Building the Australian Offshore Patrol Vessel: Contributing to and Leveraging the Integrated Distributed Force

03/06/2020

By Robbin Laird

For the past few years, I have been visiting Australia to participate in and to write the reports for the bi-annual seminars held by the Williams Foundation which focus on defense transformation by the ADF in a changing strategic environment.

In the course of this work, it has become clear to me that the fundamental strategic shift facing Australian and allied forces is from the land wars being fought in uncontested air and maritime space to full spectrum crisis managing in very much contested air and maritime space.

And the key focus of trying to prevail in a full spectrum crisis management environment is building out to operate a distributed force which is integratable through evolving C2/ISR capabilities.

In my view, as the liberal democracies build new platforms there is a clear need to build these platforms in such a way that they are designed from the ground up to be able to operate as an asset for a distributed force which can be scalable, integratable and tailorable to a crisis.

I view such an effort as the new Offshore Patrol Vessel in Australia.

According to an article published on Naval Technology:

The Arafura class offshore patrol vessels (OPV) are being built for the Royal Australian Navy (RAN). The new OPVs are intended to replace the existing Armidale class and Cape class patrol boats, Huon class coastal minehunters, and Leeuwin class survey ships in service with the RAN.

The program is building a single class of ships to perform the functions of four legacy ships. This has its challenges, notably in terms of ensuring that the ships can be configured for the different missions, but the advantages of a common build of a class of ships in terms of manufacturing, sustainability and possibilities for export are obvious.

The OPVs in the class will be able to perform maritime patrol, response duties, and constabulary missions. The vessels can be customized to perform mine hunting, hydrographic survey, fisheries patrol, disaster relief, and unmanned aerial system (UAS) missions.

The Arafura class vessels will be interoperable with the fleet of Australian Border Force, Australian Defence Force units, and other regional partners to perform a range of missions.

Following the build of the first two vessels in South Australia, the next 10 vessels will be built at the new $80-million shipbuilding facility in Henderson, WA.

The OPV project is the first of the new shipbuilding projects to be built under the framework of a “continuous shipbuilding approach.”

In its evolution, it has gone from being a replacement ship to becoming a presence asset which can leverage the entire ADF and work with allied and partner nations.

In the CIVMEC description of the OPV the following is highlighted:

The primary role of the OPV will be to undertake constabulary missions, maritime patrol and response duties.

State of the art sensors as well as command and communication systems will allow the OPVs to operate alongside Australian Border Force vessels, other Australian Defence Force units and other regional partners.

This one of the rare references to this key aspect which in my view makes this the first ship in the unfolding shipbuilding series of new build in Australia ships which is being built from the group up to benefit from building out of a distributed Integratable force.

With regard to the Maritime Border Patrol, one focus clearly could be upon how one takes the C2 post in Canberra and replicates, mimics or downsizes its capabilities onboard the vessel.

I will focus in the next few weeks on the OPV program and how the Australians are addressing it as a new build Australian vessel but also one which is contributing to and leveraging the approach of the ADF to its transformation.

 

C-2 for the Distributed Integrated Battlespace: The Marines Exercise the MUOS Sat Com Capability

It is logical that the USMC which is focused on enhanced capability to perform distributed operations but to do so in an integratable approach are keenly interested in both digital interoperability across the force and the ability to command that force with agile C2.

One of the elements in that tool kit is the new MUOS system.

As was noted in a 2018 article by Matthew Beinart:

The U.S. Marine Corps is set to become the first service to widely deploy the Mobile User Objective System (MUOS) satellite communication capability for the battlefield as it looks to install the system across its radios by this fall. MUOS capabilities will be fielded to the Marines’ AN/PRC-117G radios through the fourth quarter of FY ’18 with initial operational capability planned for the beginning of FY ‘19, as officials look to boost the force’s line of sight capabilities. The new satcom system adapts commercial cell phone technology connected to Lockheed Martin-built ultra high frequency satellites to improve mobility and operational survivability of battlefield communications on the Marines’ manpack radios.

“MUOS provides several advantages over legacy satcom,” Capt. Shawn Avery, a MUOS project officer for Marine Corps Systems Command, said in a statement. “The most obvious to the operating forces will be the increased accessibility. This will allow us to explore new operating concepts by pushing on-the-move voice and data connectivity to the squad level.”

Marine Corps officials have already fielded many of Harris’ MUOS-ready AN/PRC-117G manpack radios, and will now turn to updating the firmware to best utilize the new waveform. Future software-defined Marine radios will also be fitted to connect with MUOS.

