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US Army deploys its High Mobility Artillery Rocket System in Syria

The U.S. military has moved its High Mobility Artillery Rocket System from Jordan into southern Syria. This would mark the first time the weapon system has been deployed to the country.

The HIMARS will be stationed in the vicinity of the U.S.-Coalition training base at At Tarif to support operations there. The long-range battlefield missile represents a large boost in long-range firepower in the 55 km deconfliction zone around the base.

The HIMARS has been used to support Syrian Democratic Forces in its offensives against ISIS along with conventional artillery before, but from positions in northern Iraq. This move directly into Syria is a response and deterrent to pro-regime forces in and near the zone, who have been moving their own artillery into the area.

HIMARS is a wheeled Multiple Launch Rocket System that can fire up to six rockets at a time. Depending on the model, the rockets can carry submunitions for area suppression or a single unitary blast warhead. It can also use the Army Tactical Missile System, a long-range battlefield missile with a range of over 180 miles.

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OK since I read, I post Interview: NAVSEA ‘Headed in the Right Direction’ After Years of Maintenance Backlogs
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The Navy has faced massive backlogs of submarine and aircraft carrier maintenance work at its four public shipyards in recent years, at times pushing nearly ten percent of its workload into the next year.

But if 2017 was the year that bow wave of deferred maintenance caught the attention of lawmakers, it was also the year the Navy made great strides in addressing the problem – despite having a ten percent higher than average workload this year, the yards will end the year with about a quarter of the maintenance backlog they began the year with, the Naval Sea Systems Command commander Vice Adm. Tom Moore told USNI News.

2017 had all the markings of a tough year as it approached. The Navy had scheduled 5.4 million man-days of work across the four naval shipyards, above the average workload from 2013 to 2016 of 4.9 million man-days. As much as 400,000 man-days of work on the 2016 schedule were being deferred to 2017, which was pretty consistent with the backlog being carried over from year to year recently. The four yards were still short of their manpower goal of 36,100 workers. And several “problem children” attack submarines were still on the books, in some cases years after they were first brought into a shipyard for the start of a maintenance availability, due to a lack of available workers to complete those jobs.

Despite all those challenges the shipyards had to face this year, they will leave 2017 in better shape than they came in, Moore assured. Less than 100,000 man-hours of work will be pushed into 2018. The workforce stands above 34,000 already and will continue to grow closer to the 36,100 target. And four of the “problem children” will complete their availabilities and return to the fleet this year, ending the strain they put on the yards by continually upping the backlog size and lowering on-time completion rates.

In the midst of such an unusual year at the shipyards, Moore sat down with USNI News to explain how the Navy found itself in this situation, how it is digging its way out, and what it means for the aircraft carriers and submarines that are maintained and refueled at these four yards.

Renewed Focus on Work Planning
Moore said the key first step to a successful maintenance availability is proper planning, with a detailed and accurate understanding of what people and material will be needed at each step along the way. For the recent availabilities that most went awry, such as attack submarines USS Albany (SSN-753) and USS Asheville (SSN-758) that will finish their work this year around 570 and 670 days late, respectively, he said it should have been apparent from the start that the plan wouldn’t lead to a successful availability.

“I went back and looked at Asheville and Albany, and they were built with curves where you could tell that they needed this number of people but [the yards] were only able to put this number of people on. So obvious that, if I could rewind history and they were to give me a workload curve like that, I could look at it today and say, you’re not going to be able to do this in 22 months,” he said.

On Asheville, the yard planned for needing 300 to 500 people a day, which Moore said couldn’t possibly keep the work on schedule – but given the shipyard’s overall workload, that was all yard leadership could allot at the time.

“That’s why we’ve started to go look at these people-versus-time schedules. And when we stick to the schedule, we finish on time,” he said.
“if you fall too far behind, it doesn’t matter how many people you throw at it, eventually then it becomes a butts-per-cubic-inch thing; you can only fit so many workers on the ship at any given time, and it’s not a very productive way to do the work.”

