Alerts Sound on Maritime Logistics: Several Experts See Seriously Lacking Sealift Capability

The oiler USNS John Lenthall travels alongside the amphibious assault ship USS Kearsarge during a replenishment on June 25. Lenthall is among 21 tankers and fleet oilers, but a report this spring from the Center for Strategic and Budgetary Assessment recommended that number be increased to 69 tankers and oilers. U.S. Navy/Petty Officer 1st Class Mike DiMestico

The U.S. Navy and Marine Corps are aggressively changing course
and refocusing their resources and training to prepare the fleet and
expeditionary forces for a “Great Power Competition” with China and Russia. But
a growing number of Navy officers and defense analysts are warning that current
and planned maritime logistics capabilities are seriously inadequate to sustain
forward-deployed combat forces in an extended fight against such peer
competitors.

This deficiency would be particularly severe in a high-intensity
conflict against China, which is rapidly developing military capabilities
specifically aimed at keeping U.S. forces far from their shores and able to
threaten Pacific Ocean-based logistical support facilities, the critics warned.
A fight against a resurgent Russia could be a repeat of the 1940s “battle of
the Atlantic” with a small Military Sealift Command (MSC) force and an American
merchant marine fleet — a fraction of the size of the World War II armada — trying
to evade scores of sophisticated Russian submarines in a desperate effort to
reinforce and supply U.S. forces in Europe.

“Failing to remedy this situation, when adversaries have U.S. logistics networks in their crosshairs, could cause the United States to lose a war and fail its allies and partners in their hour of need.”

Comprehensive report from the Center for Strategic and Budgetary Assessment

“Failing to remedy
this situation, when adversaries have U.S. logistics networks in their
crosshairs, could cause the United States to lose a war and fail its allies and
partners in their hour of need. An unsupported force may quickly become a
defeated one,” said a comprehensive report released this spring by the Center
for Strategic and Budgetary Assessment (CSBA).

A
similar warning was issued by retired Navy Capt. Pete Pagano, who wrote in the
May edition of the journal Proceedings: “The combat logistics force must be
able to sail in harm’s way and defend itself, with enough ships in inventory to
absorb losses and still sustain Navy forces at sea. The Navy will not possess
sufficient surface combatants to meet this demand signal, even if it reaches
its goal of 355 ships.”

The USS Ronald Reagan sails alongside the USNS Matthew Perry during a replenishment in the Coral Sea on July 15. U.S. Navy/Mass Communication Specialist 2nd Class Kaila V. Peters

Last
October, the U.S. Maritime administrator, retired Rear Adm. Mark Buzby, said
the Navy told his agency that it would not be able to escort sealift and supply
ships during a major war. For those ships to survive, crews have been told to
“go fast and stay quiet,” with the latter referring to reduced electronic
signaling. But MSC ships, with sustained speeds of 15 to 20 knots, can’t go as fast
as 30-knot Navy warships.

Also, in
May, defense analyst Loren Thompson,wrote in Forbes that the well-trained and
equipped U.S. military is facing “a big operational challenge that few
policymakers or politicians are even aware of — its ability to get to the fight
is wasting away. So even with the most capable fighting force in history, the
United States might find itself unable to respond effectively to future
military contingencies. … Until recently, military planners could at least
assume the safety of commercial sea lanes outside war zones. But now even that
assumption is being called into question.”

‘Unchallenged Sea to Contested Waters’

MSC Commander Rear Adm. Dee L. Mewbourne in 2017 told Seapower, “The operating environment is changing,” going from “unchallenged sea to contest waters. … I would maintain that the debate over whether we’re sailing in contested waters is over.” Looking at the situation today, “there is a persistent threat to the ships that are going through those areas,” Mewbourne added, citing missile attacks on U.S. and other ships sailing near Yemen and China’s growing sea-denial capabilities.

“The question
might be, ‘Will it be like it is, or could it get worse?’ I would suggest it’s
the latter,” Mewbourne said, showing a graph depicting a rising curve of the
threats from China and Russian and a nearly flat line of likely U.S. sealift
capability to meet that threat. To adjust, Mewbourne said he is working on ways
to harden his fleet of tankers and ammunition and cargo ships and to train his
crews of primarily civilian mariners to survive in contested environments.

