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29 août 2013 4 29 /08 /août /2013 16:30
Britain’s fire power

Strikes could be carried out by Tornado jets, armed with Storm Shadow cruise missiles, and helicopter carrier HMS Illustrious is already deployed in the Mediterranean as part of long-planned exercise Cougar 13

 

29 Aug 2013 telegraph.co.uk

 

With the possibility of intervention in Syria on the horizon, an arsenal of military might is available for use by defence chiefs.

 

The Royal Navy's Response Force

Britain’s fire power

The Royal Navy's Response Force Task Group is already deployed in the Mediterranean as part of long-planned exercise Cougar 13. The force includes helicopter carrier HMS Illustrious, type-23 frigates HMS Westminster and HMS Montrose, amphibious warship HMS Bulwark and six Royal Fleet Auxiliary ships.

 

Frigates

Type 23 frigate HMS Lancaster – photo LA(Phot) Gary Weatherston, MOD 2012

Type 23 frigate HMS Lancaster – photo LA(Phot) Gary Weatherston, MOD 2012

Type-23, or Duke-class, frigates are said to be the core of the frontline fleet. Carrying 185 personnel, they are 133m long, have a range of 7,800 nautical miles and a top speed of 28 knots. They carry Sea Wolf surface-to-air missile systems, the main line of defence against attacking aircraft and missiles, as well as a Harpoon anti-ship missile system and guns.

 

Nuclear submarines

HMS Trafalgar, pictured during Tomahawk missile trials - photo US DoD

HMS Trafalgar, pictured during Tomahawk missile trials - photo US DoD

Trafalgar-class nuclear submarine HMS Tireless is also believed to be in the area, after being spotted at the weekend in Gibraltar. The Trafalgar-class is a class of nuclear-powered fleet submarines and form the backbone of the Royal Navy's nuclear-powered "hunter-killer" submarine force. HMS Torbay, Trenchant, Talent, and Triumph are fitted with the Sonar 2076 system, described by the Navy as the most advanced sonar in service with any navy in the world and carry Tomahawk cruise missiles.

 

Tomahawk cruise missile

HMS Astute Fires a Tomahawk Cruise Missile (TLAM) During Testing Near the USA photo UK MoD

HMS Astute Fires a Tomahawk Cruise Missile (TLAM) During Testing Near the USA photo UK MoD

The Tomahawk IV, known in the Navy as TLAM (Tomahawk land attack cruise missile), allows submarines to strike at ground targets hundreds of miles inland with "pinpoint accuracy".

 

The 5.5 metre-long cruise missile, which weighs 1,300kg and has a range of more than 1,000 miles, is fitted to all Trafalgar and Astute-class submarines. It has been in use with the Submarine Service since the late 1990s and has been used in the Kosovo conflict and, more recently, in campaigns against the Taliban and Saddam Hussein.

 

After it is fired from a boat's torpedo tubes and reaches the surface, a booster rocket propels the missile skywards and it heads for its target at around 550mph, delivering a 1,000lb explosive warhead.

 

Tornado jets armed with cruise missiles

RAF Tornado of 617 Squadron – Picture RAF MOD 2012

RAF Tornado of 617 Squadron – Picture RAF MOD 2012

Strikes could also be carried out by Tornado jets armed with Storm Shadow cruise missiles.

 

Previously used in areas such as Iraq, Kosovo, Afghanistan and, most recently, Libya, the Tornado GR4 is a two-seat, day or night, all-weather attack aircraft which can fire a variety of weapons.

 

Powered by two Rolls-Royce RB 199 Mk 103 turbofan engines, it can fly automatically at low level when poor weather prevents visual flight and is equipped with infrared and night vision so it can be used at night in all weather.

 

All Tornado GR4s can carry the air launched anti-radiation missile (Alarm), which homes on to the emitted radiation of enemy radar systems and it's own defences have been upgraded to include state-of-the-art Asraam short range air-to-air missile. It is also equipped with a 27mm Mauser cannon which can fire 1,700 rounds per minute.

 

The GR4 typically carries up to a maximum of five Paveway IV laser-guided bombs, or two Storm Shadow cruise missiles, but can be configured with various weapons, targeting pods and reconnaissance pods.

 

Storm Shadow missiles

Tornado GR4 - Storm Shadow

Tornado GR4 - Storm Shadow

The Storm Shadow is a long-range, air-launched and conventionally armed missile.

 

It allows the Tornado to make "precision strikes" in poor weather with a greatly increased stand-off range from the target area.

 

Equipped with a powerful warhead, it is designed to attack important hardened targets and infrastructure such as buried and protected command centres.

 

Mission data, including target details, is loaded into the missile's main computer before the aircraft leaves. Then, after it is fired, its wings deploy and the missile navigates its way to the target at low level.

 

On its final approach it climbs, discards its nose cone and uses an advanced infrared seeker to match the target area with stored imagery. This process is repeated as the missile dives onto the target, using higher-resolution imagery, to ensure the maximum accuracy.

 

Aircrafts

Typhoon Jet Taking Off from RAF Coningsby photo UK MoD

Typhoon Jet Taking Off from RAF Coningsby photo UK MoD

Britain has also deployed various aircraft to Cyprus to protect Sovereign Base Areas in the overseas territory.

 

Six RAF Typhoons have been sent to RAF Akrotiri in a "defensive counter air" role.

 

The RAF's four frontline Typhoon Squadrons are based at RAF Coningsby in Lincolnshire and RAF Leuchars in Fife, and each squadron operates up to 15 aircraft.

 

Typhoons have two Eurojet EJ200 turbojets. They can reach a maximum speed of 1.8 Mach and an altitude of 55,000ft.

 

The jets sent to Cyprus are armed with advanced, medium range air-to-air missiles (Amraam), Asraam and a Mauser cannon for close combat.

 

Air-to-air missiles

Eurofighter test firing the AMRAAM air-to-air missile.

Eurofighter test firing the AMRAAM air-to-air missile.

The Amraam, which can be used in all weather, is launched from a range of 20 to 30 nautical miles then guided by its own navigation system, while receiving command-guidance updates from the launch aircraft . It is equipped with a radar proximity fuse which detonates the high-explosive fragmentation warhead at a pre-set distance from the target.

 

In short-range mode, it can be launched "active-off-the-rail" when the missile's radar detects the target immediately after launch.

 

ASRAAM AIM-132

ASRAAM AIM-132

The Asraam is a high-speed, highly manoeuvrable, heat-seeking air-to-air missile designed as a "fire-and-forget" weapon which can counter things like infrared countermeasures.

 

Typically, it is slaved to a target either visually or by the launch aircraft's onboard sensors. After its release, the missile accelerates to speeds faster than Mach 3 whilst being guided to the target using its infrared seeker. Detonation of the high-explosive fragmentation warhead is achieved by either a laser proximity fuse or an impact fuse.

 

Britain’s fire power

The Mauser BK-27 is a 27mm cannon fitted to Tornado jets for air-to-air or air-to-ground firing. The cannon is a single-barrel, high-performance breech-cylinder gun and can fire at a rate of 1000 or 1700 rounds per minute.

 

Airbones surveillance

 

RAF E-3D Sentry photo UK MoD

RAF E-3D Sentry photo UK MoD

The RAF operates seven E-3D Sentry aircraft in the airborne surveillance and command-and-control role.

 

Based at RAF Waddington, they are operated by Nos 8 and 23 Squadrons as the UK's contribution to the Nato Airborne Early Warning and Control Force.

 

The Sentry's roles are air and sea surveillance, airborne command and control, and weapons control, and it can also operate as an extensive communications platform.

 

It cruises at 30,000ft and 400 knots and its high-performance radar, housed in the black radome, can separate airborne and maritime targets from ground and sea clutter.

 

One Sentry flying at 30,000ft can scan at distances of over 300 nautical miles, can detect low-flying targets or maritime surface contacts within 215 nautical miles and can detect medium-level airborne targets at ranges beyond 280 nautical miles.

