US Military News, Reports, Data, etc.

Correct Mr. Forbin. Who ever wrote the article messed up on there missiles. On the subject.
Now before another jumps in first the missile fired in the first story was a AIM 9X
The Fins tell the Tale.
...
are you sure? now I noticed
Lockheed Martin Mini-Missile Takes Flight in New Demonstration
A Lockheed Martin [NYSE: LMT]-built Miniature Hit-to-Kill (MHTK) interceptor was successfully launched from a Multi-Mission Launcher (MML) in an engineering demonstration on April 4 at White Sands Missile Range, New Mexico.

The launch demonstrated the agility and aerodynamic capability of the MHTK missile, which is designed to defeat rocket, artillery and mortar (RAM) targets at ranges greatly exceeding those of current and interim systems. Today's launch advances the program, increasing the level of MHTK integration maturity with the MML.

"Today's global security environment demands agile, close-range solutions that protect soldiers and citizens from enemy rockets, artillery and mortars," said Hal Stuart, Lockheed Martin's MHTK Program Manager. "This test is a critical milestone demonstrating the interceptor's maturity, and we look forward to continuing to build on this success using key data gathered from today's launch."

The MHTK interceptor was designed to be small in size while retaining the range, lethality and reliability of other Hit-to-Kill interceptors. MHTK is just over two feet (61 cm) in length and weighs five pounds (2.2 kg) at launch. The compact footprint of the MHTK allows multiple rounds to be packaged in a single MML tube.

The MML is a key component of the Army's Indirect Fire Protection Capability Increment 2 – Intercept program. The program is designed to provide Army forces protection from cruise missiles, unmanned aircraft systems and RAM threats. The MML is designed to carry and launch a variety of missiles from a single launcher.

The MHTK uses
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, which destroys threats through kinetic energy in body-to-body contact. Hit-to-Kill technology removes the risk of collateral damage seen in traditional blast-fragmentation interceptors. The MHTK interceptor complements other Lockheed Martin Hit-to-Kill missile interceptors by delivering close range lethality with proven success for a true layered defense.

About Lockheed Martin
...
... skipped; source:
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FORBIN

Lieutenant General
Registered Member
B-2 recently to Tindall, Australia
View attachment 26376

For completed, author is highly " wanted " here hahaha :D:):rolleyes:

Get Ready, China: America to Base Stealth Bombers in Asia ?

During March, the U.S. Air Force deployed three of its twenty B-2 stealth bombers to the Asia-Pacific region for training. But should the United States consider permanently basing stealth bombers in the region?

In the case of the B-2, logistically it would probably not make any sense to permanently base the aircraft overseas with only twenty aircraft in the total fleet. However, the Pentagon hopes to buy between eighty and 100 new
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(LRS-B) in the 2020s. As China's power continues to grow, there is a case to made for basing some number of those aircraft in the region.

While American bases in Japan, South Korea and Guam might be vulnerable to Chinese missile attack, if the United States based B-21s in Hawaii, Alaska and Australia, it would shorten the distance those aircraft would have to travel. That would in turn increase sortie generation rates while also reducing the need for tankers if there were ever to be a conflict in the region. That would in turn increase the B-21’s deterrent effect. Basically, shortening the flight time has the same effect as increasing the fleet size.

Basing the B-21 in Alaska or Hawaii would not be a problem—those are on American soil. Both Hickam AFB in Hawaii and Elmendorf AFB in Alaska already host Lockheed Martin F-22 Raptors and have facilities for maintaining stealth aircraft. The Air Force also hopes to station Lockheed Martin F-35 Joint Strike Fighters in Eielson AFB, Alaska, which will also have facilities to maintain stealth aircraft. However, the addition of a large stealth bomber contingent would mean the Air Force would have to expand those bases to host the new

Basing the B-21 alongside the F-22 and F-35 in the Asia-Pacific region would allow America’s stealth platforms to operate and train together routinely. That would increase the pilots’ familiarity with each others’ tactics and procedures—meaning those aviators would be that much more effective in the event of war. Basing the aircraft in Alaska has the added benefit of access to vast training ranges and the 18th Aggressor Squadron—which makes for more realistic training.

Basing the jet is Australia is somewhat more difficult since
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—China is Australia’s largest trading partner. But assuming the Australians agreed to host the stealth bombers, that would open up the possibility of combined training with Canberra’s forces and with those of other regional allies. Australia has vast open spaces for training and it plans to purchase the F-35—which opens up many possibilities.