The Military Sealift Command dry cargo and ammunition ship USNS Robert E. Peary pulls into Naval Station Norfolk on July 27. Robert E. Peary was returning after providing logistical support for the Harry S. Truman Carrier Strike Group composite training unit exercise. U.S. Navy/Bill Mesta

The most comprehensive analysis of the threats to maritime
logistics was the 124-page CSBA report, “Sustaining the Fight, Resilient
Maritime Logistics for a New Era,” which Navy Secretary Richard V. Spencer
praised, saying “this is a critical issue for the [Department of the Navy]. We
have not funded it, and we
really have to get after it.

“It is key that we focus on this now,” Spencer said at
the report’s rollout. “Over the past two decades, our naval logistic
enterprises have performed admirably, in an environment of truly expanded
responsibility and resources that were constrained. But the world has changed. …
And we have to start addressing this in earnest” and not as “business as usual.”

Spencer noted that the National Defense Strategy recognized the logistical problem,
“and we have to stay ahead of it.” He saw the report as “a forcing function.”

‘Brittle’ Maritime Logistics Forces

The CSBA report said that although the defense strategy listed “resilient and agile logistics” as one of the eight capabilities that had to be strengthened for the great power competition, the Navy’s latest 30-year shipbuilding plan reduced the funding for maritime logistical forces and “further reduces the logistical forces as a proportion of the fleet.” It also noted that “decades of downsizing and consolidation” have left U.S. maritime logistics forces “brittle” and contributed to the decline of the U.S. shipbuilding industry and the Merchant Marine, which is expected to carry the bulk of military material and equipment for an overseas contingency.

To create a logistical force able to prevail in a major conflict with a peer competitor, CSBA recommended increasing that force from the current 299 ships to at least 364 by 2048. Most of those ships are not included in the Navy’s target of a 355-ship battle fleet.

“Over the past two decades, our naval logistic enterprises have performed admirably, in an environment of truly expanded responsibility and resources that were constrained. But the world has changed.”

Navy Secretary Richard V. Spencer

The largest
increases CSBA proposed would go to refueling capabilities, from the current 21
tankers and fleet oilers to 69; the towing and salvage fleets, from five to 25;
and maintenance and repair, from two tenders to 17.

The report also
recommended growing cargo and munitions support from 12 ships to 25 and
creating a combat search and rescue (CSR) and increasing medical care capability
from the current two large and aging hospital ships to seven. That would
include platforms for CSR helicopters and MV-22 tilt-rotor aircraft and small
“expeditionary medical ships,” based on the expeditionary fast transports
currently being built.

This larger
logistical support force would include several new ship types — including a
variety of tankers and smaller oilers able to refuel combatants and commercial
tankers to move fuel forward to replenish fleet refuelers. The CSBA report also
urged that munitions ships be able to reload vertical launching system (VLS)
tubes at sea and that new tenders be able to repair surface combatants and even
unmanned surface vessels.

The greater
numbers and new types of support ships are needed, the report argues, to allow
logistical support to continue despite the high attrition expected in a great
power conflict, to provide support in contested waters, and to make up for the
likely damage to forward support facilities such as Guam, the Marianas and
Diego Garcia.

Still in Need of an ‘Expeditionary Navy’

Much of the CSBA recommendations were supported in a July 24 opinion article in Real Clear Defense by surface warfare Capt. Anthony Cowden, who wrote: “A navy that cannot rearm itself at sea, that cannot conduct ship systems repairs organically” without use of a friendly port “is not an ‘expeditionary’ navy. … The United States needs an expeditionary navy, and that’s not what it has.”

The CSBA report echoed
the call from the congressional sea power subcommittees to expand and modernize
the sealift fleet, much of which is old and still powered by ancient,
inefficient steam power plants. The report endorsed the congressional plan to
have U.S. shipyards build a variety of new ships using a common hull under the Common
Hull Auxiliary Multi-Mission Platform concept and buy used cargo vessels off
the international market.

Spencer supported
that two-track plan, but said, “I can’t afford a lot of $400 million new ships,”
when he could buy a lot of surplus ships for much less. He said he has been “up
on the Hill asking for some money” to update the sealift fleet.

CSBA estimated the
cost of buying the additional ships and different capabilities at $47.8 billion
over 30 years, which the report said would be $1.6 billion a year above what
the Navy plans to spend on its maritime logistics capabilities.

The need for that spending was illustrated by the CSBA report’s co-author, Harrison Schramm, who said the Chinese are focusing on counter-logistics in their campaign plans because “they know that forward-deployed naval forces are limited by magazine size.” Once the onboard munitions are expended, the U.S. fleet’s capabilities are drastically diminished, Schramm said. That problem is aggravated, he added, by the Navy’s inability to reload VLS tubes without use of a functioning port.