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29 août 2013 4 29 /08 /août /2013 07:50
HMS Vigilant fires an unarmed Trident II ballistic missile photo UK MoD

HMS Vigilant fires an unarmed Trident II ballistic missile photo UK MoD

08/28/2013  Steve Coltman - defenceiq.com

 

Recently the MoD published its long-awaited Review of Alternatives to Trident, written at the behest of the Liberal Democrats. It says that cruise missiles might have been a viable alternative but for two things – the existing Trident warheads are not suitable for use in cruise missiles and that it would take 24 years to develop a new warhead.

 

This is such a long timescale that the Vanguard-class subs would have been retired before the new system was available, necessitating the purchase of two new Trident SSNBNs as a stop-gap and therefore wiping out any cost-savings. 

 

I find the point about it taking 24 years to develop a new warhead to be particularly astonishing, but reading between the lines of the report perhaps one might  wonder if the UK hasn’t lost the ability to design new warheads altogether.

 

So far as the suitability of existing warheads to go in cruise missiles is concerned, the case rests on two points.

  1. In the case of horizontally-launched missiles, these would have to be stored in the torpedo room in close proximity to the crew, and this would necessitate the development of a low-radiation warhead. I don’t suppose we can argue with that point. Developing a low-radiation warhead would take even longer than 24 years.
  2. The report also says that the existing Trident warheads are too delicate and would not stand up to the manhandling that cruise-missiles are subjected to. One can imagine that horizontally-launched cruise-missiles manhandled down into the torpedo room might be subject to a few knocks but in the case of vertically-launched cruise missiles, why should the handling of the warheads be any different to what they experience in vertically-launched Trident missiles?

 

What the report did not say was that the warheads are too big to fit inside a 21” diameter cruise missile. Considering 12 warheads plus decoys have to fit inside a Trident, I suppose it is reasonable to assume the warheads are not that large. Had the Trident warheads been too large for a cruise missile I am sure the report would have said so.

 

Comparing vertically-launched cruise-missiles with Trident, the only difference in what shocks the warhead would experience post-launch, when the cruise-missile cants over to follow a horizontal course to its target while the Trident missile continues onwards, upwards and then downwards on a ballistic trajectory. The report is quite adamant that the Trident warhead would not be suitable for cruise-missile use, but how do we know that? If Aldermaston has lost the people who can design warheads, they might also lack the people who can make an informed judgement on this issue too. It should be easy enough to put some sensors in a Tomahawk and measure the acceleration, g-forces and shocks that a cruise-missile warhead might be subject to in a real launch, then take an existing warhead and subject it to the same (or worse) shocks to see what, if anything, breaks? Has the MoD ever done this? If not, how can it be so sure the Trident warhead would not be suitable?

 

Let us suppose that Trident warheads are indeed suitable for use in vertically-launched cruise missiles – what then? The main capital cost of the like-for-like replacement of Trident is in the four big submarines, with a quoted coast of £11-14 billion. At an guesstimate, we would have to reserve around £2-3 billion to develop a new indigenous cruise missile, which would still leave us with £10 billion.

 

Here are some important points to consider:

  • How many of the seven planned Astute-class boats can be fitted with vertical launch tubes, and why were they not part of the original design anyway? The keel has already been laid for the sixth boat so it may now be too late to change its design and incorporate vertical tubes. The worst case scenario is that only the seventh boat onwards could have vertical tubes fitted and I presume it is too much to contemplate chopping existing subs in two and inserting a new section – although the Spanish are contemplating something similar for their new subs.
  • We will need more Astutes beyond the planned seven, which may need to be supplemented by cheaper conventional boats. Astutes currently cost £1.2 billion each, while the biggest and best conventional boats are about £500 million each. So, three extra Astutes, with the seventh, eighth, ninth and tenth having vertical tubes, would be £3.6 billion.
  • Half a dozen big conventional boats, which would also be fitted with vertical tubes, at £500 million each is £3 billion. We now have a submarine fleet of 16 boats, much better than at present.
  • A dozen frigate-sized OPV / patrol frigates, like the French ‘Floreal’ class or the Dutch ‘Holland’ class – would be about £1.5 billion. This would quickly and dramatically ease the Navy’s surface ship numbers problem.
  • And what about two more Type 45s? Six isn’t very many as only two are on operations at any given time. At £700 million each, that’s another £1.4 billion.
  • With the remaining £500 million, perhaps we could buy another big amphibious ship? Or more MARS replenishment ships?

 

This is just the author’s preference of course. Many other shopping lists are possible but it is clear from this ‘fantasy navy’ exercise that the opportunity cost of Trident is pretty high. And the case for the like-for-like replacement of Trident rests on the assertion that Trident warheads are too delicate to be used in cruise missiles, and that it would take 24 years to develop a warhead suitable for cruise missiles (despite France and Israel already having such warheads). It is very difficult for politicians to argue with such assertions, however sceptical we may be.

 

Finally - do we really need a deterrent in this day and age anyway? A good question, but probably a redundant one, I doubt if anyone could get unilateral disarmament through parliament before 2016.

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21 août 2013 3 21 /08 /août /2013 12:30
An RAF Typhoon conducts a low-level flypast over HMS Dragon [Picture: Leading Airman (Photographer) Dave Jenkins, Crown copyright]

An RAF Typhoon conducts a low-level flypast over HMS Dragon [Picture: Leading Airman (Photographer) Dave Jenkins, Crown copyright]

21 August 2013 Ministry of Defence

 

A Royal Navy warship and RAF Typhoons have put their skills and technology to the test during a joint exercise.

 

The aircraft joined HMS Dragon and US fighter jets in a training exercise to detect, classify and monitor contacts on the sea’s surface in the challenging conditions of the Gulf.

The Type 45 destroyer provides a complementary service to the highly manoeuvrable and effective Typhoon fast jet combat aircraft.

One of Dragon’s fighter controllers, Lieutenant Francis Heritage, said:

We received the help of a United States Air Force Joint Surveillance Target Attack Radar System (JSTARS) aircraft to cue our fighters onto their targets.

The JSTARS surface radar is incredibly powerful. When combined with our own organic sensors and those of the jets under our control, we can provide force protection over a massive area.

The American surveillance jet fed information directly into Dragon’s operations room, allowing the destroyer to cue fighter jets – US Marine Corps F/A-18 Hornets, US Air Force F-15 Strike Eagles and the Typhoons of Dragon’s affiliated RAF unit, No 6 Squadron – onto their objectives.

Another of Dragon’s fighter controllers, Flying Officer Dave Bowl, said:

This is a great example of how the front line units of the Royal Air Force can work hand-in-hand with the Royal Navy’s most capable and advanced warship.

Dragon is in the second half of her inaugural deployment, which is a mix of carrying out maritime security operations with the UK’s Gulf partners and contributing to the wider air defence of the region, such as when she joined forces with the USS Nimitz Carrier Strike Group a few weeks ago.

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25 juillet 2013 4 25 /07 /juillet /2013 07:50
Royal Navy receives upgraded Merlin helicopters

Two new Merlin Mk2 helicopters in flight at Royal Naval Air Station Culdrose [Picture: Andrew Linnett, Crown copyright]

 

23 July 2013 Ministry of Defence and Defence Equipment and Support

 

The first of the UK's fleet of next-generation anti-submarine maritime patrol Merlin Mk2 helicopters have been delivered to the Royal Navy.

 

The 5 helicopters have been handed over to the Fleet Air Arm following an upgrade as part of a £750 million contract with Lockheed Martin.

Fitted with advanced glass cockpits and improved aircrew consoles and avionics, the Merlin Mk2 has advanced touch-screen displays and an improved ability to detect and track targets and share data with other aircraft and ships while airborne. These improvements will also enable the helicopters to carry out counter-piracy and casualty-evacuation duties.

