, the Air Force found it best to switch to an LEO architecture for scalability and increased resilience. Though skeptical, Congress ultimately swapped the funding for the free-flyer space vehicle to the new program. “Across the board in our weather strategies ... we're looking at multilayers of an architecture, how to most cost-effectively move forward in capability. They can be incrementally delivered over time. So that becomes a mix of large satellites that do missions and smaller satellites that we can launch in order to grow capability over time,” Col. Dennis Bythewood, program executive officer for space development at the Air Force's Space and Missile Systems Center, said in September 2019. “We're finding much more capable sensors being delivered in small packages that we think we can grow mission sets over time. Those are the types of things that we are looking at within our strategy.” https://www.c4isrnet.com/battlefield-tech/space/2020/08/17/trio-of-prototyping-contracts-brings-new-approach-for-collecting-military-weather-data/

  • JLTV: New $911M Order Strengthens Oshkosh’s Hand For Recompete

    December 3, 2020 | International, Land

    JLTV: New $911M Order Strengthens Oshkosh’s Hand For Recompete

    With 9,500 Joint Light Tactical Vehicles already delivered, the Army was running out of room on its existing contracts, so it just ordered another 2,738 from Oshkosh. That'll keep production going through a re-competition scheduled for 2022. By SYDNEY J. FREEDBERG JR.on December 02, 2020 at 4:49 PM WASHINGTON: The Army's already shared Oshkosh's Joint Light Tactical Vehicle design with rival companies, who hope to take over the program when a new competition is held in 2022. But, having announced a new $911 million order just yesterday, Oshkosh Defense is confident that it'll fend off all challengers and keep building JLTVs for years to come, general manager George Mansfield told me this morning. “This contract really shows how the Joint Program Office feels about Oshkosh,” Mansfield said. “They're very confident we build a good quality product, [and] we are on time and under budget so far.” In fact, Mansfield said, Oshkosh JLTVs were coming in so much under budget that the military was able to buy more vehicles in less time than the original contract anticipated. (And it did so despite cuts to the JLTV budget in recent years). That's why the Army — which runs JLTV on behalf of all the US armed services and seven foreign customers from Belgium to Brazil — had to issue the new contract this fall. You see, in 2015, when Oshkosh beat aerospace titan Lockheed Martin and Humvee manufacturer AM General, the Army issued a production contract with a maximum value of $6.7 billion and a maximum quantity of 16,901 vehicles. That contract was supposed to last eight years, through 2022. Before it ran out, the Army would hold a new competition, open to all comers, with the winner – perhaps Oshkosh, perhaps a rival – getting a new contract to build JLTVs after 2022. But Oshkosh kept selling JLTVs more cheaply than the 2015 contract had assumed. That meant the military could buy more vehicles more quickly, even with a reduced budget for JLTV. That meant, in turn, that it ran up against the 2015 contract's 16,901-vehicle maximum this fall, two years ahead of schedule. So, to keep production going, the Army issued the new contract: an additional $911 million for 2,738 more JLTVs, plus 1,001 trailers and other kit. That brings the total on order to 18,073 JLTVs, of which over half – about 9,500 – have already been delivered. What does a JLTV cost? That's tricky. Oshkosh doesn't divulge exact prices. The government's estimated Average Procurement Unit Cost per JLTV is $395,000 (once adjusted for inflation; it's $365,000 in 2015 dollars). If you just divide the dollar value of the new contract by the number of vehicles, the average cost per JLTV has fallen below $333,000. But the actual price per JLTV is actually a lot lower than that, because these contracts always include trailers, specialized mission equipment for different JLTV variants, spare parts and support. The new contract allows the Army to order additional JLTVs through November 2023. That keeps production going through the re-competition, which is scheduled to award a contract in the second half of 2022. Now, the re-compete is not about picking a new design. Instead, it's about giving the Army the option to pick a new manufacturer for the existing design. Under the terms of the original 2015 contract, the government bought the Technical Data Package that shows you how to build a JLTV and can give that data to any company it likes. In fact, several potential competitors have not only gotten the data package, they've actually leased JLTVs so they can reverse-engineer them. But while competitors now have the JLTV design, they don't have Oshkosh's facilities, workforce or their years of experience actually building it. “We've been manufacturing this vehicle for five years,” Mansfield told me. “We know how it's designed because we designed it, we know how to manufacture it, we've got a strong supply base. So I think we're in a very good position.” https://breakingdefense.com/2020/12/jltv-new-911m-order-strengthens-oshkoshs-hand-for-recompete

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