The report also stressed a point that Buzby also made: The U.S. flagged merchant marine has shrunk to a degree that it would be of limited help in providing logistical support in a major conflict. And, CSBA noted, leasing cargo ships or tankers from larger international fleets is complicated by the fact that China owns or controls a substantial portion of those ships. And Buzby also warned that if the U.S. tried to expand its civilian merchant marine for a crisis, it would have trouble manning those ships — because of an estimated shortage of more than 1,000 qualified mariners.




Osprey’s Readiness Struggles: 4 Out of 10 MV-22s Aren’t Available for Combat — But Initiatives Are Underway to Improve the Unique Aircraft’s Dependability

MV-22Bs line up to take off from the flight deck of the amphibious assault ship USS Bataan in July. “The Osprey is our most in-demand and deployed aircraft,” a Marine spokesman says, but the tilt-rotor’s mission-capable rate remains low — even as several initiatives are underway to try to improve the readiness of the aircraft. U.S. Navy/Mass Communication Specialist Seaman Levi Decker

Ever since the V-22 Osprey entered service for the first
time in 2007 — nearly two decades after its first flight — the tilt-rotor aircraft
has been in heavy use by the U.S. Marine Corps and has seen action in Iraq,
Afghanistan, Libya and Kuwait. But there is one stubborn problem that continues
to plague the program: readiness.

The aircraft was long delayed in reaching the field due
in no small part to deadly accidents during its development and a hefty price
tag, but when it finally did arrive, the V-22 gave the Marines the versatility
the service craved — an aircraft that could land on the deck of an amphibious
assault ship like a helicopter but speed off like a fixed-wing aircraft when
necessary. While the battles over development and procurement are long over,
the Pentagon continues to struggle with a stubbornly low availability rate for
an aircraft that serves not just the Marines but also the U.S. Navy and the U.S
Air Force.

https://www.youtube.com/watch?v=hUNJTAybCQQ

Currently, four out of 10 of its Ospreys are unavailable
for combat, according to the Marine Corps, which means the program is a long
way from the goal of 80% overall readiness set by former Defense Secretary Jim
Mattis. Several media outlets reported earlier this year that the overall
readiness rate of the aircraft was even more dismal — 52%.

The question of why readiness is so low is complicated,
but the uniqueness of the aircraft may be a large factor.

Richard Aboulafia, vice president of analysis at the Teal
Group, said that the limited number of users of the V-22 makes it tough to have
an adequate stock of V-22 spares available.

“Normally, a pool of users — services and countries — can
share costs and inventories, but the Marines are the only sizeable user, and
the [Air Force] CV-22 community probably focuses on its own systems and
missions,” Aboulafia said. Even when the Navy gets [Carrier Onboard Delivery]
V-22s, the Marines will still oversee budgeting. Adequate provisioning is
further complicated by the shipborne nature of the platform.”

Marines board an Osprey in Bowen, Australia, on July 23 during Talisman Sabre, an exercise between U.S. and Australian forces. U.S. Marine Corps/Lance Cpl. Dylan Hess

But the Marine Corps says that while the overall availability rate may be low, training and deployed squadrons have higher overall readiness levels. The service also says it’s taking significant steps to improve the aircraft’s overall readiness.

Better Readiness With Block C

Capt. Christopher Harrison, a Marine Corps spokesman,
said that while the availability of the Marine MV-22 fleet is currently at
around 60%, he also noted that training squadrons and deployed aircraft, which
have a common Block C configuration, regularly report an 80% mission-capable
rate.

The Marine Corps is trying to improve availability with
the V-22 Readiness Program (VRP), which Harrison described as a “top
priority” of the service, Harrison said.

“VRP takes a holistic approach to readiness recovery by
providing contract maintenance support, increased engineering support and
improved training for our maintainers and increased component supply depth and
breadth,” he said in an email response to questions from Seapower.
“VRP also consists of two major aircraft modification plans: The Common
Configuration-Readiness and Modernization [CC-RAM] initiative and nacelle improvements.”

A Marine aboard an MV-22B participates in daily landing qualifications training with the USS Kearsarge in the Mediterranean Sea on June 28. U.S. Marine Corps/Cpl. Margaret Gale

CC-RAM aims to improve on availability rates by
modernizing older Block B aircraft with upgraded avionics and components to
produce the Block C, which are in production now. In addition to having “readiness
enhancements,” making more of the fleet in the Block C configuration
streamlines maintenance and sustainment, Harrison said.