“Previously, infantry companies had limited access to satcom, but now company commanders can employ their Marines beyond line of sight with a higher degree of confidence in maintaining those critical [command and control] links,” Avery said.

The narrowband MUOS waveform makes use of the satellites, first launched in 2012, to focus on a smaller geographic footprint. The stronger connection will give Marines more reliable mobile access with radios and improve communication in satcom-challenged environments.

Now the USMC are engaged in an exercise where MUOS is being leveraged as a key tool in delivering distributed operational capabilities.

In an article by Gidget Fuentes published by USNI News on March 4, 2020, the exercise was highlighted:

When a division of Marines deployed across a wide swath of the Southwest during a recent live-fire field exercise, the Navy’s new satellite communication system helped close a command and control gap that’s often-vexed commanders and their subordinate units.

The long-awaited Mobile User Objective System, or MUOS, promises secure, worldwide data and voice communications on the move with speeds equivalent to a smartphone. It’s an upgrade to the legacy 1990s Ultra High-Frequency Follow-On (UFO) satellite communication system.

 “This thing has been a game-changer for us, especially with direction to the division two years ago to be lighter, more lethal, more mobile and more survivable,” Maj. Gen. Robert F. Castellvi told an audience at the WEST 2020 conference cohosted by the U.S. Naval Institute and AFCEA on Monday.

“It has bridged the digital divide gap we have between our higher headquarters that require high bandwidth systems and the battalion and below command posts that are dependent on very narrowband systems.”

Marines put MUOS to the test on the battlefield during the division-level exercise Steel Knight 2020, held in late 2019 in Southern California, Arizona and on ships at sea. The exercise pitted 13,000 Marines and sailors, against a near-peer opposing force to challenge 1st Marine Division units.

The Marine Corps has begun fielding MUOS to operational units, including the 1st Marine Division, based at Camp Pendleton, Calif.

The featured graphic is an undated Lockheed Martin artist representation of a MUOS satellite. Lockheed Martin Photo

RF and THC Comm Test Devices_Moore

 

Republic of Singapore in Australian Relief Effort

03/05/2020

The Republic of Singapore has contributed as well to support of ADF efforts in assisting to fight the Bushfires.

The Singapore Armed Forces has concluded its operations in support of the Australian Government’s bushfire relief efforts in south-eastern Australia on Feb. 6.

Two Republic of Singapore Air Force (RSAF) CH-47 Chinook helicopters from the RSAF’s detachment in Oakey, Australia, were deployed to the Royal Australian Air Force Base East Sale in Victoria, Australia, and commenced relief operations on 9 January 2020 alongside the Australian Defence Force.

The RSAF helicopters contributed to relief efforts by delivering firefighting equipment and relief supplies, and transporting emergency service personnel. In total, the RSAF helicopters flew over 30 sorties, transported more than 260 persons and ferried close to 73 tons of supplies.

A total of 71 RSAF personnel from the Oakey detachment, comprising pilots, aircrew and engineers, were deployed for this mission. The two Chinook helicopters and RSAF personnel will arrive back in Oakey on Feb. 7.

Credit: Australian Department of Defence

February 20, 2020

‘PEP’ Talk At Naval Group

03/04/2020

By Murielle Delaporte

French Naval Group, one of the key European military shipbuilders, announced last month that its Hervé Guillou, CEO of Naval Group since 2014  is retiring.

This is a key event within the world of military shipbuilding and competition, as Naval Group is a key player in the world of naval exports, a world where the Chinese and Russians have grown significantly in the past decade.

Fighting for the Survival of European Military Naval Capabilities

The game to win” is rather simple: no less than the very survival of European military naval capabilities is what it is all about in a market which has been undergoing a revolutionary shift in recent years.

Not so long ago, the market was dominated by European players.

Germany and France were indeed leaders on the global military ship export market holding respectively 40 % and 24 % of its total value according to a 2005 Rand Corporation report.

Today, in 2020, China and Russia are number one and number two in military shipbuilding with a production rate second to none : China builds one frigate per month and one submarine per quarter, while Russia currently enjoys a 17% growth rate in that field.

The reason for such a leap in capabilities and increasingly in export market share has to do with the consolidation of domestic industries, says Hervé Guillou, CEO of Naval Group since 2014 and currently on his way out.

Whereas Chinese, Russian or Korean shipbuilders merged into sole entities — South Korea just created a new champion by merging last month Daewoo and Hyundai — whereas only two companies have been sharing the US market for a long time, Europe is since 2018 more divided than ever with no less than twelve players.