Lieutenant Commander Simon Laurence uses the new touch-screen displays on the flight deck of a new Merlin Mk2 [Picture: Andrew Linnett, Crown copyright]

Lieutenant Commander Simon Laurence uses the new touch-screen displays on the flight deck of a new Merlin Mk2 [Picture: Andrew Linnett, Crown copyright]

Thirty Merlin Mk1 helicopters are being converted to Mk2s by Lockheed Martin. Once handed over to the Royal Navy, the airframes will undergo a series of extensive trials. The first helicopters are expected to be ready to deploy on operations by the summer of 2014.

Commander Ben Franklin, Commanding Officer of the Merlin Helicopter Force, said:

I am extremely proud to be leading the Merlin Force during this period. The delivery of the first 5 aircraft to the Royal Navy’s Fleet Air Arm is a real milestone of this successful programme, which will provide vital support to the Navy as it fulfils its role in protecting UK interests across the globe.

Crew members from 824 Naval Air Squadron leaving two of the new Merlin Mk2 helicopters after a flight [Picture: Andrew Linnett, Crown copyright]

Crew members from 824 Naval Air Squadron leaving two of the new Merlin Mk2 helicopters after a flight [Picture: Andrew Linnett, Crown copyright]

Commodore Andy Lison, responsible for the Merlin, Lynx and Sea King teams in MOD’s Defence Equipment and Support organisation, said:

I am delighted that we are now firmly in the delivery phase of the project. The Merlin Mk2 is a truly exceptional aircraft and the programme to develop and build this aircraft has brought together the very best of MOD and defence industry to future-proof this vital capability for Defence.

The observer's panel inside a new Merlin Mk2 [Picture: Andrew Linnett, Crown copyright]

The observer's panel inside a new Merlin Mk2 [Picture: Andrew Linnett, Crown copyright]

Bob Kramer, Vice President and Group Managing Director, Lockheed Martin UK Integrated Systems, said:

The Merlin capability sustainment programme represents a magnificent team effort led by Lockheed Martin and AgustaWestland, supported by our suppliers, to provide the Royal Navy with unrivalled capability to carry out its anti-submarine patrol and policing requirement.

Merlin Mk1 helicopters have been in service with the Fleet Air Arm since the late 1990s and, after thorough testing and evaluation, have been deployed on operations since 2000.

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24 juillet 2013 3 24 /07 /juillet /2013 11:35
JDS Kashima passes Fort Blockhouse, Gosport, as she enters Portsmouth Harbour [Picture: Leading Airman (Photographer) Simmo Simpson, Crown copyright]

JDS Kashima passes Fort Blockhouse, Gosport, as she enters Portsmouth Harbour [Picture: Leading Airman (Photographer) Simmo Simpson, Crown copyright]

23 July 2013 Ministry of Defence

 

Three Japanese warships have arrived in Portsmouth for a 4-day visit to help forge closer links with the Royal Navy.

 

The ships belong to the Japanese Maritime Self-Defence Force Training Squadron and are visiting as part of a 5-month global deployment.

The squadron comprises training vessel Japanese Defence Ship (JDS) Kashima, 2 destroyers – JDS Shirayuki and JDS Isoyuki, and 180 cadets.

After anchoring in the Solent overnight on Sunday, 21 July, the vessels arrived in the naval base on Monday, with JDS Kashima firing a 21-gun salute as she approached Southsea. The saluting gun at Fort Blockhouse, Gosport, responded in similar fashion.

JDS Isoyuki passes the submarine escape training tank tower of Fort Blockhouse as she enters Portsmouth Harbour [Picture: Leading Airman (Photographer) Simmo Simpson, Crown copyright]

JDS Isoyuki passes the submarine escape training tank tower of Fort Blockhouse as she enters Portsmouth Harbour [Picture: Leading Airman (Photographer) Simmo Simpson, Crown copyright]

The cadets’ stay in Portsmouth includes visiting the Royal Navy’s marine and air engineering facilities at HMS Sultan in Gosport, and experiencing operations room and bridge simulators at HMS Collingwood in Fareham.

Naval history is also on their itinerary, with visits to the Naval Historical Branch at the naval base and Portsmouth Historic Dockyard.

JDS Shirayuki passes the stern of JDS Isoyuki as the former enters Portsmouth Harbour [Picture: Leading Airman (Photographer) Simmo Simpson, Crown copyright]

JDS Shirayuki passes the stern of JDS Isoyuki as the former enters Portsmouth Harbour [Picture: Leading Airman (Photographer) Simmo Simpson, Crown copyright]

Commander Jeff Short, who has helped to arrange the visit, said:

The Royal Navy has a lot in common with the Japanese Maritime Self-Defence Force. We have engaged as maritime nations since 1613 and exchanged students for the last 150 years.

More recently, we have worked together on counter-piracy operations in the Indian Ocean and we share common equipment such as the Merlin helicopter.

While we may be separated by geography, we are joined by the sea and, just as importantly, by our similar ethos and doctrine. This visit is eagerly anticipated by the Royal Navy and the interaction of the Japanese cadets with our young officers at Sultan and Collingwood will be one of many highlights.

Japanese sailors line the deck of their ship as they enter Portsmouth Harbour [Picture: Leading Airman (Photographer) Simmo Simpson, Crown copyright]

Japanese sailors line the deck of their ship as they enter Portsmouth Harbour [Picture: Leading Airman (Photographer) Simmo Simpson, Crown copyright]

Rear Admiral Fumiyuki Kitagawa, who is embarked on JDS Kashima, said:

Japan and Great Britain have a history going back hundreds of years. The Royal Navy was the model for the foundation of the Japanese Navy so we are very pleased to be here. One of our first priorities is to absorb a bit of history by going around HMS Victory and the capital, London.

The public can also get involved with the visit by climbing on board JDS Isoyuki when she opens up her gangway free of charge to visitors on Wednesday 24 July between 10am and 4pm. And the squadron’s embarked 40-strong military band will be performing the same day next to HMS Victory between 12:30pm and 1:30pm.

The squadron – which last visited Portsmouth in 2008 – departs at 9am on Thursday 25 July.

JDS Shirayuki passes the stern of JDS Isoyuki in Portsmouth Harbour [Picture: Leading Airman (Photographer) Simmo Simpson, Crown copyright]

JDS Shirayuki passes the stern of JDS Isoyuki in Portsmouth Harbour [Picture: Leading Airman (Photographer) Simmo Simpson, Crown copyright]

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19 juillet 2013 5 19 /07 /juillet /2013 16:50
Astute Class attack submarines under construction at Barrow-in-Furness -Picture BAE Systems

Astute Class attack submarines under construction at Barrow-in-Furness -Picture BAE Systems

18 July 2013 Ministry of Defence and Defence Equipment and Support

 

Assembly of the Royal Navy's sixth Astute Class attack submarine, Agamemnon, has begun at Barrow-in-Furness.

 

The keel, which is the first part of the boat to be built, was unveiled at a ceremony at BAE Systems’ shipyard in Barrow-in-Furness by Defence Minister Philip Dunne today, 18 July.

It comes as MOD announces that the first 2 of the 7 Astute Class submarines, HMS Astute and HMS Ambush, are nearing completion of their extensive sea trials and have been handed over to the Royal Navy to begin to prepare for operations.

The 7 Astute Class submarines are being built for the Royal Navy to replace the Trafalgar Class submarines. The Astute Class have greater firepower, state-of-the-art communications equipment and advanced stealth technology, making them quieter than their predecessors and harder to detect.

HMS Astute and HMS Ambush are the first submarines in class to be accepted by Navy Command, which is responsible for operating all of the Royal Navy’s vessels. The next 3 submarines in the class: Artful, Audacious and Anson are all at varying stages of build and today’s keel-laying for Agamemnon marks the next key milestone for the programme.

BAE Systems Maritime - Submarines is responsible for delivering all 7 Astute Class submarines and for the design of the successor to the Vanguard Class, which will carry the UK’s nuclear deterrent.

MOD has agreed a new contract with BAE Systems that will not only help to sustain the thousands of highly skilled defence jobs based at Barrow-in-Furness but also drive down the costs of building future submarines.