Meanwhile, the nacelle improvement initiative includes
improving wiring harnesses and making the nacelle easier to maintain, he said. “We
believe we’ll see an additive positive effect on readiness by introducing more
reliable systems, streamlined procedures and improved maintainability.”

Analytics in Use to Improve MCR

In addition to those two initiatives, the Marines are using analytics to reduce scheduled maintenance and spot emerging trouble areas, which could improve mission-capable rates by as much as 15%, he claimed.

CC-RAM started in January 2018 and four aircraft are
currently undergoing modifications.

“The Osprey is our most in-demand and deployed aircraft,”
Harrison said. “At any given moment, five to seven VMMs are forward-deployed.
The MV-22 transformed the way the Marine Corps conducts assault support.
Capable of self-deploying, the Osprey’s speed, range and lift allows it to
sustain and move the MAGTF [Marine Air-Ground Task Force] anywhere in the world,
and it is routinely at center stage for humanitarian assistance operations.”

“The Osprey is our most in-demand and deployed aircraft. The MV-22 transformed the way the Marine Corps conducts assault support.”

Capt. Christopher Harrison, a Marine Corps spokesman

Boeing — which produces the aircraft jointly with Bell —
said in a statement that fleet enhancements and upgrades that are funded
through the Defense Department budget outyears include an improved engine inlet
separation system; a cockpit engine health indicator; component reliability and
safety improvements for swashplate, rudder, conversion actuators, O2N2
concentrator and shaft-driven compressor; and rotor blade time-on-wing
improvements.

Bell Boeing received a performance-based logistics and
engineering (PBL&E) contract in January that includes other initiatives
meant to boost the reliability of the aircraft. “Bell Boeing have the
flexibility to incorporate data analytics into maintenance efforts, yielding
innovative approaches such as predictive and condition-based maintenance to
improve aircraft availability and readiness,” their statement reads.

The company supports three customers: the MV-22 for the
Marine Corps, the CV-22 for Air Force Special Operations Command, and the
CMV-22 for the Navy. In all, more than 350 aircraft are scheduled to be built,
Boeing said.

“Bell Boeing is also executing a supply chain contract,
which includes the purchase, repair, stocking and delivery for more than 200
part numbers,” the statement notes.

A total of 129 Block B Ospreys will get the CC-RAM
upgrade, Boeing said. The last of those aircraft was built in 2011. “Boeing
expects to see a marked improvement in the mission-capable rate of Ospreys that
go through CC-RAM,” according to the company.

The company also expects to see “marked improvement” in
availability rates through the nacelle improvement initiative.

Other investments are being
made to address the problem of the mission-capable rate. Boeing reportedly
spent $115 million and two years transforming a 350,000-square-foot facility
near Philadelphia into a fuselage factory for V-22s. The facility will be home
to the CC-RAM program, making it a key part of the push to improve readiness.




Geurts: Navy Cloud Migration Showcases Agility, Innovation

ARLINGTON,
Va. — The Navy Department’s recent completion of migration of some networks to
a server cloud is seen as an example the kind of procurement agility and
innovation the Navy is looking for in its programs servicewide.

“The Navy
Enterprise Resource Planning (ERP) “tech refresh” completed Aug. 19,
10 months ahead of the projected completion date — the Navy’s largest system
migration to the cloud,” the Program Executive Office for Enterprise
Information Systems and Naval Supply Systems Command Public Affairs offices
said in a release.

The effort
went “from cold start to contract in 45 days,” said James F. “Hondo” Geurts, assistant secretary of the Navy for research, development
and acquisition, speaking to reporters Aug. 23 at a media roundtable at the Pentagon.

The effort,
which cost $100 million as part of a larger information technology contract,
was scheduled to take 20 months but instead was accomplished in 10 months,
Geurts said.

“The Navy ERP
tech refresh is a major milestone toward consolidating all Department of the
Navy financial systems into a single general ledger, which is essential to the
department’s ability to produce accurate financial information, obtain a clean
audit opinion and improve our data analytic capability,” said Thomas Harker, assistant
secretary of the Navy for financial management and comptroller, who also briefed
reporters at the roundtable.

Harker said
the effort combined eight general ledger systems into to one. Those legacy
systems were based on COBALT or home-grown software.