(…)The Swedes and the Germans have divorced; the Germans are spread in three different entities and we separated from the Spanish. (…) 

When the Brazilian Navy recently proposed a bid for the acquisition of only four corvettes, twenty-two candidates showed up…, Guillou told the French Senate Commission on Economic Affairs on January 27th, 2020.

Warning that the naval shipbuilding in Europe could rapidly experience the same fate as the high-speed train industry, he recalled that the latter was built by four major European companies thirty years ago, which are today gone or way behind (in seventh position to) the Chinese, Korean and Japanese groups.

Indeed the comparison with the high speed train industry is a good one.  

The European Commission must soon decide (by April 17th) whether or not the acquisition of the French state’s share of ”Chantiers de l’Atlantique “ – of which Naval group owns 12 % — by the Italian Fincantieri respects Brussels’ anti-trust and competition laws. The same laws which, about a year ago, actually and unfortunately prevailed against the creation of a European rail champion much more capable to compete against the Asians.

Such a consolidation and battle against fratricidal wars have been the rallying call of Hervé Guillou ever since he became Naval Group’s CEO.

Europe needs to export about 40 to 60% of its military shipbuilding production in order to be able to sustain production for its own navies.

Because the European military naval domestic market represents only about 30% of the Chinese and American ones and about 50% of the Russian one, without exports it would be the end of a certain kind of sovereignty in naval capabilities.

Such sovereignty allows the French Navy to be present on five seas and ranking second behind the U.S. Navy in terms of the spectrum of capabilities, know-how and power projection it can display globally at any time.

A cooperation and interoperability valued in current operations such as Operation Inherent resolve against Daesh, which the French aeronaval group (GAN or ”Groupe aéronaval “) has been supporting from the outset.

Indeed ,”Mission Foch “ has just started on January 21st with the Charles de Gaulle and the GAN leaving Toulon for the Eastern Med.

Maintaining the right skills at a high level in the military is intrinsically linked to the same challenges industries face today as the temptation to go “Chinese” is omnipresent (on the commercial side of shipbuilding.

For example, Fincantieri is teaming up with China to build ocean liners in China.

Hervé Guillou has been focused on how best to meet this challenge throughout his mandate as CEO.

In his Senate testimony  he highlighted the challenge of managing Naval Group: ”It is a 400 year old company covering 400 different skills.

But in spite of his success in managing CEO, he must leave because of the imposed age limit of 65.

But his success is measurable: a 25% growth rate over the past four years, a 7.5% profitability rate, a 3.7 billion euros turnover with major gains in operational performance characterized by a diminution of shipbuilding time for frigates from 75 to 42 months and for corvettes from 65 to 29 months, etc.

‘PEP’ Becomes the New CEO

The Cambridge dictionary defines a ”pep talk  “as” a short speech intended to encourage people to work harder or try to win a game or competition.”

This is exactly what is at stake beyond the current discussion about the change of CEO at the head of the leading European military naval industry, i.e. Naval Group.

“PEP” a.k.a. Pierre Eric Pommelet, is coming from Thales where he is the number 2 in the company, and is the French government’s selected successor to Hervé Guillou, who should normally be confirmed with a Presidential decree expected sometime in March.

If you thought navigating European industrial logics is complicated, try sorting out what is going on in each one of the twenty seven EU member states!

In the case of the ties between Naval Group and Thales, what is interesting is that the 2007 sealed partnership between the two companies (Thales owing 35% of Naval Group’s shares since 2011) could be described as a typical love-hate relationship, in which Thales sometimes chose to team up with another competitor to respond to a common bid. Hence, there is a certain nervousness among some French trade unions who perceive the supplier more as an enemy than an ally.

And hence the reassurance campaign which occurred recently to help differentiate the man from the company for which he is number two, while stressing his qualities as a true “man of the sea.”

The new 55-year old CEO will have signifianct challenges to meet in the five years he will lead Navla Group (with the possibility of another five year mandate but no more as the French state has rejected the possibility of being CEO pst 65) into the ”Reconquest roadmap 2019-2028 “ set by his predecessor.

The Guillou legacy can be summed up along three main axes. 

First,  there is the challenge of fulfilling in a timely and cost effectdive manner the  backlog orders by the French ministry of the armed forces.

This backlog includes: New smaller and better protected Frigates (FDI for”Fregates de défense et d’intervention “), 3rd generation nuclear submarines (SNLE 3G for ”Sous-marins nucléaires lancer d’engin de 3ème génération “), as well as the future successor of the aircraft carrier Charles de Gaulle (PA2 for ”Porte-avions 2 “).