Agamemnon's keel is unveiled at a ceremony at BAE Systems’ shipyard in Barrow-in-Furness by Defence Minister Philip Dunne [Picture: Andrew Linnett, Crown copyright]

Agamemnon's keel is unveiled at a ceremony at BAE Systems’ shipyard in Barrow-in-Furness by Defence Minister Philip Dunne [Picture: Andrew Linnett, Crown copyright]

Minister for Defence Equipment, Support and Technology Philip Dunne today signed a new contract which will deliver £380 million of savings over the next 8 years. This will ensure that the Royal Navy’s submarine capability is delivered efficiently and provides good value for money for the taxpayer.

Mr Dunne said:

The keel-laying of the sixth submarine, Agamemnon, and the handover of HMS Astute and HMS Ambush to the Royal Navy are huge milestones, reflecting significant progress in the programme.

By ensuring the UK’s submarine programme remains affordable, this new contract will help deliver the Astute Class, pave the way for the future Successor nuclear deterrent submarines and secure around 5,000 jobs at BAE Systems and thousands more in over 400 suppliers across the UK submarine supply chain.

Rear Admiral Simon Lister, MOD’s Director of Submarines, said:

This is the sixth submarine in the Astute Class and we expect her to be built quicker and more efficiently than her predecessors, demonstrating the re-establishment of the national submarine-building capability in Barrow-in-Furness.

Better organised, better planned and better built, new techniques in the back office and on the shop floor will ensure the time-honoured skills of the workforce are made the most of.

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19 juillet 2013 5 19 /07 /juillet /2013 07:30
Fin du déploiement du groupe de guerre des mines dans le Golfe arabo-persique

18/07/2013 Sources : EMA

 

Les 15 et 17 juillet 2013, le groupe de guerre des mines (GGDM) et les bâtiments de la mission Jeanne d’Arc achevaient respectivement leur participation à l’opération Enduring Freedom(OEF). Composé de deux chasseurs de mines tripartites (CMT) de la Marine nationale, le Pégase et le Sagittaire, le GGDM avait pour mission première de sécuriser les voies maritimes ainsi que les approches des ports, et contribuer ainsi à la sûreté de nos approvisionnements.

 

Le GGDM avait également comme mission de mettre à jour notre connaissance des fonds marins et des routes maritimes. Cette mission permet d’être en mesure de comparer, à tout moment, les cartes préalablement établies et les levées de fonds plus récentes des CMT.

 

Régulièrement intégré à l’opération Enduring Freedom durant son déploiement, le GGDM a amplement contribué à la connaissance approfondie de la zone permettant à la force d’entretenir un suivi précis dans la zone d’opération.

Fin du déploiement du groupe de guerre des mines dans le Golfe arabo-persique

Cette projection dans le Golfe arabo-persique a également permis de consolider la coopération entre la France et ses alliés en matière de guerre des mines - qu’il s’agisse des pays du Golfe ou des nations prépositionnées dans la zone - notamment à travers la participation du GGDM à deux exercices majeurs. Le premier, dénommé « Artémis Trident », s’est déroulé au large des côtes bahreïniennes du 18 au 27 juin 2013 : c’était un exercice tripartite anglo-franco-américain dont le principal enjeu était d’augmenter l’interopérabilité de nos trois marines dans le domaine de la guerre des mines.

Fin du déploiement du groupe de guerre des mines dans le Golfe arabo-persique

Le second exercice, « IMCMEX » (international Mine Countermeasures Exercise), a rassemblé 35 bâtiments et 41 nations lors de sa deuxième édition de mai 2013. Le principal objectif de cet exercice majeur était la préparation à la lutte contre les menaces asymétriques, afin de garantir la sécurité maritime et la protection des infrastructures. L’intégration complète de l’état-major français à bord de l’USS Ponce a constitué un moment fort de cette mission.

Fin du déploiement du groupe de guerre des mines dans le Golfe arabo-persique

Les déploiements de groupes de guerre des mines en océan indien sont réguliers : ils contribuent à la présence navale permanente, du golfe d’Aden au golfe persique, engagée dans la lutte contre les menaces qui pèsent sur nos intérêts, comme les trafics liés au terrorisme.

Les deux bâtiments qui composent la mission Jeanne d’Arc, le bâtiment de projection et de commandement (BPC) Tonnerre et la frégate anti-sous-marine (FASM)Georges Leygues,ont été intégrés dans l’opération Enduring Freedom depuis le 5 juillet dernier, offrant ainsi des moyens significatifs au profit de la TF150.

 

Actuellement, un bâtiment français est engagé dans OEF : il s’agit du bâtiment de commandement et de ravitaillement (BCR) Somme, qui accueille l’état-major de la TF150, sous commandement français. C’est la huitième fois que la France occupe cette responsabilité depuis le début de l’opération.

 

La France participe à la composante aéromaritime de l’opération Enduring Freedom(Task force150) qui a pour missions de dissuader et de lutter contre le terrorisme et ses réseaux de soutien, principalement les trafics d’armes et de drogue dans l’océan indien, la mer rouge et le détroit d’Ormuz. Cette zone, qui représente un intérêt majeur, voit la majorité du trafic maritime mondial y transiter. La présence permanente de bâtiments de la coalition contribue ainsi à la libre navigation des personnes et des biens.

Fin du déploiement du groupe de guerre des mines dans le Golfe arabo-persique
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11 juillet 2013 4 11 /07 /juillet /2013 16:50
The ScanEagle is launched from ships by a pneumatic catapult- Picture Boeing Defence UK

The ScanEagle is launched from ships by a pneumatic catapult- Picture Boeing Defence UK

July 11, 2013: Strategy Page

 

The British Royal Navy is equipping its warships (and some support vessels) with American Scan Eagle UAVs. Apparently noting the growing use of Scan Eagle by the American fleet (and more expensive helicopter type UAVs by the Chinese), the British selected the inexpensive and proven Scan Eagle. The procurement deal is worth $46 million.

 

Scan Eagle weighs 19 kg (40 pounds), has a 3.2 meter (ten foot) wingspan, and uses day and night video cameras. On ships it uses a catapult for launch and is landed via a wing hook that catches a rope hanging from a 16 meter (fifty foot) pole. This was recently replaced with the more compact CLRE (Compact Launch and Recovery System). On land Scan Eagle can land on any flat, solid surface.

 

The Scan Eagle can stay in the air for up to 15 hours per flight and fly as high as 5 kilometers (16,000 feet). Scan Eagles cruising speed is 110 kilometers an hour and can operate at least a hundred kilometers from the ground controller. Scan Eagle carries an optical system that is stabilized to keep the cameras focused on an object while the UAV moves. Scan Eagle has been flying for over a decade now and has been in military service since 2005.

 

The U.S. Navy has, in the meantime, developed a successor to the Scan Eagle. Production has begun for the RQ-21A Integrator UAV. The U.S. Navy and Marines, as well as the Dutch Navy, have ordered the 55 kg (121 pound) UAV, which has a 4.9 meter (16 foot) wingspan and can fly as high as 4,500 meters (15,000 feet) at a cruise speed of 100 kilometers an hour. RQ-21A can stay in the air up to 24 hours and can carry a payload of 23 kg (50 pounds). It uses the same takeoff and landing equipment as the Scan Eagle.  RQ-21A also uses many of the Scan Eagle sensors, in addition to new ones that were too heavy for Scan Eagle. The additional weight of the RQ-21A makes it more stable in bad weather or windy conditions.

 

The marines have ordered 32 systems (with five UAVs each), while the navy is getting four, and the Dutch are getting five systems (which include ground controllers and maintenance gear). The first RQ-21As are expected to enter service next year.

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11 juillet 2013 4 11 /07 /juillet /2013 16:50
HMS Astute Arrives at Faslane - photo UK MoD

HMS Astute Arrives at Faslane - photo UK MoD

11 Jul 2013 By Simon Johnson, Scottish Political Editor, Faslane - telegraph.co.uk

 

The British Government denies reports it is examining plans to designate Faslane as sovereign UK territory in case Scots back independence next year.