Long-term, as Beijing grows increasingly powerful and assertive, short-range tactical fighter bases in Japan and South Korea will be increasingly vulnerable to concerted attack. Even
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. However, Australia, Alaska and Hawaii—while not invulnerable to attack—are relatively safer from a Chinese attack in the event of a war. Thus, the Pentagon should consider the basing the B-21 at Hickam, Elmendorf and Eielson when the bomber becomes operational.

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Jeff Head

General
Registered Member
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C-27J-USCG.jpg

Aviationist said:
The U.S. Coast Guard has received the first of 14 C-27J Spartans painted with the service’s traditional color scheme.

The U.S. Coast Guard has accepted the first of 14 C-27J Spartan aircraft in the service colors on Mar. 30.

The Spartan will be introduced into the USCG medium range surveillance aircraft fleet and will conduct drug and migrant interdiction, disaster response, and search and rescue missions.

The aircraft, belonging to a fleet of 21 Spartans that the
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to save money back in 2012, was taken on charge by the Coast Guard HC-27J Asset Project Office (APO) in Elizabeth City, North Carolina; it will be transferred to Air Station Sacramento, California, this summer to continue the station’s transition from the HC-130H to the C-27J.

According to a
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, five Spartans have been in operation at the APO since completing the regeneration process; the Coast Guard is conducting test flights on a sixth aircraft with the Air Force’s 309th Aerospace Maintenance and Regeneration Group in Tucson, Arizona, where the process to bring the Spartans out of long-term preservation is completed.

A second aircraft was delivered to the paint facility March 21, and two of the C-27Js are currently in Sacramento for training purposes.

In October of 2013 SOCOM was authorized to receive 7 of the cargo planes to replace its fleet of
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aircraft.

The USCG 14
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s will supplement a fleet of 15 CH-144s: the Coast Guard had originally ordered 36 of the CH-144s but halved the order once they learned that they could acquire the
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s directly from the Air Force at no cost.

USCG-C-27J-front-706x449.jpg

USCG-C-27J-right-side-706x400.jpg
Nice looking aircraft. They will be a great addition to the USCG.
 

FORBIN

Lieutenant General
Registered Member
Always the Pacific :) PACAF, confirmation announced 2 years ago, re balancing with Asia Pacific area in more a ANG KC-135 sqn is based to Eielson but remains very interesting know after if these 2 Sqns are in addition or others stand down out.
And 46 F-22 to Elmendorf which receive always in first new upgrade for F-22, first Block 30 and AIM-9X.

Alaska base selected to house F-35 squadrons

The US Air Force will station two operational F-35A squadrons on America’s northwestern flank in Alaska, nearby where F-22s typically intercept long-range Russian TU-95 “Bear” bombers.
Eielson AFB, an approximately 1h flight north of the Lockheed Martin F-22As stationed at Joint Base Elmendorf-Richardson in middle Alaska, will eventually house two Lightning II squadrons comprised of 24 F-35s each, plus six backup inventory aircraft.

The announcement by the air force on 4 April completes a long-running basing decision process, which considered whether to base F-35s assigned to the Pacific theatre at Eielson AFB. USAF assessed the site based on "operational considerations, installation attributes, environmental factors and cost".

Basing preparations will begin at the turn of the fiscal year in October and aircraft should begin arriving in late 2019 through 2020, which is about one year later than forecast when Eielson AFB was announced as the preferred Pacific F-35 site in August 2014.

Those Lightning IIs will join an F-16 aggressor squadron already operating from the base, and will have the distinction of being the “first operational overseas F-35As” – owing to the fact that Alaska is not counted as part of the USA mainland because it is geographically separated by Canada.

The delay in aircraft deliveries to Alaska is in response to a "shortage of experienced, active-duty fighter aircraft maintainers” and allows for the slightly accelerated stand up of F-35 operations at the Burlington Air Guard Station in Vermont, according to an air force statement.

“The decision to base two F-35 squadrons at Eielson AFB combined with the existing F-22 Raptors at Joint Base Elmendorf-Richardson will double our fifth-generation fighter aircraft presence in the Pacific theatre,” says USAF chief of staff Gen Mark Welsh, who notes that those aircraft will add to the F-35s flown by the US Navy and Marine Corps as well as allied operators. That’s particularly relevant to Japan, South Korea and Australia, which are standing sentinel alongside US forces against a more assertive China and belligerent North Korea.
“It's an exciting time for Pacific airpower,” Welsh adds.