Moore has started asking the shipyards to make more of a commitment to those resource plans they submit to NAVSEA. Several months before the availability starts, he said, “I want you to commit to me that you have a resource plan – in other words, these are the people I need, when I’m going to need them, over the six months – and that you are committing to me, if you give me these resources I will finish on time. And I’m making them sign up to say, yes, that plan will work and I have the resources.”

On the carrier side, Moore has been holding weekly 30-minute calls with each shipyard commander to get an update on the carriers’ progress and to find ways to empower the yards to do what it takes to deliver the carrier on-time or early.

“It’s to get a quick update on where they are, where they’re having challenges, and then where can headquarters provide help in terms of, do you need my help in getting material, do you need my help in clearing some technical issues that you need adjudicated before you can get back to testing. So that’s all been helpful,” he said.
“There are things we can do up at headquarters to, if it’s a technical issue I can give them additional technical resources. I can provide them some focused effort from the headquarters; if I have my chief engineer sitting there with me and the shipyard commander brings an issue up, it cuts through the normal layers that these things have to get through. I think it has created – if you listen to the CNO talk about the key ingredients for the future Navy, one of them he first talks about is, time matters, and have a sense of urgency. So again, I don’t want to overstate the importance of those reviews because I’m not about to claim I’m the reason these things have gotten better, but I do think it does provide the shipyard commanders with an additional level of a sense of urgency, that hey, this has got headquarters’ attention; headquarters is here to help me; that if they’ve got a problem that they’re having a problem getting solved, then we can muster some resources to get them solved probably quicker than they can get them solved in the normal way.”

Moore said these focused leadership reviews contributed to delivering USS Theodore Roosevelt (CVN-71) on time in December and keeping USS Harry S Truman (CVN-75) on track today.

That weekly drumbeat currently only takes place for carrier availabilities, but Moore said he plans to add focused leadership reviews for submarine availabilities where it makes sense.

Manning Levels Steadily Rising
Having a solid plan only helps if the yards can actually adhere to it, and in many cases the number of workers at the yards has been an issue. Moore believes the 36,100 public yard workforce will support a “win them all” philosophy for delivering ships on time.

“36,100 is enough to do the work that’s on the books right now. We will have enough of a workforce, given the workload as I know it now between 2022, to also allow me to work off the backlog,” he explained.
“I will stop growing the backlog, which is step one, and then I will start to work that off. So you should expect to start seeing most or all of the availabilities finish on time starting by about ’20. And we’re starting to see that trend right now, the carriers are going first and I think you’ll start to see the SSNs” increase their on-time delivery rates.

For now, while still short of the 36,100 figure, Moore will still have to use other levers, such as increasing overtime, asking the fleet to postpone an availability, or putting some attack subs into Huntington Ingalls Industries’ Newport News Shipbuilding or General Dynamics Electric Boat to be worked on my private industry. But he said he can make the best of the situation until he reaches 36,100 workers and stops adding to the backlog by 2020.

“So what we do in the interim is, if we have backlog, we have to work with the fleet to move availabilities around so that we have the capacity to do the work, for instance like USS Boise (SSN-764); or we have to go back to the private sector and see if they’ve got some capacity, like with Columbus (SSN-762) or Helena (SSN-725) or Montpelier (SSN-765), the three submarines we have planned to do in the private sector,” he explained.
“By the time we get to ’20, we start working that backlog off and we won’t have to do some of the things we’re doing today, and we should be able to just take the [Global Force Management Process] schedule and let the fleet go work, and we would get the work done in the year we were expected to get it done.”

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continuation of the post right above:
Other Levers To Pull
For the time being, overtime is the biggest lever for Moore to adjust, but he said it can really only fine-tune how many man-days of work get accomplished and cannot compensate for major workforce shortages. The four shipyards rely on overtime for about 12 percent of their work, Moore said, which could be increased a bit more – though the Navy’s focus now is making each employee more productive in the hours he or she puts in.