He said that
the goal of the effort was toward “being auditable” and “being transparent
using modern business practices.”

“This will
increase our ability to do data analytics and provide much better information
for decision-making,” Harker said.

Geurts said
the ERP may have been the largest cloud migration ever conducted in North
America.

Navy ERP now
is available to about 72,000 users across six Navy commands: Naval Air Systems
Command, Naval Sea Systems Command, Naval Information Warfare Systems Command,
Naval Supply Systems Command, Strategic Systems Programs, the Office of Naval
Research.

Navy ERP “is
now entirely cloud-based, operating significantly faster in memory, data
storage and processing,” the release said. “Prior to the migration, Navy ERP
operated on a Systems, Applications, and Products (SAP) server-based Oracle
platform. During the tech refresh, Navy ERP upgraded to the SAP HANA
(high-performance analytic appliance) cloud-based platform.”

Harker said
that one immediate impact of ERP will be an ability to produce reports in 30
minutes that used to take five or six hours. He said the impact will be felt in
improving customer support, getting rid of inefficiencies and enhancing the
ability to make rapid decisions.

He said the
ERP “gives the Navy the capacity to bring on new customers so we are moving the
half of the Navy that isn’t already on the ERP system onto the ERP system over
the next two years.”

The ERP cloud
incorporates rigorous, widely accepted cyber protections, with its coherent
single system reducing the attack surface compared with legacy systems.

The prime
system integrator for the ERP implementation was Advanced Solutions Inc., a
small business.

“The
magnitude of this accomplishment is incredible,” Navy Secretary Richard V.
Spencer said in the release. “The Navy ERP tech refresh is our largest system
cloud migration to date and will enhance the performance of our force.

“I am
proud of the team efforts to accomplish this on an accelerated schedule,
cutting the projected timeline nearly in half,” Spencer said. “The
team managed this through innovative approaches to problem-solving and close
collaboration with integration teams, network engineers and industry partners.”

The Navy ERP program is
managed by Program Executive Office for Enterprise Information Systems’ (PEO
EIS) Navy Enterprise Business Solutions program management office.




Knifefish UUV Enters Low-Rate Initial Production

A crane is used aboard the USNS Spearhead to transport a Knifefish UUV, which will now enter low-rate initial production. U.S. Navy/Mass Communication Specialist 2nd Class Anderson W. Branch

ARLINGTON, Va. — The Navy has awarded a contract to begin low-rate initial production (LRIP) for the Knifefish Surface Mine Countermeasure Unmanned Undersea Vehicle (UUV), a key mission module for the littoral combat ship’s Mine Countermeasures Mission Package.

Naval Sea Systems Command awarded on Aug. 26 a $44.6 million contract modification to Knifefish prime contractor General Dynamics Mission Systems for LRIP of the UUV. The contract will fund the initial deliveries of the Knifefish that will be used to provide the “initial systems for the Navy to test and operate,” the Defense Department release said.

Earlier on the date of the contract announcement, the Program Executive Officer for Unmanned and Small Combatants (PEO USC) announced that it had granted Milestone C approval to the Knifefish program, which cleared the way for LRIP.

“The Knifefish system is designed for deployment from the littoral combat ship (LCS), vessels of opportunity or from shore to detect and classify buried, bottom and volume mines in high-clutter environments,” the PEO USC release said. “Knifefish is a critical element of the LCS Mine Countermeasure Mission Package and will reduce risk to Navy personnel and equipment.

The following are excerpts from the PEO USC release:

“The Knifefish system, which consists of two unmanned undersea vehicles along with support systems and equipment, uses cutting-edge low-frequency broadband sonar and automated target recognition software technology developed by the Naval Research Laboratory and successfully transitioned to industry. It acts as an off-board sensor while the host ship stays outside the mine field boundaries.

Members of a Knifefish test team man tending lines during crane operations as part of an operational test of the UUV, which is designed to deploy off littoral combat ships. U.S. Navy/Mass Communication Specialist 1st Class Brian M. Brooks

“Knifefish’s common open systems architecture design and modularity allow for platform flexibility and quick reconfiguration of the mission package to respond to evolving and dynamic mission requirements. Planned block upgrades will improve its sensors and automated target recognition software to keep pace with mine threats.

“Formal
developmental testing and an operational assessment were conducted from January
through May 2019 in multiple locations off the coasts of Massachusetts and
Florida. The Knifefish tests involved end-to-end operational mine-hunting
missions against a deployed, simulated target field.