 

David Cameron today strongly denied reports the Government is considering a plan to ensure that Britain’s nuclear deterrent would remain in Scotland after independence despite SNP promises to remove it.

 

The Ministry of Defence (MoD) was said to be considering designating the Faslane base that houses Trident nuclear submarines as sovereign UK territory, giving it the same legal status as British bases in foreign countries like Cyprus.

 

Alex Salmond would be presented with a choice of accepting this status, it was claimed, or a separate Scotland having to pay a substantial part of the multi-billion pound bill for removing Trident.

 

A deal over Faslane would ensure the Trident fleet would have access to the open seas via the Firth of Clyde and the continuation of Britain’s round-the-clock deterrent. At least one nuclear-armed submarine is on patrol at sea at any one time.

 

The Scottish Nationalists seized on the reports as evidence of the UK attempting to strong-arm Scotland into keeping nuclear weapons and said they would not agree to such an arrangement.

 

But Downing Street and the MoD attempted to head off a public backlash in Scotland by insisting they did not recognise the proposal, which was outlined in the Guardian, describing it as not “credible”.

 

They said they were not drawing up contingency plans for Trident in case Scots back independence next year despite expert warnings that there may be nowhere else suitable in the UK for the deterrent.

 

Mr Salmond has repeatedly insisted that nuclear weapons would be removed from the Clyde if Scots back independence, promising that a ban would be included in a written constitution.

 

He has claimed Faslane could be turned into a conventional naval base. But experts have warned it would cost many billions of pounds and take decades for Trident to be removed from the Clyde despite the SNP claiming it could be done very quickly.

 

Nicola Sturgeon, Mr Salmond’s deputy, told BBC Radio Scotland's Good Morning Scotland programme: "This seems to me to be an outrageous attempt at bullying by the UK Government.

 

"I can't see how they could do that without the agreement of the Scottish Government and speaking for my party that is not an agreement that would be forthcoming."

 

She said it was a "preposterous threat from the UK Government" and said that Coalition ministers should instead start talks now on how to remove Trident as quickly as possible in the event of a ‘yes’ vote next year.

 

But a Number 10 spokesman said: “This Government has not commissioned contingency plans over Faslane. No such ideas have come to the Secretary of State or the Prime Minister.

 

“They would not support them if they did. It’s not a credible or sensible idea.”

 

An MoD spokesman said: "No contingency plans are being made to move Trident out of Scotland. The scale and cost of any potential relocation away from Faslane would be enormous."

 

According to the Guardian report, MoD civil servants are starting to examine a two-stage process whereby the British Government would initially emphasise the huge expense and logistical difficulties of moving Trident.

 

These costs would be factored into the ‘divorce settlement’ between Scotland and the UK, reducing the sum to which the former is entitled.

 

However, it is claimed they are examining an alternative whereby Scotland would get a much better deal in return for allowing Faslane to become sovereign UK territory, along the lines of the Akrotiri and Dhekelia naval bases in Cyprus.

 

A defence source was quoted as stating: “The sovereign base area is an option. It is an interesting idea because the costs of moving out of Faslane are eye-wateringly high.”

 

Sir Menzies Campbell, the former Liberal Democrat leader, warned of a backlash. He said: “To seek to impose a financial penalty on an independent Scotland in relation to the decommissioning of Faslane might be seen as undue pressure and could easily play into the hands of the SNP.”

 

However, he pointed out that a separate Scotland might have to agree to keep Trident anyway under Mr Salmond’s plans to apply for Nato membership.

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11 juillet 2013 4 11 /07 /juillet /2013 07:50
A Royal Navy Wildcat helicopter carries out deck landings on RFA Mounts Bay

A Royal Navy Wildcat helicopter carries out deck landings on RFA Mounts Bay

10 July 2013 Ministry of Defence and Defence Equipment and Support

 

The Royal Navy has begun training the first aircrew to fly its next-generation helicopter, the Wildcat.

 

Five Fleet Air Arm pilots and observers are currently undergoing conversion training at the new Wildcat Training Centre at Royal Naval Air Station (RNAS) Yeovilton, with the helicopter – successor to the Lynx – just 18 months away from front line service.

From the beginning of 2015, Wildcats will begin to relieve the Lynx as the mainstay of helicopter operations for all of the Royal Navy’s Type 45 destroyers and some of its Type 23 frigates, as well as any other air missions the fleet requires of it.

700W – ‘W’ for Wildcat – Naval Air Squadron (700W NAS), based at RNAS Yeovilton in Somerset, got its first naval version of the new helicopter on 1 May 2013.

The squadron has been formed especially to bring Wildcat into front line service – squeezing every last ounce of information out of the helicopter so they can share it with the rest of the Wildcat world.

First Navy aircrew begin training on Wildcat

Last month 700W NAS took the naval Wildcat to sea for the first time, carrying out deck landings on Royal Fleet Auxiliary vessel Mounts Bay off the south coast off England.

Its personnel – 5 pilots, 6 observers (who act as navigators/weapons systems specialists) and 44 ground crew and technicians – are also developing the tactics which will allow Wildcat to track drug-runners, intercept pirates, take out small surface targets, sink submarines and save lives in mid-ocean rescues; basically everything its predecessor Lynx does, only better.

Wildcat pilot Lieutenant James Woods said:

We often hear ‘it looks like a Lynx, how different can it be?’ Well yes, from the outside it bears a striking resemblance to the Lynx, but that really is where the similarity ends.

In Wildcat the Fleet Air Arm is getting a world-leading naval helicopter that builds upon the successes of the present-day Lynx. It’s bristling with the latest advanced mission systems and weapons – it’s the perfect solution to allow the Royal Navy to meet the challenges of tomorrow.

A Royal Navy Wildcat helicopter on RFA Mounts Bay's flight deck - Picture UK MoD

A Royal Navy Wildcat helicopter on RFA Mounts Bay's flight deck - Picture UK MoD

The 700W NAS Wildcat pioneers were taught to fly the new helicopter by its builders, AgustaWestland.

Now they’re passing on that experience to existing trained aircrew. And, from early 2015, the Fleet Air Arm will take rookie fliers straight from ‘helicopter school’ at RAF Shawbury and turn them into Wildcat pilots and crew.

Wildcat was on public display at RAF Waddington last weekend, and will be present at 4 more air shows across the UK this summer:

Royal Navy Wildcat helicopter (library image) [Picture: Copyright AgustaWestland]

Royal Navy Wildcat helicopter (library image) [Picture: Copyright AgustaWestland]

In the autumn the rest of the Navy will get to see what Wildcat can do when the helicopter takes part in the Joint Warrior war games off Scotland for the first time.

The Fleet Air Arm is buying 28 Wildcats and the Army Air Corps is receiving 34. The maritime variant will be fitted with the SELEX Galileo Seaspray 7000E active electronically scanned array radar system for maritime surveillance missions. All will be based at Yeovilton.

The last Lynx will be withdrawn from service in the spring of 2017.

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10 juillet 2013 3 10 /07 /juillet /2013 16:50
Illustration of Royal Navy's MARS tanker. Photo: courtesy of Royal Navy.

Illustration of Royal Navy's MARS tanker. Photo: courtesy of Royal Navy.

10 July 2013 naval-technology.com

 

Designers have completed plan for the British Royal Fleet Auxiliary's (RFA) new fleet of Tide-class military afloat reach and sustainability (MARS) tankers, which will serve at least 25 years.

 

The four Tide-class MARS tankers, comprising Tidespring, Tiderace, Tidesurge and Tideforce, will enter service with the Royal Navy to boost its capabilities by delivering fuel, water, spare parts and other supplies.

 

In cooperation with the Royal Navy and RFA, BMT Defence Services has completed design for the four next-generation tankers with hundreds of design drawings and plans.

 

The company has also developed and tested scale models in the gigantic water tank at Haslar in Gosport, where Tidespring vessel also successfully refuelled HMS Queen Elizabeth in various sea conditions.