The Navy has hired executive coaches to work with naval shipyard leadership to help them become better supervisors at the deckplate, Moore said. And initiatives are being put in place to help new hires start contributing to the workload even before they’re qualified to work on the ship.

“We actually can take somebody that just came into the yard and we can train them on some basic stuff – so for instance, we could train an electrician how to tear down and rebuild a circuit breaker; now, they may not be able to go on the ship to work, but if we’re pulling circuit breakers off to be overhauled, we can, earlier than we would have in the past, take our worker and let them do something that’s productive,” he said.
“For instance, we can take a pipefitter, and while they’re not ready to go on the ship and fit pipe and weld it up, they can take pipe in the shop and we can teach them how to bend it properly. So we’re getting more utility out of the workers faster than we were getting it previously, and that’s one of the other things we’re going to need to do.”

NAVSEA headquarters is also working with the four yards to share best practices and reduce the variance in how work gets done across the four locations.

All told, Moore said, “an availability that today might take 250,000 man-days to execute, maybe we do the exact same work for 225,000 because the workers are more productive.”

That increased productivity will be important because the next few years look pretty similar to 2017’s higher-than-average workloads.

Fortunately, sending some work to the private yards should remain an option for the next couple years, until the Navy can start working off its backlog. Moore said that, for now, “we’re watching pretty carefully to see if there’s any other submarine work out there that we may have to consider making available to private sector as a way to balance the workload out. The private sector has made clear to us they’re ready if we’d like to provide them more work.”

USS Montpelier (SSN-765) is at Electric Boat, and Newport News is taking USS Columbus (SSN-762) and USS Helena (SSN-725), with
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.

With an upcoming boom in new-construction submarine work, though – and the 20-percent-higher price tag for work at private yards – this isn’t a viable long-term solution to addressing maintenance backlogs at the public yards, but it may be good enough to keep work moving along until the public yards have the capacity to sustain themselves.

Moore said NAVSEA and the shipyards will have to make future decisions about sending an attack sub to the private yard much earlier than they have recently. With Boise, which was supposed to go to Norfolk Naval Shipyard in Fiscal Year 2016 and will now wait until FY 2019 for work, Moore admitted “we just waited so long that we kind of ran out of trade space” to do anything other than defer the maintenance availability indefinitely. Talks about how to handle lack of capacity – by either putting a submarine into the private yard or sliding an availability to the right – should be taking place 12 to 18 months ahead of the planning start of maintenance, Moore said, adding that NAVSEA was working hard now to try to avoid another Boise situation.

The Effect on Aircraft Carriers
The last three aircraft carriers have delivered on time from their planned incremental availabilities, and a fourth, USS John C. Stennis (CVN-74) is also tracking on time. But Moore said NAVSEA and the public yards couldn’t declare victory yet on the carrier side.

“Now, they have been the six-month variety, not the docking ones. So [USS Dwight D. Eisenhower (CVN-69)] will come in for a docker here in the fall, and then we’ve got on the West Coast USS Nimitz (CVN-68) when she comes back, she’ll be going back in the dock. So I’m pleased with the progress we’re making, the track record on the carrier side of the house has been good this year. In fact, the number of lost operational days on the carrier side is almost zero, and that’s what we want it to be,” he said.
“I think the CVNs are in the box. Again, we’ve got some docking availabilities coming up and those are significantly harder, so we have to prove that we can do the docking availabilities just as well as we do the shorter planned incremental availabilities.”

The Effect on Submarines
The submarine side is where it will become apparent if Moore’s plans – his focus on advanced planning, the growth in the workforce, worker-efficiency initiatives and more – are actually successful.