Second, there is the challenge of managing and sustaining a diversified strategy of exports and ensuring a strong international presence.

Guillou estimates that the return on investment of exports is worth about 400 millions euros a year in terms of purchasing power for the French Navy (in other words, and as an example, a French frigate only costs 750 millions euros compared to 1 billion for a German one thanks to the exports).

Guillou succeeded to shape an impressive portfolio of new customers (India, Malaysia, Romania, etc), the key one being Australia with the ”Contract of the Century “ which is focused on co-developing twelve new submarines for the Royal Australian Navy in a brand new facility currently being built in Adelaide.

The co-development is focused on building a short-fin Barracuda, conventionally powered attack submarine, which is a derivative of the nuclear Barracuda attack submarine being built for the French navy.

This contract is considered by many observers as the key to success for Naval Group not only for exports, but for French and Australian sovereignties in this key area of naval warfare.

Third, the Australian relationship highlights the third challenge which is to drive continuing innovation, which has been a a trademark of the Guillou’s years.

Innovations in digital shipbuilding are a key path ahead, which the Franco-Australian working relationship will highlight as part of the innovation push in the years ahead.

And the innovation challenge is accelerating.

According to Naval Group, where you once needed two cycles of technology, you will need five to seven to be able to compete in the naval military business.

Tripling R &D in order to succeed and keeping going full speed on new technologies (renewable energies, 3D printing, C2 innovations ) are part of Guillou’s legacy being passed to Pommelet.

With exports abroad, and co-development with the Australians, there is also a need for enhanced European collaboration as well to ensure an effective way ahead. 

The tripling of R &D cannot be done without a strong European base and coordination to avoid redundancies and to enhance a healthy burden sharing among nations.

This was indeed one of the main motivations behind the joint venture Naviris initiated between Naval Group and Fincantieri by Guillou and his Italian counterpart Giuseppe Bono and which administrative board just held its first meeting on January 13, 2020.

Making sure this joint venture, which was in fact strongly opposed by Thales and Leonardo by fear of strengthening one against the other, does not remain an empty shell and  bring to life new projects such as the future European corvette should also be high on the agenda of Pommelet.

And this occurring within the Brexit European environment.

The new Fund for European Defense (FEDef) meant to help develop European autonomy in defense and space is being threatened to be cut by half (from 13 to 6 billion euros over a 2021-2027 period), in part because of Brexi.

But that is another complicated European story.

See our Special Report on Naval Group:

Morocco Begins Harfang UAV Operations

By defenceWeb

Morocco’s military has apparently taken delivery of three Harfang (Heron) unmanned aerial vehicles (UAVs), a number of years after expressing interest in acquiring them from France.

According to Intelligence Online, the Moroccan military received the three Israel Aerospace Industries-built UAVs on 26 January. The aircraft will most likely monitor rebels in the Western Sahara.

They were apparently ordered in 2014 under a $48 million contract with France’s Dassault, which acted as the intermediary between France and Morocco. The Harfangs were previously used by the French military over Afghanistan, Libya, Niger and Mali, amongst others.

According to Defenceworld, the package includes the three aircraft as well as ground stations, spares and support.

News of Moroccan interest in the Harfangs emerged in 2014 when it was reported that the Royal Moroccan Air Force was evaluating the purchase of additional Heron 1/Harfang systems via France. The Harfang was produced by Airbus Defence and Space in cooperation with Israel Aerospace Industries.

The Heron-based Harfang is a combat-proven intelligence, surveillance, target acquisition and reconnaissance (ISTAR) system in the medium-altitude, long-endurance (MALE) UAV category with an endurance of over 20 hours. It is equipped with optronic sensors and radar, which ensure that missions can be carried out around the clock in all weather conditions.

The Harfang UAS has been successfully operated since November 2008 by the French Air Force. For three years (2009-2012), the Harfang was deployed in Afghanistan to support the ISAF (International Security Assistance Force) troops. In 2011, Harfang was also deployed at the Sigonella base in Italy as part of the Harmattan operation conducted in Libya. More recently, the Harfang UAS was used in several French operations in the Sahel region in Africa, notably since January 2013 in Operation Serval in Mali.

This article was published by defenceWeb on February 12, 2020.

 

 

B-17 Pilots Train on DC-3 Flight Simulators

By Captain Peter Kuypers

When training on Sally B, there is a limit to what we can train to protect our four massive radial engines.

When flying with KLM I learned so much from training on a simulator and thought this could really work for us as well.

But there is no B-17 simulator anywhere, but luckily, there is one for Dc-3’s in the Netherlands.

