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U.S. Navy Ships in Fatal Collisions Not Properly Certified

Updated Sept. 6, 2017 5:58 p.m. ET
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"Neither the Fitzgerald nor the McCain were certified for the majority of the mission operation requirements that the Navy periodically evaluates."

it's either fishy article or ... common, the DDG-56 did FON in the SCS shortly before ...:
Aug 10, 2017
did China say anything yet about
USS John S. McCain Conducts South China Sea Freedom of Navigation Operation Past Mischief Reef; 3rd South China Sea FONOp This Year
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?
 
Today at 11:47 AM
U.S. Navy Ships in Fatal Collisions Not Properly Certified

Updated Sept. 6, 2017 5:58 p.m. ET
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"Neither the Fitzgerald nor the McCain were certified for the majority of the mission operation requirements that the Navy periodically evaluates."

it's either fishy article or ... common, the DDG-56 did FON in the SCS shortly before ...:
Aug 10, 2017
kinda follow-up, DefenseNews now:
US Navy worked around its own standards to keep ships underway: sources

5 hours ago
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The U.S. Navy’s top officer in the Pacific is reviewing a program that allowed ships from the Japan-based U.S. 7th Fleet to operate with expired certifications amid a wide-ranging probe into two deadly collisions that killed 17 sailors and caused untold hundreds of millions of dollars in damage to two destroyers, three sources with knowledge of the decision told Defense News.

Adm. Scott Swift has taken on direct supervision of the “risk assessment management plan” program, a system otherwise known as RAMP that allowed the local destroyer squadron, fleet trainers and stateside commanders to keep their ships on patrol even if their qualifications in critical areas such as damage control, navigation and flight deck operations had lapsed.

The U.S. Government Accountability Office is set to testify Thursday that nearly 40 percent of the Japan-based cruisers and destroyers were operating without valid warfare certifications.

The widespread use of the RAMP system alarmed Navy officials when they began examining readiness issues inside the fleet, raising questions why fleet leaders tolerated the degraded readiness that had taken root in 7th Fleet, even as the demand for its strained ships is at historic highs. And while it’s impossible to draw a straight line between degraded readiness and a series of damaging accidents in the Pacific, experts said the issues are a symptom of an overstressed fleet taking too many risks to meet its demands.

It’s unclear when the RAMP system was put in place, but several retired senior Navy officials were unaware of the program when asked about it. What has become clear, however, is that the system was used routinely and with increasing frequency in 7th Fleet over the past two years.

Now that system is under direct scrutiny by Swift and is part of the inquiry led by fleet boss Adm. Phil Davidson into how 7th Fleet operates.

The GAO will testify before members of the House Armed Services Committee that the system appears to have taken firm root since its 2015 report that showed that the Navy was shorting its readiness and training in 7th Fleet in exchange for increased presence in the region.

“This represents more than a fivefold increase in the percentage of expired warfare certifications for these ships since our May 2015 report,” GAO Defense Capabilities and Management Director John H. Pendleton’s testimony read, according to a copy obtained by Defense News sister publication Military Times.

CNN
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the GAO’s testimony concerning the rate of lapsed certifications in 7th Fleet.

Ships in 7th Fleet are considered deployed at all times and achieve their certifications in a different manner than ships stateside. A destroyer in San Diego, for example, returns from an overseas deployment and begins a 36-month cycle where the ship is maintained and the crew is trained in increasingly intense operations until the ship is fully qualified and sent back overseas.

But in Japan, qualifications happen on a 24-month revolving basis, according to Navy officials. If the ship is unable to maintain its qualifications — engineering operation, anti-surface warfare, anti-submarine warfare, etc. — the squadron commander and/or task force commander then works with the ship’s commanding officer and fleet trainers to get the ship back on track. That system is overseen by the 7th Fleet commander and the top surface warfare officer, Naval Surface Force Pacific, in this case Vice Adm. Thomas Rowden.

But those kinds of fixes are intended to be temporary and not a standard operating procedure as it appears to have become, said Bryan Clark, a retired submariner and analyst with the Center for Strategic and Budgetary Assessments.

“It’s the kind of thing you’d want to put in for a temporary period for an uptick in demand, then return to the standards of training,” he said. “So it seems like the Navy went into this as a kind of mitigation strategy and it seems like it‘s sort of became the operational model they’ve been working off of for some time now — at least the last two years.”