The admiral said the ballistic-missile submarines (SSBNs) are the Navy’s top priority and almost always deliver back to the fleet on time. The only recent exception is USS Nebraska (SSBN-739), which just finished up sea trials but had been slightly delayed by indigenous razor clams getting into the seawater-side condenser tubes, which had to be cleaned out.

Of the 21 ships in maintenance at naval shipyards now, 11 are on track for on-time delivery – and of the 10 that are not, one is Nebraska, and the other nine are attack submarines.

Four of those nine attack subs have faced continual delays over the past years and are the “problem children” Moore refers to. Those will all wrap up by the end of the year. Five SSNs will be part of the backlog pushed into 2018.

“The SSNs have really been the Achilles’ heel, and that starts with capacity,” Moore said.
“The SSNs is really where I would expect, as we head into Fiscal Year 2018 and ‘19 and ‘20, they are going to be the ones that gain the most benefit of adding capacity at the shipyards.”
source:
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Jun 7, 2017
me watching White House advances Navy secretary, two other DoD picks to Senate
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and
Confirmation Hearing Set for SecNav Nominee Richard Spencer
It looks as if the second time's the charm for President Donald Trump's pick for secretary of the
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.

The Senate Armed Services Committee has set a date -- June 22 -- for
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veteran and banker Richard V. Spencer to appear before the committee for a confirmation hearing. While this is typically a rote step in the process, it's a milestone that three Trump picks for military service secretary never reached.

Spencer was tapped for the post June 3 after months of rumors that placed him as the top candidate for the job. He was Trump's second nominee for the position after the first, businessman Philip Bilden, withdrew from consideration in late February, citing challenges with divesting his financial interests in order to pass government ethics scrutiny.

Meanwhile, the
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is 0-for-2 with secretary picks.

Trump's first pick, billionaire Vincent Viola, withdrew in February, citing financial concerns similar to those raised by Bilden. In May, Trump's second choice for the job, Tennessee state senator and decorated Army veteran Mark Green, withdrew from consideration after critics stoked outrage over his previous political stances on LGBT issues. So far, a new nominee for secretary of the Army has not been named.

Spencer's own financial disclosure report, a requirement for the confirmation process, was certified by the
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on June 9. The form shows 18 different board of directors positions held at private organizations, including the Marine Corps Heritage Foundation, where he serves as vice chairman.

The only position Spencer has held in the federal government in the previous 12 months is a membership role on the Chief of Naval Operations Executive Panel, according to the report. It lists $100,000 in income from his role as director of Global Atlantic Financial Group, as well as dividend income from investments in several hundred stocks and bonds, many valued in the millions of dollars.

Spencer, who served in the
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from 1976-1981, is from Wilson, Wyoming. He is an adviser for the Center for a New American Security and has also served on the Department of Defense Business Board.
source is Military.com
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Yesterday at 6:54 AM
... “No diagnosis” on pilot oxygen issue

source is FlightGlobal
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but
For Pilots Starved Of Oxygen, Cobham's Breathing Sensor Could Help
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As the Pentagon struggles to determine what’s behind a spike in hypoxia-like cockpit incidents across several U.S. Navy and U.S. Air Force fleets, Cobham believes it may have a groundbreaking new method of pinpointing the root cause.

Cobham’s Aircrew-Mounted Physiological Sensing System (AMPSS) is a sensor suite that monitors pilots’ inhalation and exhalation throughout a flight, according to Rob Schaeffer, company product director for environmental systems. In a nutshell, AMPSS monitors the air flow entering and leaving the pilot’s body, assessing it for changes in pressure, humidity, temperature, oxygen concentration, flow rate, carbon dioxide content—anything that might cause hypoxia-like symptoms such as lightheadedness, tingling fingers or passing out.

“So we will know what’s going in and we will know what’s coming out, and then from a physiological standpoint we then start to draw some conclusions or make some educated guesses as to what’s going on in terms of the physiology of the pilot,” Schaeffer says.