For Eielson AFB and the surrounding Fairbanks area, this basing decision validates long-held views that the air force site is too strategically important to let fall by the wayside. The local area and its members of Congress have been lobbying to keep the base alive after it was named on a 2005 memorandum for base realignment and closure.

Instead of being placed on a “warm” footing with no mission or aircraft, the base has retained its F-16 aggressors, thanks to its proximity to the Joint Pacific Alaska Range Complex – the largest area of unrestricted airspace that the service has access to.

“Alaska combines a strategically important location with a world-class training environment,” says air force secretary Deborah Lee James.

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I think this is important:
Here’s the Navy’s $81 Billion, Five-year Shipbuilding Plan
The Navy will build 38 ships in the next five fiscal years, including nine new Virginia-class submarines and 10 Arleigh-Burke Class guided missile destroyers, according to
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given to the Senate Armed Services Committee on Wednesday.

The plan will bring the fleet to a total of 308 ships by Fiscal 2021 up from the current total of 272, and will increase the number of amphibs in service from 30 to 33 — a long-awaited development for geographic combatant commanders and the Marines who deploy on them.

Big-ticket items include a new class of carrier, the Gerald R. Ford, in which the Navy will invest some $13.5 billion in the next five years.

Construction of Arleigh-Burke class destroyers and Virginia-class submarines will move at a steady pace, with two destroyers to be bought in each of the next five years and two subs bought per year until Fiscal 2020, with just one bought the following year.

The Navy will also begin purchasing the future frigate variant of the littoral combat ship: the building plan calls for three LCS and four frigates by 2021.
source:
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two charts from inside of it:
Navy-shipbuilding-plan.jpg
Navy-battle-plan.jpg
 
related to the post right above:
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Despite tight budgets at the Pentagon, the Navy wants to speed-up several shipbuilding programs —
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,
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, and
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— and Congress seems inclined to give them the money. That’s testimony both to the perennial political popularity of shipbuilding, which employs a lot of voters, and to the rising strategic anxiety over the
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, which is driving the Navy to reassess
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and
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it needs.

Accelerating Amphibs

Consider amphibious warships, doubly beloved on Capitol Hill because they’re (1) ships and (2) they carry
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. Assistant Secretary
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, the Navy’s acquisition chief, told the Senate seapower subcommittee that the next class of amphibs, provisionally called L(X)R, could be accelerated by a year, which would move contract award from 2020 to 2019 — if the Navy gets additional funding. (2018 would be a bridge too far, Stackley told reporters after the hearing yesterday afternoon).

Congress already upped the Navy’s 2016 budget by $279 million to accelerate L(X)R one year, from 2021 to 2020. That funding went for advance procurement of long lead-time materials. But adding even more AP funding for 2017 wouldn’t speed up the ship significantly, Stackley said: That approach is hitting diminishing returns. But the Navy could speed up the design process, a relatively inexpensive proposition, and thus cut a year out, getting to contract award in 2019.

The problem is the Navy can’t afford the actual ship that early. Stackley didn’t outright ask for another congressional plus-up, but the wheels are clearly turning in legislators’ heads. The assistant secretary did helpfully suggest spreading the additional cost over more than one year, a mechanism known as incremental funding.

“The challenge becomes the budget,” Stackley said. “Without pulling the whole ship to the left” (or rather, the whole cost of the ship) “what additional funding with incremental funding authority would allow acceleration without breaking our budget?”

Given that Congress has already added a more expensive amphib to the budget,
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above the 11 the Navy had requested, the odds of getting funding for an earlier L(X)R look good. In fact, L(X)R will be a scaled-down version of the LPD design.

The Navy will have a clearer picture of what the shipyards can handle this summer, around June, once it awards contracts for the much larger LHD-8 amphib — essentially a small aircraft carrier that can carry Marines — and the T-AO(X) fleet oilers. The two yards competing for these ships are the same ones doing design work on L(X)R: General Dynamics’ NASSCO in California and Huntington-Ingalls’ Industries’ Ingalls in Mississippi.

A Third Destroyer In 2016?

Congress also added funding in 2016 for an additional
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— but not quite enough to complete it. The Navy has asked for the remaining money, $433 million, in its
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. (It went on the wishlist because
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was already finished by the time Congress added the destroyer to 2016). If Congress grants the money, Stackley told reporters after the hearing, the Navy would buy three destroyers in 2016 instead of the usual two. HII’s Ingalls in Mississippi and GD’s Bath Iron Works, in Maine, are the yards that build destroyers.