Operations performed by fleet Sailors during developmental testing and operational assessment included mission planning, launching and recovering the system, monitoring the sorties and processing data. The unmanned undersea vehicles were deployed from a support craft in the vessels of opportunity configuration for all test events to provide a characterization of the performance of the entire Knifefish system, including the launch and recovery subsystem.

“A full-rate production decision is expected in fiscal year 2022 after additional testing of LRIP systems. The Navy plans to procure 30 Knifefish systems in all, 24 in support of LCS Mine Countermeasure Mission Packages and an additional six for deployment from vessels of opportunity.”




USNS Puerto Rico Successfully Completes Integrated Sea Trials

USNS Puerto Rico successfully completed the first integrated sea trials for an expeditionary fast transport ship on Aug. 22. U.S. Navy via Austal USA

MOBILE,
Ala. — USNS Puerto Rico successfully completed the first integrated sea trials
for an expeditionary fast transport ship on Aug. 22, the Program Executive
Office Ships said in a release. The ship returned to the Austal USA shipyard
following two days underway in the Gulf of Mexico.

Integrated trials combine builder’s and acceptance trials, allowing for theshipyard to demonstrate to the Navy’s Board of Inspection and Survey the operational capability and mission readiness of all the ship’s systems during a single underway period. During trials, the shipbuilder conducted comprehensive tests to demonstrate the performance of the ship’s major systems.

“The
EPF program continues to be an example of stable and successful serial ship
production,” said Capt. Scot Searles, Strategic and Theater Sealift program
manager, Program Executive Office Ships. “I look forward to seeing EPF 11
deliver in the fall and expand the operational flexibility available to our
combatant commanders.” 

Expeditionary
fast transport ships are noncombatant vessels designed to operate in shallow-draft
ports and waterways, increasing operational flexibility for a wide range of
activities such as maneuver and sustainment, relief operations in small or
damaged ports, flexible logistics support or as the key enabler for rapid
transport. The ships are capable of interfacing with roll-on/roll-off discharge
facilities as well as on/off-loading vehicles such as a fully combat-loaded
Abrams main battle tank.

EPFs
support a variety of missions including the overseas contingency operations, conducting
humanitarian assistance and disaster relief, supporting special operations
forces, and supporting emerging joint sea-basing concepts.

In addition to Puerto Rico,
Austal USA is also currently in production on the future USNS Newport (EPF 12)
and is under contract to build the future USNS Apalachicola (EPF 13) and EPF
14.




Teledyne Awarded $22 Million Navy Contract for Autonomous Underwater Vehicles

THOUSAND
OAKS, Calif. — Teledyne Technologies Inc.’ s subsidiary, Teledyne Instruments
Inc., has been awarded an indefinite delivery/indefinite quantity contract by
the U.S. Naval Undersea Warfare Center to supply autonomous underwater vehicles
(AUVs) and related monitoring and communications acoustic systems, the company
said in a Aug. 19 release.

The initial
2019 value of the contract is about $5.4 million. The award has a maximum value
of $22.2 million through December 2024, if all contract options are exercised.

Autonomous underwater vehicles can carrying out complex survey missions for commercial, scientific and defense applications. Teledyne AUVs’ modular architecture enables sensors to be easily integrated and battery packs to be exchanged in the field. In addition to powered, self-propelled AUVs, Teledyne provides a wide range of autonomous profiling floats, variable-buoyancy autonomous gliding vehicles, unmanned surface vehicles and inspection-class remotely operating vehicles.

“For more than a decade, Teledyne has been the leading provider of autonomous underwater gliding vehicles to the U.S. government,” said Al Pichelli, president and CEO. “We are exceptionally pleased now to have received our first significant order from the U.S. Navy for Teledyne’s self-propelled autonomous underwater vehicles.”




CPI Aero Subsidiary Receives New Orders for Navy E-2D Inflight Refueling Probe Assemblies

EDGEWOOD, N.Y. — CPI Aerostructures Inc.’s Welding
Metallurgy Inc. subsidiary (WMI) has been awarded $1.23 million in new requirements
for aerial refueling probe assemblies from Northrop Grumman for new E-2D
Advanced Hawkeye aircraft, CPI said in an Aug. 26 release.

The probe assembly is a long, welded tube assembly that
enables a Navy or U.S. Air Force tanker to provide fuel to the E-2D while in
flight. WMI manufactured several probe assemblies during the system test phase,
and the refuellable version of the E-2D flew for the first time in December
2016 with a probe assembly manufactured by WMI.  