The issue of strained readiness among Japan’s high-operational tempo ships is not new and comes in ebbs and flows, according to several sources familiar with 7th Fleet operations who spoke on background. The issues, however, have become even more pronounced as the threat of a nuclear exchange with North Korea has spiked. Most of the surface ships in Japan are equipped to try and shoot down missiles fired at allies or even U.S. territories such as Guam.

There is a standing requirement that the Navy has a set number of ballistic missile defense shooters underway at any given time as a check on North Korea. Both the destroyers Fitzgerald and McCain are ballistic missile defense-enabled ships.

The workarounds in 7th Fleet are yet another sign of an alarming decline in readiness triggered by a Navy too small for what it’s being asked to do, said Jerry Hendrix, a retired Navy captain and analyst at the Center for a New American Security.

“The news reports about the waivers being used to keep ships underway are deeply troubling, and it highlights the real challenge of maintaining readiness in 7th Fleet and in the Pacific,” Hendrix said. “It also highlights that the fleet is not large enough to do every step of the process in getting ships qualified while maintaining its operational commitments.”
 
in case you didn't know
General Dynamics Receives Contracts to Upgrade Abrams Main Battle Tanks
September 5, 2017
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General Dynamics Land Systems, a business unit of General Dynamics (NYSE: GD), recently received two contract awards from the U.S. Army for Abrams main battle tank upgrades, which will boost the platform’s capabilities and help the Army lead the way into the future.

The company will design, develop and integrate multiple engineering changes into the Abrams M1A2 System Enhancement Package Version 3 (SEPv3), creating a SEPv4 and further modernizing the tanks. Abrams main battle tanks are produced at the Joint Systems Manufacturing Center in Lima, Ohio.

The first contract is for SEPv4 upgrades, which include the Commander’s Primary Sight (formerly known as the Commander’s Independent Thermal Viewer), an improved Gunner’s Primary Sight and enhancements to sensors, lethality and survivability. General Dynamics Land Systems will deliver seven prototype M1A2 SEPv4 tanks to the Army. The contract has an initial value of $311 million. Work will be performed in Sterling Heights, Mich.; Lima; Scranton, Pa.; and Tallahassee, Fla.

The second award was a $270 million contract from the U.S. Army Tank Automotive Command to produce 45 Abrams M1A2 SEPv3 tanks. The first pilot vehicles, which feature technological advancements in communications, reliability, sustainment and fuel efficiency and upgraded armor, are expected to roll off the production line in fall 2017. Work will be performed in Lima, Scranton, Tallahassee and Anniston, Ala.
 
Sunday at 8:12 AM
Apr 20, 2017

now Side View Of The First Bell V-280 Valor Next-Generation Tilt-Rotor Aircraft Prototype

Aug 31 2017
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V-280-Valor-side-view-top.jpg
and according to DefenseNews Bell Helicopter ‘within days’ of first ground trials for V-280 Valor tilt-rotor
he build of the Bell Helicopter V-280 Valor tilt-rotor demonstrator aircraft is 100 percent complete, the company announced Wednesday, and the aircraft is about to begin ground runs in advance of a first flight.


The U.S. Army has been planning — through its Joint Multi-Role demonstrator program — for two very different vertical lift prototypes to begin flight demonstrations this fall as part of a critical path to informing and shaping the design of a Future Vertical Lift helicopter fleet expected to hit the skies in the 2030s.

Bell Helicopter is “within days” of beginning restrained ground runs at its Amarillo Assembly Center in Texas, said Keith Flail, the company’s vice president of advanced tilt-rotor systems, who spoke to Defense News at the Association of the United States Army’s aviation symposium Thursday.


While he was hesitant to pinpoint a date when the helicopter will rise off the ground for its very first flight, Flail said the event would take place well within the year.

Following a series of restrained ground runs, the company will move to unrestrained ground runs. And when everything is determined ready to go, Bell will fly the helicopter for the first time, which will likely be nothing more than what is typical for a first flight — a low hover over the ground.

More significant testing will follow over the course of a year as the Army observes the potential capability.

The other prototype’s first flight has fallen behind the originally intended goal of September. The Sikorsky-Boeing-made SB-1 Defiant coaxial helicopter is now expected to start flying some time in the first half of 2018.

The aircraft is based off of Sikorsky’s patented X2 technology, which is also being used in the company’s internally developed helicopter, Raider, which experienced a hard landing earlier this summer.
source:
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good:
U.S. Navy Successfully Conducts AN/SPY-6(V) Radar Missile Defense Test
Posted: September 8, 2017 1:40 PM
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The U.S. Navy successfully conducted a simultaneous Air and Ballistic Missile Defense (BMD) flight test with the AN/SPY-6(V) Air and Missile Defense Radar (AMDR) off the west coast of Hawaii, Sept. 7, Naval Sea Systems Command said in a Sept. 8 release.