"A Range Rover's fuel tank connected to all four 7in hoses on the starboard size of a Tide tanker would be full in 0.12 seconds."

 

The future tanker project naval architect Mark Lewis said: "A Range Rover's fuel tank connected to all four 7in hoses on the starboard size of a Tide tanker would be full in 0.12 seconds."

 

Following completion of a £450m quartet design of the 37,000t ships, Daewoo Shipbuilding and Marine Engineering (DSME) will draw up detailed plans to begin construction on the ships next year at Okpo-dong in south-east South Korea.

 

The UK Ministry of Defence (MoD) awarded a contract to DSME in 2012 for the construction of four MARS tankers to replace the existing RFA's single hulled tankers, with the first ship of the class due to be delivered in October 2015, with the final vessel due in April 2017.

 

The new double-hulled tankers will be designed to meet International Maritime Organization pollution (MARPOL) regulations, an International Convention for the Prevention of Pollution from Ships 1973 and the protocol of 1978, as well as European Commission environmental regulations.

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1 juillet 2013 1 01 /07 /juillet /2013 15:50
The aft island of HMS Queen Elizabeth about to be lowered into place - Picture UK MoD

The aft island of HMS Queen Elizabeth about to be lowered into place - Picture UK MoD

28 June 2013 Ministry of Defence

 

The aft island of HMS Queen Elizabeth has been lowered into place by Aircraft Carrier Alliance workers at Rosyth Dockyard in Fife.

 

After an air horn sounded, a huge Goliath crane was used to lower the 750-tonne section of the aircraft carrier, known as Upper Block 14, into place.

HMS Queen Elizabeth and HMS Prince of Wales promise to be the biggest and most powerful surface warships ever constructed for the Royal Navy.

Programme Director Ian Booth said:

Moving this section into place is a momentous occasion for the programme. HMS Queen Elizabeth now has a completely unique and distinctive profile and, thanks to the dedication of thousands of workers, just a few sections remain to be assembled. She will be structurally complete by the end of this year.

The aft island was the final section of HMS Queen Elizabeth to arrive at the Rosyth assembly site and was constructed in 90 weeks by workers at BAE Systems’ yard in Scotstoun.

Rear Admiral Steve Brunton said:

HMS Queen Elizabeth will be at the centre of the UK’s defence capability for the 50 years she is expected to be in service.

She will be absolutely unique and, combined with assets across the rest of the UK’s Armed Forces, will provide this country with an unprecedented level of capability, protecting UK interests and providing humanitarian support across the globe.

HMS Queen Elizabeth is the first aircraft carrier to use an innovative design of 2 islands. The forward island, which has already been erected, houses the ship’s bridge, while the 30-metre-tall aft island will house the air traffic control equipment, making it the centre of all onboard flight operations.

Apprentice Gordon Currie, who operated the horn which marked the start of the manoeuvre to lower the island, said:

It is a huge honour to sound the horn and signal the final stage in the lift. I am just one of hundreds of workers working on this incredible ship, and it is something I will always be really proud of.

The aircraft carriers HMS Queen Elizabeth and HMS Prince of Wales are being delivered by the Aircraft Carrier Alliance, a unique partnering relationship between BAE Systems, Thales UK, Babcock and the Ministry of Defence.

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28 juin 2013 5 28 /06 /juin /2013 16:50
Lynx helicopters fly side-by-side - Picture Leading Airman Dave Jenkins, UK MoD

Lynx helicopters fly side-by-side - Picture Leading Airman Dave Jenkins, UK MoD

21 June 2013 Ministry of Defence

 

A Royal Navy Type 45 destroyer has used 2 helicopters on front line operations for the first time.


 

HMS Dragon doubled her effectiveness for 2 months during her maiden deployment, flying 2 Lynx helicopters from her flight deck.

The destroyer left Portsmouth in March with a single Lynx from 815 Naval Air Squadron aboard.

But Dragon also carried a spare air and ground crew – ready to look after HMS Monmouth’s helicopter when Dragon relieved the frigate to take over Gulf patrol duties.

A Lynx helicopter flies from HMS Dragon [Picture: Leading Airman (Photographer) Dave Jenkins, Crown copyright]

A Lynx helicopter flies from HMS Dragon [Picture: Leading Airman (Photographer) Dave Jenkins, Crown copyright]

Monmouth’s helicopter was flown across and safely stowed in Dragon’s hangar where it underwent maintenance following its 6 months in the region.

Air Engineering Technician Petty Officer Matt Ferris said:

Dual aircraft operations has been a busy time for all. The maintenance hours were triple that of a normal flight due to Monmouth’s helicopter staying in theatre, and keeping up with the high flying tempo whilst having 2 aircraft.

A pair of Fleet Air Arm Lynx helicopters are operated from HMS Dragon [Picture: Leading Airman (Photographer) Dave Jenkins, Crown copyright]

A pair of Fleet Air Arm Lynx helicopters are operated from HMS Dragon [Picture: Leading Airman (Photographer) Dave Jenkins, Crown copyright]

Having 2 Lynx allowed one aircraft to carry out the ‘day job’ of surface searches and support to board and search operations, while the second helicopter involved itself with Royal Marines sniper team and rapid roping training, passenger transfers and, most importantly, picking up mail to bolster the morale of the 235-strong ship’s company.

And when a call came through from minehunter HMS Quorn that she needed equipment flown in from Bahrain, at the same time as a transfer of American sailors was planned, it meant that both helicopters were scrambled.

A Royal Marines boarding team from HMS Dragon fast ropes onto HMS Quorn from a Lynx helicopter [Picture: Leading Airman (Photographer) Dave Jenkins, Crown copyright]

A Royal Marines boarding team from HMS Dragon fast ropes onto HMS Quorn from a Lynx helicopter [Picture: Leading Airman (Photographer) Dave Jenkins, Crown copyright]

Within 2 hours the helicopters were both back in the hangar being prepared for the next day’s tasking having completed their double mission. As the 2 months aboard Dragon came to an end, pilot Lieutenant Rob Gleave said:

It was a great opportunity to actually apply the training we receive in the UK and put it into practice.

As far as Dragon’s principal warfare officer, Lieutenant Commander Jason White, was concerned the double helicopter experiment was well worthwhile. He said:

Having 2 Lynx aircraft embarked on Dragon for this short period has allowed valuable experience to be gained and lessons learned throughout the ship which have been captured for the future.

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28 juin 2013 5 28 /06 /juin /2013 16:50
The UK's third F-35 Lightning II aircraft takes off from Lockheed Martin's facility near Fort Worth in Texas [Picture: Master Sergeant Randy A Crites USMC (Retd)]

The UK's third F-35 Lightning II aircraft takes off from Lockheed Martin's facility near Fort Worth in Texas [Picture: Master Sergeant Randy A Crites USMC (Retd)]

27 June 2013 Ministry of Defence

 

The third of the UK's F-35 short take-off and vertical landing Lightning II aircraft has arrived at Eglin US Air Force Base in Florida.

 

The aircraft will be used for pilot and maintainer training for the UK team currently based in the USA. At Eglin, pilots from the Royal Navy and RAF and ground crew are working alongside their US Marine Corps colleagues learning all they can about maintaining the aircraft and how to fly the platforms to get the best out of them.

Group Captain Harv Smyth, the UK’s Joint Strike Fighter National Deputy, said:

Today’s arrival of ‘BK-3’ is the latest step in delivering the F-35’s unprecedented capability to UK Defence.

With each passing day our Lightning II programme is maturing. In less than a year we have taken ownership of our first 3 aircraft and begun both pilot and engineer training.

The Lightning II truly represents a turning point for the UK’s combat air capability and will dramatically increase our ability to defend national sovereignty interests and ensure security around the globe.

The F-35 Lightning II is a fifth-generation fighter, combining advanced stealth with fighter speed and agility. More than 500 British suppliers will build 15% of each F-35 produced.