But there’s a complication that has at least one senator worried: one of the 2016 destroyers will be the first of an upgraded “Flight III” design, built around a complex and powerful new Air & Missile Defense Radar. (Shipyards are currently building Flight IIA). Will AMDR be ready in time? asked Sen. Mazie Hirono, the seapower subcommittee’s ranking Democrat.

Absolutely, Stackley assured her. A production-representative radar is already headed into testing, AMDR has passed its Critical Design Review, and what remains is finalizing the integration of the radar into the vessel, which will involve a separate CDR for the whole ship in November. The new design is meant to
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: The first ship entered service in 1991, but the Navy doesn’t plan to retire the last one until 2072.

Squeezing In Submarines

So the odds are good for that third destroyer in 2016 and the first L(X)R in 2019. That is not true for the submarine force’s future. The Navy’s top priority — above every other ship — is replacing the aging Ohio-class nuclear missile sub, but the
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of the Ohio Replacement Program threatens to drown out other shipbuilding programs, particularly the smaller Virginia-class attack submarines.

Currently, the Navy has more than the 48 attack subs it considers the minimum necessary. But as Los Angeles boats from the Reagan buildup retire,
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, even as the Chinese underwater armada grows. The Navy’s been building two Virginias a year since 2011, but that’s still not enough to keep up with Los Angeles retirements — and production will drop to one Virginia in years the Navy also has to afford an Ohio Replacement. The first such year is 2021, the next 2024.

“We’re working this as a top priority in our 2018 budget build, to be able to come back and fill in that 2021 (Virginia-class) submarine,” Stackley said. In terms of the Navy’s options to remedy the attack sub shortfall, he said, “that boat is the first and best mitigation effort we can have.”

The Navy and the shipyards that build subs —
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— have thoroughly studied the demands and carved out a division of labor.
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one Ohio Replacement and two Virginias in the same year, Stackley said, though both new facilities and
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will require careful management. The problem is finding the funds.

Legislators were quick to take the hint. “So,” said subcommittee chairman Roger Wicker, “there’s not a capacity problem. It’s just a financing problem.” Now we await word from the appropriation committees, they who giveth the money.
source:
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Bernard

Junior Member
A bunch of new information on the Navy's newest Drone boat. If as advertised I think these would free up other ships in a Carrier task force. Have 4 or more of these (80mil all together) in front of a CBG just for a little more inexpensive sub protection.

DSD Work Embraces DARPA’s Robot Boat, Sea Hunter

By
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on April 07, 2016 at 12:00 PM



This afternoon, Deputy Defense Secretary and robotics booster
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will christen the largest
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in history. At 130 feet long and not quite 140 tons displacement, DARPA’s Sea Hunter dwarfs previous robotic boats, giving it the ruggedness and fuel capacity, about 70 days’ worth, to cross oceans on its own power without a manned mothership. But Sea Hunter, aka ACTUV, is still much smaller than the Navy’s smallest manned warship, the
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— let alone a
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or
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. At just over $20 million apiece, it is vastly cheaper than manned craft, too.

Sea Hunter‘s size and cost open an intriguing new niche in naval operations. Imagine
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of small, inexpensive, and above all expendable unmanned craft scouting ahead of or escorting traditional task forces. If the roboats get blown up, it costs no lives and relatively little treasure. If the roboats survive, their sensors provide invaluable intelligence to the fleet, and intelligence can win wars.

ACTUVSub-300x185.jpg

DARPA concept of ACTUV hunting an enemy submarine.

Sea Hunter is currently kitted out as a sub-hunter, with sonar to find submarines: Its program name is ACTUV, a nested acronym for ASW (Anti-Submarine Warfare) Continuous Trail Unmanned Vessel. But that’s arguably a misnomer. ACTUV is designed as a modular “truck” with the physical capacity and software “hooks” to install a wide variety of payloads, DARPA program manager Scott Littlefield told reporters. (Littlefield stuck to sensors, but the possibility of arming ACTUV certainly exists).

So what’s crucial in the coming two-year test period is not any particular payload: It’s the
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that directs the vessel’s operations overall.

