US Military News, Reports, Data, etc.

Tuesday at 6:51 AM
Yesterday at 5:58 PM
and here's USNI News
Omnibus Spending Bill Gives Navy $21B for Shipbuilding, $16B for Aircraft; Additional Aviation Maintenance Spending

source:
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now
US Senate passes government spending bill through September
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as the article is full of Politics, just the link and one sentence:
"The omnibus bill contains $598.5 billion for defense, which is roughly $25 billion above 2016 levels."
here
 

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Impressive ! we do this stuff with A-400M in Sahara, Mali less big but spectacular also

C-17 Large Transport Vehicle Wrapping Up Amazing Sandy Smoke to Take Off and Destroy the Dirt Runway
 

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Raytheon Begins SPY-6(V) Radar Production

Raytheon Co. is being awarded a $327 million fixed-price incentive (firm target) modification to a previously awarded contract to exercise options for SPY-6(V) Air and Missile Defense Radar (AMDR) Program Low-Rate Initial Production. The Navy has ordered three ship sets of the SPY-6(V).

“Progressing to production is the result of a lot of hard work and dedication from our AMDR team of experts across Raytheon, the Navy, and our world-class suppliers,” said Raytheon’s Tad Dickenson, director of the Air and Missile Defense Radar program. “In just over three years of the Engineering, Manufacturing and Development phase, we’ve gone from a technology demonstrator to a technically mature, highly advanced, functioning radar. Production begins today — which brings us one day closer to delivering this needed, and unprecedented, integrated air and missile defense capability to the Navy.”

Raytheon’s decades of radar development and manufacturing expertise is driven by proven infrastructure and a highly experienced workforce. The company’s 1.4 million square foot production facility in Andover, Mass., is a center of excellence for vertically integrated, highly complex manufacturing with flexible work flow supporting all phases of product development from testing to full production.
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Army still working on multi-core processor for UH-60V
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oh really?
The US Army is upgrading a fleet of Sikorsky UH-60Ls with a glass cockpit layout similar to the UH-60M, but the newly-minted UH-60V fleet's mission computers are still restricted to a single-core processor.

Northrop Grumman, in conjunction with Redstone Defense Systems, is delivering the digital cockpit upgrade to create the UH-60V variant. The company advertised its multi-core processor FlightPro Gen III mission computers as part of the UH-60V's new avionics suite, which promised excess processing power for future growth. FlightPro Gen's multi-core processors would enable a significant leap in computing power, but the army is taking a cautious approach. While processing growth capability exists, the army is restricting the UH-60V to a single-core processing standard.

"Because not all software functionality has been completed, we do not know the amount of excess processing power that we will have,” the army tells FlightGlobal. “However we do not anticipate any processing power issues under the current design."

The army is working with the US Federal Aviation Administration to understand how the service can use multi-core formats for flight critical information, Jeff Langhout, acting director of the army's Aviation and Missile Research Development and Engineering Center, said last week during the annual Army Aviation Association of America mission systems solutions summit. Rockwell Collins is far along that process with the FAA on some of the company’s commercial opportunities, Langhout says.

“The trick there, when you’re processing flight critical information, it has to be a deterministic environment, meaning we know exactly where a piece of data is going to be exactly when we need to — no room for error,” Langhout says. “On a multi-core processor there’s a lot of sharing going on across the cores, so right now we’re not able to do that.”

“Can the Victor model with the current multi-core processor, is it going to be able to use all the cores to process all the flight critical information? The answer is no,” he adds. “Is it always going to be that way? No.”

Restricting the UH-60V to a single-core processor does not limit the helicopter’s ability to perform, but a technical glitch with a multi-core processor could cause disastrous effects. Flight critical information coming through the processor tells the helicopter how to manoeuvre and controls rotor blade functions, Langhout says.

“All of those things need extra attention to make sure they’re robustly designed,” he says. “We want to make sure the software is robustly designed and so we’re trying to keep it as simple.”
 

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M1 Abrams Tanks Inside View : Ammo Loader, Driver, Gunner, Commander
B-52 Launching AGM-86B Air-Launched Cruise Missile
 
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The
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is back after more than 700 days in
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.
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C_OiRZCUAAApICh.jpg


C_OiRYFUMAAYquz.jpg
 

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They have 11 birds


F-16 Block 52 Upgrades Set to Take Thunderbirds into the Future

TYNDALL AIR FORCE BASE, Florida — Just like their combat Falcon counterparts, the
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Thunderbirds F-16s are receiving the same upgrades to keep the jets flying for decades into the future, officials said.

The Thunderbirds fly the Block 52 variant
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and D models.

The jets have a Pratt & Whitney F100-PW-229 engine. On board, the Thunderbirds use the same data link system, LINK 16, much like a warfighter.

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“We use it for situation awareness, in terms of where we’re at in the [
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] and [to see] where the other teammates are,” said Maj. Nick Krajicek, the slot pilot, flying the No. 4 jet.

When asked if the Block 52 variant F-16s will be receiving the same enhancements such as
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, Lt. Col. Jason Heard, the commander and leading pilot of the air demonstration team, said, “Yeah, pretty much. We would get the last out of the F-16s to receive those upgrades, but we are scheduled.”

Military.com sat down to interview pilots here at the base and took a ride up in the
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two-seater on April 21.
The Thunderbirds are sometimes a good testbed for some basic structural upgrades, they said.

“Right now we are the first F-16s to be doing the Service Life Extension Program,” or SLEP, Heard said. “The first to do the bulkhead, required inspections.”

Heard said the Thunderbirds are the first to get the SLEP upgrades because “we apply a severity factor to our aircraft use that is higher than most F-16s.” The aircraft — which can reach speeds of up to 1,500 miles per hour and altitudes of more than 50,000 feet — fly multiple shows a year, in addition to routine training.

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For shows, the multi-role fighter will fly roughly around 720 miles per hour; however, the F-16C models, which have no external weapons, have more thrust on the jet (29,100 pounds as opposed to the standard 27,000), which also takes its toll.

“We burn through the hours faster because the severity of the flying, the G-forces, etc. are higher,” Heard said. The Thunderbirds’ G-force limitations vary from negative three to positive nine, and a few tenths of a point incrementally thereafter. (For the record, Military.com
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).

Currently, one Thunderbird is going through SLEP at their depot facilities at
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, Utah, Heard said.
The Thunderbirds will normally fly six jets during a show, but could fly eight. They have two spares per show — either C or D models — but have three backup jets total, bringing their fleet to 11 jets.

In March, “we only possessed six to seven aircraft,” Heard said because of ongoing maintenance, modification or paint jobs happening to the remaining jets.

Heard added, “To do a mission where you’re flying six aircraft total twice a day — our utilization rate was 30, [which means] our airframe flew over 30 times each in a month.

“That’s unheard of. Most airplanes may fly 10 to 12 times in a month,” he said.

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