UK industry is responsible for numerous F-35 components including the aft fuselage, fuel system and crew escape system.

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28 juin 2013 5 28 /06 /juin /2013 16:50
The ScanEagle is a maritime reconnaissance asset for gathering intelligence [Picture: Boeing Defence UK]

The ScanEagle is a maritime reconnaissance asset for gathering intelligence [Picture: Boeing Defence UK]

20 June 2013 Ministry of Defence

 

UK warships are to benefit from a new surveillance capability as part of a £30 million contract signed by MOD.

 

ScanEagle is a maritime reconnaissance asset that can be launched off the back of Royal Navy and Royal Fleet Auxiliary ships day or night to gather intelligence and survey the wider area of operations.

Built by Insitu, a subsidiary of Boeing Defence UK Limited, the ScanEagle is the first maritime-specific unmanned air system capability to be delivered in support of naval operations.

It will complement the existing intelligence, surveillance and reconnaissance assets used on operations such as helicopters and long-range radar.

The ScanEagle ready for launch on a pneumatic catapult [Picture: Boeing Defence UK]

The ScanEagle ready for launch on a pneumatic catapult [Picture: Boeing Defence UK]

The unarmed aircraft, which has a wingspan of just over 3 metres and weighs 22 kilograms, is launched from ships into the sky by a pneumatic catapult.

Flying at about 60 knots, it is commanded by a specialist team on board the ship who will plan the ScanEagle’s missions, control its flights and monitor and analyse the information it gathers using its state-of-the-art sensors.

At the end of its flight, the ScanEagle is recovered back to the ship.

The ScanEagle is launched from ships by a pneumatic catapult [Picture: Boeing Defence UK]

The ScanEagle is launched from ships by a pneumatic catapult [Picture: Boeing Defence UK]

Royal Navy Captain Ian Annett, who’s been involved with the project, said:

ScanEagle represents an important addition to the Royal Navy’s intelligence, surveillance and reconnaissance capability. Its ability to deploy during the day and night, coupled with the technology it uses, will give commanders a clearer picture of the operational situation whenever it’s required.

A specialist team on board a ship prepares to recover the ScanEagle [Picture: Boeing Defence UK]

A specialist team on board a ship prepares to recover the ScanEagle [Picture: Boeing Defence UK]

Minister for Defence Equipment, Support and Technology Philip Dunne said:

ScanEagle provides the Royal Navy with proven surveillance capability that has already been used on operations by other nations, so we know we are getting top quality equipment. The technology is off-the-shelf and will be available to the Royal Navy as soon as possible.

Our continued investment in intelligence, surveillance and reconnaissance systems is essential to keeping our Armed Forces up-to-date with the latest capabilities and this will be a central part of MOD’s investment in new equipment over the next 10 years.

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27 juin 2013 4 27 /06 /juin /2013 10:20
Third UK F-35B - Lockheed Martin photo by John Wilson

Third UK F-35B - Lockheed Martin photo by John Wilson

June 26, 2013 by Dave Majumdar – FG

 

Washington DC - The UK's third Lockheed Martin F-35B short take-off and vertical landing (STOVL) Joint Strike Fighter arrived at Eglin AFB, Florida, on 25 June.

 

The British aircraft was flown in from Lockheed's Fort Worth, Texas, plant by US Marine Corps pilot Lt Col Roger Hardy on a flight that lasted 90min.

 

"In less than a year, we have taken ownership of our first three aircraft and begun both pilot and engineer training," says Royal Air Force Group Captain Harv Smyth, the senior UK officer at Eglin AFB. "Today's arrival of BK-3 is the latest step in delivering the F-35's unprecedented capability to UK defence."

 

This particular aircraft, BK-3 (ZM137), is the last of three UK F-35Bs currently on order, but the country is expected to have a fleet of 48 aircraft in service before 2020. Those 48 jets are expected operate from both land bases and from the UK's new Queen Elizabeth-class carriers.

 

The three current UK aircraft are operating in a training capacity as part of the USMC's VMFAT-501 squadron at Eglin AFB. However, the aircraft will eventually move to Edwards AFB, California, to participate in the F-35's operational evaluations.

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26 juin 2013 3 26 /06 /juin /2013 10:50

June 26, 2013by Think Defence

Lots of CGI

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25 juin 2013 2 25 /06 /juin /2013 16:50
HMS Iron Duke sails from Portsmouth [Picture: Leading Airman (Photographer) Maxine Davies, Crown copyright]

HMS Iron Duke sails from Portsmouth [Picture: Leading Airman (Photographer) Maxine Davies, Crown copyright]

24 June 2013 Ministry of Defence

 

Portsmouth-based HMS Iron Duke has returned to sea after a 16-month upgrade and now boasts one of the world's most advanced radar systems.

 

The Type 23 frigate is the first Royal Navy ship to be fitted with Artisan – a 3D radar 5 times better than the old version it replaces.

Iron Duke left Portsmouth yesterday, Sunday 23 June, to begin an intensive period of sea trials.

Artisan 3D Medium Range Radar Type 997

Artisan 3D Medium Range Radar Type 997

As part of a £100 million programme, Artisan (advanced radar, target indication, situational awareness and navigation) will be fitted to all the Navy’s 13 Type 23s as well as the 2 future aircraft carriers. The Type 23’s replacement, the Type 26 Global Combat Ship, may also carry the system when it enters service next decade.

Artisan boasts some impressive statistics. It can spot something as small as a cricket or tennis ball travelling at 3 times the speed of sound more than 25 kilometres away.

Built from the same lightweight carbon glass fibre materials found on a Formula 1 racing car, Artisan weighs just 700 kilograms.

The system can track up to 800 moving targets simultaneously, whether they are 200 metres or 200 kilometres away from the ship. Using Artisan, Iron Duke could sit in her home base, in Portsmouth, and simultaneously follow aircraft flying into Heathrow, Gatwick, Southampton, Stansted, Bournemouth, Bristol, Cardiff, Exeter and Birmingham airports.

With advanced anti-jamming features, Artisan is not affected by interference from 10,000 mobile phone signals, and can pick out targets against a background of electronic noise and interference.

Iron Duke’s upgrade, carried out by BAE Systems in Portsmouth, also included work on her other weapons systems and combat computer. In addition, improvements to her ventilation mean she is able to operate more efficiently in hot climates.

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25 juin 2013 2 25 /06 /juin /2013 11:50
ScanEagle UAV on its launcher in preparation for an autonomous take off from a UK warship

ScanEagle UAV on its launcher in preparation for an autonomous take off from a UK warship

24.06.2013 Helen Chachaty - journal-aviation.com

 

Certains bâtiments de la Royal Navy seront bientôt équipés de drones ScanEagle, spécialement conçus pour les opérations en milieu maritime. Cette acquisition résulte d’un contrat signé récemment entre le MOD et Boeing Defence UK.

 

Les UAV fabriqués par l’industriel Insitu sont destinés aux missions de surveillance, de reconnaissance et de renseignement. Capables de rester dans les airs entre 15 et 18 heures, ces drones de trois mètres d’envergure et de 22 kilogrammes sont lancés à partir d’une catapulte pneumatique. Dotés d’une caméra infrarouge, les drones transmettent les images recueillies par le biais d’une liaison satellite.

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25 juin 2013 2 25 /06 /juin /2013 11:50
UK/US trials review F-35 interoperability in simulated maritime scenario

20 June 2013 adsadvance.co.uk

 

Working with Lockheed Martin and the UK Ministry of Defence, BAE Systems have linked simulation facilities across five UK sites to create a common synthetic environment to evaluate F-35 interoperability with other UK military platforms.

 

Linking Air and Maritime

 

A recent trial saw Royal Navy, RAF and US Navy pilots operating the F-35 fighter jet during a live simulated maritime scenario with the Queen Elizabeth Carrier, a Type 45 Destroyer and Sea King helicopter. This is the first time that we and Lockheed Martin have linked our Air and Maritime simulation capabilities and mission system laboratories at multiple locations into one common battlespace environment.