DARPA has worked hard getting the robot boat compliant with international collision regulations, or COLREGs. It has multiple redundant radars and collision-avoidance algorithms to keep it from running into other vessels, Littlefield said. The program is developing software that can distinguish a sailboat from a motor vessel, a crucial distinction under COLREGs since wind-driven craft can’t maneuver out of the way as easily. It should even be possible for ACTUV’s algorithms to understand the meaning of different bells, whistles, and horns, as COLREGs require for vessels in fog. If another craft wants to talk to ACTUV, however, the robot’s not smart enough to converse: The radio call will be patched through via satellite to a distant human.

In fact, DARPA envisions constant human supervision for ACTUV. But it won’t be like a Predator drone, where a human constantly operates the unmanned system by remote control, Littlefield emphasized. Instead, the human will plan missions and issue general orders for the ACTUV to execute on its own, for example telling the vessel an area to sweep for enemy submarines.

During testing, a human will actually ride on Sea Hunter with a full set of controls just in case, said Littlefield, the same approach used on the experimental Google car. But the long-term plan is to put the human supervisor on shore or on a ship.

Bob-Work2-300x227.jpg

Robert Work

A major goal of testing will be working out how to operate ACTUV in coordination with vessels, both manned and unmanned. (The Army is working on similar “manned-unmanned teaming” between drones and manned helicopters). Such a combination of humans and robots in a
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— sometimes called a “
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” approach — is central to Deputy Secretary Work’s vision of future warfare, the so-called
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. We can’t match
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for numbers, the reasoning goes, but if we support our relatively few human combatants with robots, we can
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their advantage and prevail.

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Bernard

Junior Member
defense-large.png



On-speed waters tests of DARPA’s Anti-Submarine Warfare (ASW) Continuous Trail Unmanned Vessel (ACTUV), Feb. 17, 2016.

US Christens First Ghost Ship (and The Dawn of The Robotic Navy)
12:24 PM ET
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Autonomous vessels like this submarine hunter will play a growing role in future naval missions and will soon crowd the seas.

The Defense Department christened the Sea Hunter, a 132-foot robot ghost ship designed to seek out and track diesel-powered submarines across the ocean. The start of the test phase for the program on Thursday signals a new dawn for autonomous systems at sea, which, Pentagon officials say, will perform an ever-wider variety of jobs and could fundamentally change the way militaries operate on the water.

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Patrick Tucker is technology editor for Defense One. He’s also the author of The Naked Future: What Happens in a World That Anticipates Your Every Move? (Current, 2014). Previously, Tucker was deputy editor for The Futurist for nine years. Tucker has written about emerging technology in Slate, The ...
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The Sea Hunter is the first of a new type of ocean drone, called an Anti-submarine Warfare Continuous Trail Unmanned Vessel, or ACTUV. The goal of the program: field an autonomous ship with the range and endurance to go anywhere in the world while avoiding collisions with other ships and obeying the rules of navigation. “Current unmanned surface vessel systems and concepts are operated as close-adjuncts to conventional manned ships – they are launched and recovered from manned ships, tele-operated from manned ships, and are limited to direct support of manned ship missions. The ACTUV system will be a first of its kind unmanned naval vessel that is designed and sized for theater or global independent deployment,” reads the
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from 2014.

Below is footage from some ACTUV trial runs. The vessel can travels 27 knots and was designed to stay at sea for as long as 70 days, but the actual voyage duration depends on fuel burn.

Although the ship is designed to sail unmanned, a human operator will maintain contact and make sure the ship is obeying nautical rules and is on mission. “The human being is not joysticking,” said DARPA program manager Scott Littlefield. Rather the operator stays in the loop via what DARPA calls sparse remote supervisory control. The ship perceives its environment via F- and X-band radar, the ship automatic identification system (required on ships of greater than 300 tons), and a camera. DARPA is working with the Office of Naval Research on a stereoscopic camera and software that can do advanced image recognition of other ships that it encounters. If a second vessel meets ACTUV on the open sea and needs to make bridge-to-bridge contact, the remote human operator will do the talking.

ACTUV is designed to track the new, quieter generation of diesel-powered submarines, a rising concern for the Pentagon, and with a price tag between $200 million and $300 million they are proliferating. Iran currently has 17 diesel attack submarines; China, 53. “Some observers
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about the Navy’s ability to counter Chinese submarines,” according to the Congressional Research Service, or CRS. Cases in point: in 2006, a Chinese Song sub surfaced five miles from the aircraft carrier USS Kitty Hawk. And last October a Chinese attack submarine trailed and simulated a missile attack on the carrier USS Ronald Reagan off the southern tip of Japan.

These sorts of incidents are where ACTUV could help close a critical gap. And there are other sea monsters out there, including mines.