“The E-2D’s refueling capability is transformational, allowing the aircraft to effectively double the time it can stay in the air conducting surveillance and performing its battle management command and control mission,” said Douglas McCrosson, president and CEO of CPI Aero.

“We are pleased to have the opportunity to continue manufacturing this critical component of the E-2D inflight refueling system and bringing WMI’s superior technical and unique production capabilities to bear in support of Northrop Grumman’s commitment to providing the E-2D with increased operational capability.”




General Dynamics Awarded $1.6 Billion Contract to Build Additional ESBs

An MV-22B Osprey lands aboard the expeditionary sea base USS Lewis B. Puller. General Dynamics NASSCO has won a contract to build the sixth and seventh ESBs with an option to construct an eighth. U.S. Marine Corps/Sgt. Desiree King

SAN DIEGO —
General Dynamics NASSCO, a subsidiary of General Dynamics, was awarded a
contract by the U.S. Navy worth up to $1.6 billion for the construction of the
sixth and seventh ships of the Expeditionary Sea Base (ESB) program as well as
an option for ESB 8, the company said in a release.

“We are
pleased to be building ESB 6 and 7 for our Navy,” said Kevin Graney, president
of General Dynamics NASSCO. “ESBs have proven to be affordable and flexible,
and as the fleet has gained experience with the platform, we have worked with
the Navy and Marines to develop even more capabilities and mission sets.”

The
contract, announced by the Defense Department on Aug. 23, provides $1.08
billion as a fixed-price-incentive modification to a previous contract for the
design and construction of the two ships, with an option for the third that, if
exercised, would bring the total cumulative value to $1.63 billion.

Named
after famous names or places of historical significance to U.S. Marines, ESBs
serve as a flexible platform and a key element in the Navy’s airborne mine
countermeasures mission, with accommodations for up to 250 personnel and a
large helicopter flight deck. The ship’s configuration supports special warfare
and Marine Corps task-organized units.

Work on the two new ships of the ESB program is scheduled to begin in the first quarter of 2020 and will continue to the second quarter of 2023, providing the opportunity to sustain and grow the workforce along San Diego’s working waterfront. NASSCO’s location along the historic San Diego Bay provides shipbuilders and skilled tradespeople with access to the nation’s leading maritime support businesses, and highly trained employees allow NASSCO to build and repair ships in the most efficient manner possible.

In 2011, the Navy awarded NASSCO with a contract to design and build the first two ships in the newly created MLP program, the USNS Montford Point and USNS John Glenn. The program expanded with three more vessels, the USS Lewis B. Puller, USNS Hershel “Woody” Williams and the Miguel Keith, configured as ESBs. Following the delivery of the first four ships to the U.S. Navy, the fifth ship, the Miguel Keith, is scheduled for delivery in the fourth quarter of 2019.




Coast Guard Commissions Two Newest National Security Cutters in Honolulu

The crew of the Coast Guard Cutter Kimball brings the ship to life during a commissioning ceremony at Base Honolulu on Aug. 24. The dual ceremony was for the Kimball and Cutter Midgett. U.S. Coast Guard/Petty Officer 3rd Class Matthew West

HONOLULU —
The U.S Coast Guard’s two newest national security cutters were commissioned
Aug. 24 during a ceremony presided over by Commandant Adm. Karl Schultz, the
Coast Guard Pacific area said in a release. 

The Coast
Guard Cutter Kimball (WMSL 756) and the Coast Guard Cutter Midgett (WMSL 757)
were “brought to life” at the rare dual-commissioning ceremony in Honolulu,
where the two cutters homeport. Three fast-response cutters also homeport
there. Kimball and Midgett are the seventh and eighth Legend-class national
security cutters in the fleet.

“These
national security cutters will continue our 150 years of partnership and
commitment to the Pacific region — since September 1849, when Revenue Cutter
Lawrence sailed into Honolulu Harbor escorted by Native Hawaiians in outrigger
canoes,” Schultz said. “In today’s complex geostrategic environment with rising
great power competition, the importance and demand for a strong Coast Guard
presence in the Pacific has never been greater.”



Advanced
command-and-control capabilities and a combination of range, speed and ability
to operate in extreme weather enable these ships to confront national security
threats, strengthen maritime governance, support economic prosperity and
promote individual sovereignty.