At 1:38 p.m., Hawaii Standard Time, (7:38 p.m. Eastern Daylight Time) a short-range ballistic missile target and multiple air-to-surface cruise missile targets were simultaneously launched. AN/SPY-6(V) AMDR searched for, detected and maintained track on all targets throughout the trajectories. The flight test, designated Vigilant Talon, is the third in a series of ballistic missile defense flight tests for the AN/SPY-6(V) AMDR.

“This radar was specifically designed to handle ballistic missiles and cruise missiles simultaneously, and it’s doing just that,” said Capt. Seiko Okano, major program manager for Above Water Sensors, Program Executive Office (PEO) Integrated Warfare Systems (IWS). “AMDR is successfully demonstrating performance in a series of increasingly difficult test events and is on track to deliver advanced capability to the Navy’s first Flight III Destroyer.”

Based on preliminary data, the test successfully met its primary objectives against a complex short range ballistic missile and multiple air-to-surface cruise missile simultaneous targets. Program officials will continue to evaluate system performance based upon telemetry and other data obtained during the test.

The culmination of over a decade of Navy investment in advanced radar technology, AN/SPY-6(V) AMDR is being designed for the DDG 51 Flight III destroyer to provide the U.S. Navy with state-of-the-art technology for Integrated Air and Missile Defense.
 
Thursday at 8:27 PM
Today at 11:47 AM
kinda follow-up, DefenseNews now:
US Navy worked around its own standards to keep ships underway: sources

5 hours ago
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and this is tough:
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Congress’s
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and the Navy’s flawed policies combined to cause
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, the Navy and the GAO say. Legislative dysfunction means budget cuts,
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, and
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have chronically shortchanged
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across the fleet, forcing sailors to work 100-plus hours a week to try to catch up. But the Navy also made fundamentally flawed assumptions about its
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ships, overworking them even more at the expense of safety – even as it kept assigning more ships to what it considered an exemplary unit.

“I personally have made the assumption for many, many years that our forward-deployed force in Japan was the most proficient, well-trained, most experienced force we have, because they’re operating all the time,”
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, vice-Chief of Naval Operations, told the House Armed Services
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seapower subcommitte yesterday. “It was the wrong assumption.”

In fact, the assumption was exactly backwards. To keep “operating all the time,” the Japan-based ships were cutting corners. This showed up in their proficiency
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, normally awarded to the crew for demonstrating the requisite skill levels in various areas from basic safety to ballistic missile defense. In January 2015,
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, destroyers and cruisers based in Japan had 93 percent of their required certifications, with only 7 percent expired. In June 2017, 37 percent of certifications had expired.

Sleepless In Tokyo

Japan-based ships were missing training simply because they had much less time to train. The Navy’s US-based ships operate on a 36-month cycle: 6.5 months tied up for major maintenance, 9.5 months for pre-deployment training in US waters, 7 months deployed, and a 13-month “sustainment” period when the ship is on call for further deployments. In practice, deployments often go long, putting more wear on ships, which means they need more time in maintenance, which means they don’t deploy on time and other ships have to stay at sea longer to compensate, a vicious cycle. But at least regular training is enshrined in the schedule.

By contrast, ships based in Japan and other foreign ports, the Forward-Deployed Naval Forces (FDNF), are on a 24-month cycle: eight months maintenance, 16 months deployed. So when do they train? In theory, being deployed 67 percent of the time – as opposed to 19 percent for US-based ships – keeps the foreign-based ships sharp. In practice, they’re busy doing missions for Pacific Command and can’t fit in all the training required to get certified in critical skills.

“We were told that the overseas-based ships were so busy that they had to ‘train on the margins,’ a term I’d not heard before,” GAO’s John Pendleton testified. “It was explained to me that meant they had to squeeze training in when we could.” While the Navy promised GAO it would put dedicated training time in the schedule, he added, that hasn’t happened.

What’s more, GAO found, the FDNF maintenance plan omitted some in-depth maintenance on the assumption they’d make it up when they were reassigned to US homeports after seven to ten years in Japan. But the Yokosuka-based destroyer USS Fitzgerald, which lost seven sailors in a collision with a civilian vessel, had been in Japan for “well over 10 years,” fumed House seapower chairman Rob Wittman. The destroyer McCain, which lost 10 sailors after hitting an oil tanker, had been there “for over 20 years.”