AMPSS is small and simple: it comprises an inhalation module located on the end of the pilot’s mask breathing hose, and an exhalation module connected to the mask’s exhalation port. The pilot hooks it on before he even walks out to the cockpit, Schaeffer said. Yet despite the system’s simplicity, this would be the first time the Pentagon has implemented such a system.

Cobham delivered the inhalation piece of AMPSS on June 13 to the U.S. Air Force School of Aerospace Medicine at Wright Patterson AFB, Ohio, where the Navy’s aeromedical research unit will begin initial testing on the system. The company will deliver the exhalation module by the end of August. Testing could take anywhere from a few weeks to a few months, depending on how soon the services want to begin implementation, Schaeffer said.

Delivery of AMPSS for testing comes not a moment too soon for Navy and Air Force pilots who have been grounded due to safety concerns after a spate of what looks like hypoxia-related incidents across multiple fleets. Reports of hypoxia-like symptoms have forced the Navy to more closely monitor its
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flying and temporarily ground its T-45 Goshawk trainer fleet in April; more recently, the
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at Luke Air Force Base have also paused flying operations while a team investigates five such incidents since the beginning of May. Investigators have so far been unable to identify the root cause of the problem.

This same issue once brought the
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community to its knees, leading to a major investigation in 2012 and the eventual retrofit of an automatic backup oxygen system (BOS). In fact, the effort that eventually would lead to AMPSS was begun in 2012 by a small business in Cleveland in response to the F-22 incidents. Cobham licensed the technology in 2015, Schaeffer said. AMPSS is platform agnostic, so it could be used to determine the root cause of hypoxia on any of the affected aircraft fleets.

Further complicating the issue is the fact that the F-22 incidents turned out to not be related to the aircraft’s On-Board Oxygen Generation System (OBOGS), as initially thought. Rather the problem eventually was determined to be caused by a faulty valve in the pilots’ vest.

As the nebulous problem continues to puzzle investigators across both services, Cobham believes AMPSS will be a gamechanger.

The system will allow Navy and Air Force physiologists to track the air flow in and out of the pilot at every stage of the flight, enabling them to pinpoint any changes in the environment at the exact moment the pilot begins experiencing hypoxia-like symptoms. This will help determine whether the pilot was actually experiencing a lack of oxygen—likely due to a problem with the OBOGS or BOS—or if the problem is something else like a toxin in the air, a change in cabin pressure or even too much oxygen, which cause similar symptoms.

“This way when the pilot gets back from his or her mission and says, ‘You know what, I felt weird at 1400,’ we can pull the data file from 1400 and say, ‘Okay this was what was going on just before 2 o’clock and this is what was going on just after 2 o’clock, and then we can start to put together the puzzle to determine what was going on with that pilot,” Schaeffer explained.

Cobham also builds the OBOGS on the Navy’s F/A-18, T-45,
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and E-2D, as well as the Air Force’s
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,
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, A-10 and T-6. The company also builds a component of the BOS on the F-22, and the pressure vessel on the F-35.
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builds the OBOGS itself on the F-22 and F-35.

AMPSS should not be confused with Cobham’s CRU-123 oxygen monitoring unit, which monitors the oxygen output from OBOGS—not necessarily what is delivered to the pilot, Schaeffer said.

“Think of the system as a water heater. The CRU is like a thermometer telling you how hot the water is in the tank/when it leaves the tank. Then at the other end of the pipes is the bathroom sink but there is no sensor there telling you the water temperature. We want to determine the oxygen content at both ends of the system – source and consumer,” said Cobham spokesman Greg Caires in a follow-up email.

The CRU-123 was developed for the Navy’s F/A-18 and T-45s, and was flying on a T-45 test aircraft before the fleet was grounded, said Craig Case, Cobham business development manager. The initial data does not show any anomalies in the OBOGS system, he said.

It’s clear that this issue will not be resolved quickly or easily. But Cobham is confident AMPSS will help build a library of data that the services can use to identify and analyze trends.