Responding to a variety of threats will require different modules and sensor payloads on the ACTUV, which DARPA is exploring with the ONR. Just days before the christening, Matt Klunder, a retired rear admiral and former ONR chief, was at the Pentagon discussing work that the company Harris, where he now serves as vice president for Defense Department strategy, is doing in new sensor payloads and what they mean for future autonomous vessels.

“Now we’ve also got these incredibly small micro-payloads that we can put on these autonomous platforms that make them unbelievably effective in terms of a multitude of missions for the Navy, Marine Corps, Army, Air Force, pick one. It’s really given us an ability to now scale these autonomous platforms into many, many multi-function missions,” Klunder told Defense One.

Klunder spearheaded autonomy research at ONR. During that time ONR developed the Control Architecture for Robotic Agent Command and Sensing, or CARACaS, a small cube not much bigger than a paperweight that with a few other modifications can turn any boat into an autonomous vessel. That led to a key demonstration of next-generation swarming capability on the James River in 2014. Some 13 small, rigid-hulled inflatable, or RHIB, boats were outfitted with CARACaS and
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the ability to conduct coordinated maneuvers in defense of a ship.

“Now we’ve got these micro-payloads down to the size of my hand, literally. So now I can stack many, many multi-function capabilities,” he said, “There are electronic capabilities that you could put on that ghost ship, as
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Now, think about not just one of them, but potentially more than one of those ACTUV ghost ships on the blue water, potentially with a number of different mission payloads. You might have something that would be very intriguing and make our adversaries very concerned.”

Autonomy, the Navy Way

It is this unique approach and embrace of autonomy that in many ways separates the Navy from the other services. Air Force leaders, for instance, are allergic to the terms “drone” and unmanned vehicle, preferring instead “remotely piloted aircraft,” or RPA. They take great pains to remind the press of all the manpower that goes into a combat air patrol with a nominally unmanned Reaper or Predator. A ground crew launches the drone, a second crew, often out of Creech Air Force Base, in Nevada, takes over the mission in flight. There’s a pilot, a sensor operator, and data analysts all watching carefully. “For every RPA combat air patrol there are nearly 200 people supporting the mission in various capacities,” U.S. Air Force public affairs
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last year, as though this inefficiency were an asset.

Many Navy leaders, meanwhile, have recognized that autonomous vessels, whether specifically designed or retrofitted, aren’t just a part of future naval dominance, they are key. “You can listen to the senior leadership in the Pentagon today, there are so many dynamic and troubling hot spots around the globe now, it’s not just one or two places, it’s everywhere,” says Klunder. “I would almost offer to you that they need these low cost numerous, autonomous vehicles and platforms to keep our nation and our partners’ national security safe. You cannot do it with just these exquisite, specialized platforms. We do need them in very high risk scenarios but I will also tell you that because we need to be all over the globe all the time to combat terrorism and extremist forces and to keep our partner’s secure, we absolutely need the ability to convert these existing platforms to very effective war-fighting capabilities with autonomy and with micro-payloads.”

One of the more controversial of those expensive, exquisite platforms is the littoral combat ship, or LCS. At $440 million per ship, it can modified for submarine hunting, mine clearing, and escorting larger valuable ships. But for all the cost, and
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to the ship’s armoring and guns,
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against Chinese anti-ship cruise missiles. Many of the primary jobs that the Navy is envisioning for the LCS are all tasks that the ACTUV, with a target cost of around $20 million per unit, might do as well.



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FORBIN

Lieutenant General
Registered Member
I think this is important:
Here’s the Navy’s $81 Billion, Five-year Shipbuilding Plan

source:
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two charts from inside of it:
Navy-shipbuilding-plan.jpg
Navy-battle-plan.jpg
Excellent Jura !

Some comments, very interesting for futur LCS with a decent armament and the prize is not really more big and much more capable.

Ofc SSBN-X to funded is a problem need to be fixed idealy with a special budget for help USN and also some LA RCOH, but nice shipbuilding plan with especialy in 2020's 4 DDG/FF/FFG by year with a ramp up for FY Ship. budgets 2017/21 : 14.7 to 16.8 billions.

Forecast but according we see very probable in 2021 USN is at its peak with
11 CVN now 10
33 big AA ships now 30
148 main combattants CG+DDG+SSN now 138 : + 10 !
And about 20+ LCS now 6

For strength the best from 2005 and removal of first Ticonderoga and Spruance.
 
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