From the
Bering Sea and the Arctic to patrolling known drug trafficking zones off
Central and South America to working to strengthen the capabilities of our
partners across the Indo-Pacific, national security cutters deploy globally to
conduct essential Coast Guard missions.

Known as the
Legend-class, national security cutters can execute the most challenging
national security missions, including support to U.S. combatant commanders.
They are 418 feet in length, 54 feet in beam and 4,600 long tons in
displacement. They have a top speed of more than 28 knots, a range of 12,000
nautical miles, an endurance of up to 90 days and can hold a crew of up to 150.
These new cutters are replacing the high-endurance Hamilton-class cutters (378
feet) that have been in service since the 1960s.

Commandant Adm. Karl Schultz shakes hands with Capt. Alan McCabe, commanding officer of the Coast Guard Cutter Midgett, during a commissioning ceremony at Base Honolulu on Aug. 24. U.S. Coast Guard/Petty Officer 3rd Class Matthew West

The Midgett’s
transit to Hawaii was punctuated by two interdictions of suspected low-profile
go-fast vessels in the eastern Pacific Ocean, the first July 25 and a second
July 31. The boardings resulted in a combined seizure of more than 6,700 pounds
of cocaine, estimated to be worth over $89 million.

National
security cutters are responsible for 40% of the 460,000 pounds of cocaine
interdicted by the Coast Guard in the fiscal year 2018. NSC crews have
interdicted more than 92,000 pounds of cocaine to date in the fiscal year 2019.

Midgett is
named to honor all members of the Midgett family who served in the Coast Guard
and its predecessor services. At least 10 members of the family earned high
honors for their heroic lifesaving efforts. Among them, the Coast Guard awarded
various family members seven gold lifesaving medals, the service’s highest
award for saving a life, and three silver lifesaving medals.

The crew of the Midgett stand along the rails during a commissioning ceremony Aug. 24. U.S. Coast Guard/Petty Officer 3rd Class Matthew West

The Kimball is the third ship to bear that name, in honor of Sumner Kimball, who served as superintendent of the Revenue Marine and as general superintendent of the Life-Saving Service from 1878 until the two organizations merged in 1915 to become the modern-day U.S. Coast Guard.

“As you take to the seas, you will write the next chapters of the Kimball and Midgett legacies,” Schultz said, addressing the commands and crews of the two cutters on Aug. 24. “I charge you with carrying out the operations of these ships in such a manner as to be worthy of the traditions of self-sacrifice, inspirational leadership and unwavering dedication to duty — traits exemplified by these cutters’ distinguished and storied namesakes.”




Fortem Proposes DroneHunter UAS as Ship-Defense System

WASHINGTON — Fortem
Technologies has developed a counter-UAS (unmanned aerial system) that could be
used to protect ships as well as sites on land from localized drone threats.

Fortem displayed
its DroneHunter UAS in Washington at the Defense. Protection. Security. 2019
exposition sponsored by the Association for Unmanned Vehicle Systems
International along with the associated TrueView radar and the Fortem Skydome
concept.

The
DroneHunter is a fully autonomous, maneuverable UAV with six vertical rotors
that allow it to hover. It uses artificial intelligence analytics and is
equipped with GPS navigation day and night and in all weather.

It carries a
small TrueView frequency modulation continuous-wave (FM-CW) lightweight radar
that points in one direction but can scan as the drone maneuvers. A video
system is used to image intruding drones. The drone also is equipped with two
netguns that can be fired at an intruding drone and entangle that drone’s
rotors or propellers with lightweight nets. The nets can be tethered to the
DroneHunter so that it can retrieve the intruder if desired.

The
DroneHunter is limited by its power to retrieval of drones below a certain
weight, but its nets can disable much larger drones. The DroneHunter has an
optional manual override or redirect capability.

The
DroneHunter is an optional component of a Fortem SkyDome, an airspace protected
by fixed-site or mobile TrueView FM-CW radars which detect intruding drones and
vector the DroneHunter to intercept the intruder.

Adam Robertson, the chief technology officer for Fortem Technologies, told Seapower that the DroneHunter could serve as a ship-protection system in port or at sea. Because most shipboard radars are pulse radars, they have difficulty detecting UAVs that are close by between pulse and reception — creating a blind spot immediately around the ship — whereas the CW radars are always “on” and detect any anomaly that intersects their beams. Robertson said the SkyDome system would be ideal for security of a ship in or entering or exiting port, including against UAS or small-boat threats.