“There is no smoking gun right now,” said Case. “Step one is data collection, step two would be figuring out how to solve that problem based on the data, and step three would then be the solution implementation.”
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FORBIN

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Registered Member
10th Mountain Division to get first JLTVs

An infantry brigade combat team of the 10th Mountain Division will be the first unit to get the new Joint Light Tactical Vehicles, or JLTVs, around January 2019 once full-rate production kicks in, said Col. Shane Fullmer.

Fullmer, the joint program manager for the JLTV program, spoke at a JLTV demonstration and media roundtable here on June 14.

The brigade will receive 500 JLTVs on a one-for-one replacement of the unit's current fleet of Humvees, he said.

Officials said that a total of about 100 JLTVs are being provided this year by Oshkosh Defense, the maker of the vehicle, at a low-rate initial production of about 10 per month to the Army and Marine Corps for testing.

The full suite of testing includes command, control, communications, computers, intelligence, surveillance and reconnaissance; reliability qualification; and live-fire, according to a chart provided at the media roundtable.

The Army plans to purchase at least 50,000 JLTVs and the Marine Corps so far plans to buy about 5,500 for a total cost to both services of about $24 billion, with production extending over the course of 20 years, according to Army officials.

Andrew Rogers, program manager, Light Tactical Vehicles at PEO Land Systems Marine Corps, said the Marine Corps is re-evaluating its order and may order upwards of 10,000. The first JLTVs for the Marine Corps, he said, will go to a battalion at Camp Lejeune, N.C., in late 2019.

FOUR VARIANTS

Fullmer said there are four variants of the JLTV that will be produced: general purpose, close-combat weapons carrier, heavy gun carrier and utility. Of those four variants, each comes in two door or four door options.

The two-seaters have an extended bed and are built to carry up to 5,100 pounds of supplies, he said. The four-seaters carry about 3,500 pounds, including four Soldiers seated and a fifth manning the weapons turret.

Weapons that can be carried in the JLTV include .50-caliber machine guns, Mk-19 grenade launchers and TOW missiles, he noted.

Requirements for the JLTV production included the ability to be airlifted by CH-47 or CH-53 helicopters and to have a similar footprint as the Humvee so they'd fit inside the decks of amphibious ships, Fullmer said.

DRIVING CHARACTERISTICS

Learning to drive the JLTV is a breeze, Fullmer said. The first item that a driver will notice is the floating suspension, which can be adjusted. So for example, if the vehicle is in a 30-degree incline, the driver can flatten out the suspension to level the vehicle.

Also, the operator has a display that shows the condition of the vehicle, including the engine, transmission and suspension.

The venerable Humvee had great maneuverability and payload but very little protection, particularly in the underbody, Fullmer said, while the Mine Resistant Ambush Protected vehicle had high protection levels but poor maneuverability, particularly in the mountainous terrain of Afghanistan. JLTV has all the advantages of payload, protection and performance, he concluded.

David Diersen, vice president and general manager of Joint Programs for Oshkosh Defense, said the JLTV has one-third the weight and half the price tag of the MRAP, and the JLTV is about 70 percent faster than the MRAP and much more maneuverable.

Diersen added that the JLTV's Banks Engineering 866T Turbo diesel engine consumes diesel as well as JP8 and DF2 at fuel-efficient levels.

There have been discussions with the U.S. Army Tank Automotive Research, Development and Engineering Center as well as Defense Advanced Research Projects Agency for future autonomous operations, he noted.

Finally, Diersen explained that Oshkosh was able to keep the cost per vehicle down because the company also builds civilian vehicles and therefore has an economy of scale advantage. "So you might see a JLTV rolling down the assembly line followed by a snowplow and garbage truck."

Fullmer said the JLTV was kept on schedule and within budget because of cooperation and close dialog between the Army, Marine Corps, Oshkosh and the requirements and acquisition communities.

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