Whereas the Dc-3 is only a two engined aircraft the similarities of operation are so very close.

With this in mind Andrew Dixon and I visited a simulator company in the Netherlands who operate a Dc-3 simulator and came back pleasantly surprised.

We have now begun to implement a modern training regime which will benefit all our pilots. We will still keep training on the aircraft as we have always done, this simulator is an extra which should give us more exposure to emergencies and make the pilots more proficient.

The company is “Multi Pilot Simulations” (www.mps.aero) who in daily life manufacture Airbus and Boeing simulators for the likes of Ryanair, Cathay etc.

Some time ago they manufactured a DC-3 simulator and Andrew and I got to fly it. I have to emphasize that this is a professional training tool and not a toy.

Although the DC-3 is a different aircraft it is still very similar in operation to the B-17 and can be used to train emergency procedures which are impossible to train on the aircraft.

The DC-3 weighs 26,000 lbs and has two radial engines each delivering 1200hp, the B-17 weighs 50.000lbs and has four 1200hp engines, the speeds are similar.

Someone asked me what it would be like to have two B-17 engines failing on the same side: well it is a bit like having one engine go on a DC-3.

With pilots who were not familiar on the DC-3 we even used Sally B checklists and procedures, more about this later.

We began the training with Andrew flying, myself as co-pilot plus another pilot manning the instructor station.

Soon after take-off in a heavy aircraft the left engine blew up and we had to work as a team to get it secured, the propeller feathered and very, very slowly climb away.

We looked at several types of propeller and propeller feathering failures and even engine fires.

When in the simulator (but also in a real emergency) you can get so busy that the brain gets overloaded making it difficult to recognize situations and to remember procedures.

Repeated training will help to cope with this.

I had an engine failure where I feathered the propeller but a short time later the prop came out of feather and I could not secure the engine which resulted in a shallow descent. I could not figure out what was happening, just pausing the simulator gave me some rest to find the solution which if it ever happens to me in real life should not be a problem.

Next was display flying combined with engine failures, this is not something you would like to do in the real aircraft as it is inherently dangerous due to the close proximity of the ground.

During this part we were surprised to see that if an engine failure was simulated during a shallow descent it was difficult to even notice that the engine is no longer producing power, the engine instruments do not give you a clue here. It is only later when trying to climb away from low altitude that life gets interesting.

Even CAA guidance about this does not tell the real story.

I know that this all sounds very exciting and even dangerous but that is what the training is for so we can cope in real life!

New Pilot Paul Szluha was next

My next session was with our new co-pilot Paul Szluha. Paul’s background is as an engineer and airline captain and before that, he was part of the engineering team on Sally B.

We decided to operate as if it was a B-17 using the Sally B procedures and checklist, this worked amazingly well.

We started with normal take-offs and landings with light winds and soon it was time to give Paul some crosswind landings followed by the dreaded engine failure just after take-off. We simulated many failures when suddenly we had an engine fire.

I was the flying pilot and Paul was doing the co-pilots duties when suddenly the fuel pressure dropped followed shortly by a red light on the instrument panel. This red light was the fire warning light due to a fuel leak causing an engine fire;

Paul did the emergency checklist and got the engine secured and the fire extinguished.

After more than 3 hours training it was time to go home, Paul you did a good job!

Elly has decided that we will keep using this simulator because the training value is essential to increases the safety of our flight training. I just hope that we will not have to put what we have learned into practice but if we have to, we are ready.

Editor’s Note: We met the Sally B team at a B-17 event in France in 2015.

We are partnered with them and urge our readers to support the Sally B in any they can.

http://www.sallyb.org.uk

This article is taken from Sally B News, Issue 57, Winter/Spring 2019/20

Sally B News issue 57

Northern Viper 20: Japanese SDF Trains with the USMC

The JGSDF conducted Northern Viper, a field training exercise with U.S. Marine Corps in Hokkaido from January 22nd to February 8th.

The participating forces include 4th Infantry Regiment, 5th Field Artillery Unit, 1st Antitank Helicopter Unit from the JGSDF, 4th Marine Regiment, Marine Aircraft Group 36 from U.S. Marine Corps.

The exercise was one of the largest scale ever conducted with U.S. Marine Corps in Japan.

Taking advantage of fine training environment in Hokkaido, the JGSDF and U.S. Marine Corps confirmed cooperation procedures for bilateral operations and developed the bilateral operational capability through the exercise.

Published by the Japanese Ministry of Defense in its March 2020 issue of Japan Defense Focus.