Older ships are harder to maintain because their equipment has had more time to wear out. Older ships that defer major maintenance for a decade or two are begging for trouble.

Yet despite these systematic problems, each ship based overseas was spending more days at sea and on mission than ships based in the US. That was the metric that mattered in a Navy hard-pressed to meet historically high operational demands with an historically low number of ships. As a result, since 2013, the Navy has doubled the number of ships deployed abroad, going from 20 ships to 40 in Japan, Spain, Bahrain, and Italy. An additional destroyer was coming to Yokosuka next year, but Moran said that plan’s on pause.

“This increasing reliance on Forward Deployed Naval Forces is a model that is not sustainable,” said Wittman.

Congress, of course, has a parochial interest in keeping ships based in the US, where their maintenance spending and crew salaries shore up local economies. And it’s a geostrategic mistake to write off forward-deployed forces. Even if their schedules were recalibrated to something more sustainable, with fewer days deployed, they would still have
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to potential trouble spots. US ships that can be on the scene in hours or days deter adversaries and reassure allies more strongly than ships that will take weeks to get there.

“Those ships are a lot closer to where we might have to fight,” said Moran.
...
... goes on right below due to size limit; source:
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continuation of the above post:
A Navy Under Stress

Finally, while the overworked Japan-based fleet may be the canary in the coal mine, the underlying problems are Navy-wide. A 2014 study found sleep-deprived sailors were on duty 108 hours a week (that’s 15.4 hours a day, seven days a week). As for the equipment, GAO found that significant breakdowns (casualty reports) “nearly doubled” from 2009 through 2014. As a result, of the 169 ships that went into major maintenance during 2011-2016, almost two-thirds (63 percent) required more work and took longer than expected, costing the Navy 6,603 ship-days at sea.

What is the Navy doing to fix things? The root of the problem is decades old and will take decades to undo. Ships built during the 1980s Reagan buildup are starting to go out of service, and not enough ships were built in the 1990s “peace dividend” period, so the fleet has shrunk. From a peak of
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, the Navy is down to
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and says it needs to
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– but that’ll take until
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. Yet the Navy’s workload has stayed about the same, with roughly 100 ships deployed overseas at any given time.

A smaller fleet doing more work needs steady, generous funding for training and maintenance to get the most out of every ship and crew, but the Navy hasn’t had that. Instead, the 2011 Budget Control Act led to the 2013 sequester – whose automatic cuts fell most heavily on relatively fungible readiness funds rather than procurement or personnel – and to caps on defense spending every year thereafter. Congress has repeatedly tweaked the caps upward, but it’s also been unable to pass a budget on time for almost a decade, leaving the government funded by stopgap Continuing Resolutions that hamstring operations for months at a time.

The Budget Control Act has “absolutely” undermined readiness, Moran said, “that and nine consecutive Continuing Resolutions.”

“We do have a plan (for) buying down the maintenance backlogs, getting our manpower in the right place,” Moran said, “(but) we must have some stability in the budget so we can follow through on those plans.”

Even with stable funding, it will take years to improve readiness and reduce the chances for more collisions and more breakdowns. In the nearer term, the only lever available to ease the stress on the Navy is to ask it to do less. That has already happened in a limited way with the multi-month gaps when we had
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, which Moran called “painful.” But global demand remains high.

“When do you and Adm. Richardson basically say to the Secretary of Defense or the president, ‘we cannot do what you expect us to do?'” asked
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, chairman of the House Armed Services Committee.

“They’re going to have to prioritize and say, ‘well maybe some of the things we try to do by spreading ourselves so thin, maybe we can’t do those things, or maybe we change how we do those things,'” Rep. Rob Wittman, chairman of the seapower subcommittee, told reporters after the hearing.

The problem, though, is that the Navy has to keep pace with a growing
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, with an increasingly
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in the Mediterranean and the Caribbean, and with Chinese expansion in the
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, added Rep. Joe Wilson, readiness chairman, who co-chaired the hearing with Wittman.

“It’s not (just) the demand signal coming from the combatant commanders,” agreed Wittman. “It’s the world.”
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the term Kanonenfutter was in my mind right from the first paragraph of
Upgunned Strykers to Boost 2nd Cavalry Regiment's Firepower
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The 2nd Cavalry Regiment will begin fielding the first of a new fleet of upgraded
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next summer, the result of a two-year push to give the unit greater range and firepower in response to concerns about a more assertive Russia.

Half of the regiment's new Strykers will come equipped with a 30mm Bushmaster cannon, which boasts a range of more than 9,000 feet -- far greater than the current
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or
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.

"The main thing is better survivability in chance contact against an armored threat, with armored personnel carriers, and then also having a longer reach with direct-fires systems," said Lt. Col. Troy Meissel, deputy commander of the 2nd Cavalry.

Even a Hilux pickup truck mounted with the Russian-made heavy machine gun such as the DShK -- common in places like Afghanistan -- has longer reach than Strykers as they're currently armed, Meissel said. The DShk's 12.7 mm armor-piercing round can penetrate 25mm of armor, enough to destroy lightly armored vehicles.

The other half of the 2nd Cavalry's Stryker fleet will be augmented later with a
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able to be fired safely from inside the vehicle.

The system, called a Common Remotely Operated Weapon Station-Javelin, or CROWS-J, allows gunners "better visibility from the sights of the Stryker to be able to see and fire under cover without having to deploy an individual and expose him," Meissel said.

The decision to speed development of the upgraded Strykers was made in 2015, not long after the Russian intervention in the Ukraine. The intervention spurred NATO to enhance its presence along its eastern frontier.

U.S. forces soon realized that the machine-gun-armed Strykers were outclassed by the Russian BMP-3 tracked infantry fighting vehicle, which has a 100 mm low-velocity gun, or BTR-82 wheeled transporters with either a 30 mm auto-cannon or a 120 mm gun-mortar.

The upgraded vehicles are being tested at
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, where a small group from the 2nd Cavalry, including Meissel, tried out the new equipment, including the Bushmaster cannon.

"We were very impressed with the weapons system; it has a very high reliability, in terms of a low number of malfunctions," he said. "It's easy to operate, easy to maintain."

The
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regiment will receive four of the upgraded vehicles in January to use for training crews, Meissel said.

Currently, there are four multinational battle groups in the Baltic states and eastern Poland, including an 800-soldier squadron from the 2nd Cavalry.

The regiment is one of only two full-time combat units stationed in Europe, neither of which possess tanks. A U.S.-based armored brigade also is on rotation to augment the Army in Europe, where permanent troop numbers have declined sharply since the Cold War.

In January, the 3rd Armored Brigade Combat Team, 4th Infantry Division, deployed to Europe, where it is serving as the first brigade in what the Army calls its "heel-to-toe" rotational presence.

The enhanced range and anti-tank capability won't significantly change the way 2nd Cavalry operates, Meissel said.

"This doesn't make us want to fight tanks," he said. "It doesn't change how the organization fights in terms of our most important weapons system ... (which is) our 108 rifle squads that come out of the back of the Strykers in the regiment. This helps us move to a position of advantage to allow our infantry squads to dismount and fire, and maneuver on the enemy."
... "the result of a two year push" they'll get "next summer" ...
 
Aug 16, 2017
Yesterday at 8:58 PM
now partly related USNI News:
Navy, Raytheon Close to Finalizing Maritime Strike Tomahawk Missile Deal

source:
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kinda update:
Navy’s Tomahawk Life-Extension to Include Maritime Strike Mode
Posted: September 8, 2017
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The Navy’s plan to recertify its arsenal of Block IV Tomahawk Land-Attack Missiles will include upgrades to give the missiles a maritime strike capability, a Raytheon official said.

The upgrades will include navigation and communication modifications and a multimode terminal guidance sensor package that will allow the Tomahawk to strike moving targets at sea, said Dave Adams, Raytheon’s Tomahawk program director in a Sept. 7 interview. The missile still would include a satellite-connected data link to allow the controller to modify the target or mission profile of the missile.

The Maritime Strike Tomahawk (MST) will include sensors in the nose of the missile to allow the missile to home in on its target in the terminal phase of its mission. Adams was not at liberty to discuss the sensors or their suppliers, but confirmed that the shape of the missile’s nose would not be different from the current Block IV. A change in shape would require expensive testing to ensure that the missile could safely be launched from a ship or submarine, he said.

As the Navy begins turning in Tomahawks to Raytheon for recertification in 2019 after their 15-year shelf life, the missiles will be upgraded with the latest upgrades for operating in a contested environment. Beginning in 2022, those upgrades will include the MST modifications.

Raytheon has tested and matured the multimode sensor package in a surrogate aircraft.

The $119 million MST contract awarded by the Navy on Aug. 30 funds the first two-year part of engineering and manufacturing development of the missile modifications, specifically integration of the seeker suite and processing capabilities.

The company has built more than 4,000 Block IV Tomahawk missiles since production began in 2004.
 
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