 

Roles and responsibilities

 

Royal Navy, RAF and US Navy pilots flew the F-35 aircraft from Lockheed Martin supplied desk top simulators at our Samlesbury site, alongside two Royal Navy Sea King aircrew who provided command and control directions to the F-35 pilots.

 

Linking into the live scenario, Royal Navy air warfare officers from HMS DUNCAN were at the controls of the Queen Elizabeth Carrier lab in the Isle of Wight whilst in Portsdown, Royal Navy air warfare officers and fighter controllers from HMS DAUNTLESS operated from the Type 45 Destroyer lab.

 

Lt Cdr Mark Humphries, RAF Air Warfare Centre, took part in the trials. He said: “Bringing both air and maritime capabilities into a common mission scenario, we have been able to begin to test the interoperability between F-35 and other key maritime assets, something we have never been able to do before. Today we have taken part in a maritime scenario where the F-35 was the first line of defence for a Carrier Task Force in a hostile threat situation. Being able to evaluate interoperability concepts for passing commands and threat information via digital datalinks in real-time between air warfare officers on the Queen Elizabeth Carrier, fighter controllers on the Type 45 destroyer and Sea King helicopter and F-35 pilots has been extremely valuable."

 

Lt Cdr Jim Blythe, HMS DAUNTLESS, also took part. He said: “We have been able to fully exercise the Type 45 combat management system and gain a broader experience of digitally controlling fighters than has hitherto been possible. This means we are in a far better place to develop an informed Concept of Operations for working with the F-35 when it comes into service.”

 

World class simulation and systems integration

 

Tony Hall, BAE Systems F-35 programme manager for the Interoperability trials, said: “As a business we have world class simulation and systems integration capabilities which exist across a number of different locations. Working closely with Lockheed Martin and the UK customer we have created a distributed test capability linking UK Industry and Government assets across a secure network to provide a common synthetic environment.

 

"Not only does this help the UK customer get their heads around how the F-35 will integrate into operations, but it can also save a lot of time and money. We can identify interoperability issues early and fix things at this stage far easier than when the aircraft are built and in operation.

 

“It’s great that we can get the customer involved at these early stages to make sure that the aircraft and other cooperating platforms are doing the job they want them to do. It’s an added bonus that we are able to use this project to prompt improvements across a range of other military assets too."

 

BAE Systems are responsible for leading F-35 integration activities on behalf of the UK customer. The maritime mission scenario trial is the third out of a series of four planned scenarios which form part of the overall F-35 UK interoperability project.

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20 juin 2013 4 20 /06 /juin /2013 07:50
Wildcat HMA Mark 2 attack helicopter

Wildcat HMA Mark 2 attack helicopter

18/06/2013 (Boursier.com)

 

Saft, leader mondial de la conception et de la fabrication de batteries de haute technologie pour l'industrie et l'aéronautique, fournit des systèmes de batterie de pointe à AgustaWestland pour équiper les nouveaux hélicoptères polyvalents AW159 Lynx Wildcat du ministère de la Défense britannique. Les systèmes de batterie, conçus autour des batteries au nickel à très faible maintenance (ULM) de Saft, soutiennent les fonctions critiques de l'AW159 telles que l'alimentation de secours et le démarrage des deux turbines.

 

L'AW159 est le tout dernier appareil bimoteur polyvalent, pour missions en mer et sur terre, développé pour succéder à la famille des hélicoptères Lynx d'AgustaWestland qui répondent brillamment aux besoins de nombreux opérateurs depuis plus de trente ans. Baptisé Lynx Wildcat par le ministère de la Défense britannique, l'AW159 remplacera le Lynx actuel pour les missions à terre, de combat en mer et de reconnaissance. 34 Lynx Wildcats sont en cours de livraison à l'armée britannique et seront mis en service opérationnel en 2014, tandis que 28 appareils sont en cours de livraison à la Royal Navy et seront mis en service en 2015.

 

Saft a développé le système de batterie de l'AW159 pour fournir une solution robuste et renforcée afin de garantir une totale fiabilité dans les conditions particulièrement exigeantes des missions terrestres et de l'aéronaval. Les batteries sont soumises à de fortes vibrations et à des températures extrêmes auxquelles s'ajoute la difficulté des démarrages successifs. AgustaWestland a choisi les batteries Saft ULM pour leurs avantages en termes de hautes performances, de légèreté, de très faible maintenance et de durée de vie, essentielles pour les hélicoptères.

 

"La fourniture des systèmes batteries, pour ce programme essentiel d'amélioration de l'hélicoptère militaire, est un développement qui conforte Saft dans son statut de fournisseur incontournable de batteries de haute technologie pour le marché de l'aviation militaire. Nous nous réjouissons de travailler avec AgustaWestland pour soutenir les hélicoptères AW159 non seulement dans la phase d'introduction mais aussi tout au long de leur vie, dont la durée anticipée est de 40 ans", explique Bernard Weber, Directeur Ventes et Marketing de l'activité Aviation de Saft.

 

Le système de batterie développé par Saft pour l'AW159 comprend 20 éléments Saft CVH500KA ULM, fournissant une tension nominale de 24 V et une capacité de 50 Ah.

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14 juin 2013 5 14 /06 /juin /2013 16:55
exercice FRUKUS - photo Marine Nationale

exercice FRUKUS - photo Marine Nationale

14/06/2013 meretmarine.com

 

Réunissant la France, le Royaume-Uni, la Russie et les Etats-Unis, l’exercice naval FRUKUS se déroulera cette année au large de la Bretagne. Du 25 juin au 1er juillet, quatre bâtiments, soit un de chaque pays, dont la frégate Primauguet pour la Marine nationale, travailleront ensemble, la phase d’entrainement à la mer se déroulant du 27 au 30 juin.  Créé dans les années 90, FRUKUS (France, Russia, United Kingdom, United States) permet aux flottes des quatre pays de mener régulièrement des exercices communs, afin d’enrichir les échanges et améliorer l’interopérabilité.

 

Suite de l’article

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12 juin 2013 3 12 /06 /juin /2013 19:50
Entente-cordiale reaches a new high level

11/06/2013 Royal Navy

 

With a keen eye on the future HMS Queen Elizabeth Carrier Programme, a Fleet Air Arm Airborne Surveillance and Control Squadron, working with the French Navy’s Carrier Air Group, (CAG) on a major French Navy Air Defence exercise has proved an outstanding success.

 

The 849 Naval Air Squadron deployment of two Sea King Mk7 Airborne Surveillance and Control (SKASaC) helicopters facilitated participation in a multi-national Air Defence exercise with the French Navy Carrier Air Group (CAG) and a Squadron of Swiss Air Force F /A-18 D Hornet fighters.

 

Four Squadrons make up the French CAG: two of Rafale fighters, (11F & 12F), one of Super Étendard fighters (17F) and a E2-C Hawkeye squadron (4F) which provide carrier strike and airborne early warning for the Flagship of the French Navy, the French nuclear-powered aircraft carrier, FS Charles de Gaulle.

 

Operating from the French Naval Air Station at Landivisiau in Brittany the pair of Sea Kings from Royal Naval Air Station Culdrose cemented further, long-established links in Anglo-French relations.

 

The deployment was fully integrated within the Air Defence Exercise and supported by not only the superb logistical support with host nation infrastructure, but also from the French CAG Operational Planning Staff, who planned and executed the joint exercise.

 

Integration was fundamental between the two nations and the employment of the SKASaC in the core role was a key enabler. This included fighter control training missions for the CAG strike assets on their way to attack naval surface vessels from France and the UK, providing some of the highlights during the training.

 

The Air Defence Week exercise is part of the operational work-up that the French CAG has to complete before joining up with the FS Charles De Gaulle and being declared ready to deploy.

 

Entente-cordiale reaches a new high level

“This exercise proved an excellent opportunity for SKASaC and its air surveillance and fighter control capabilities,” said Lieutenant Commander Jim Hall, Senior Observer of 849 NAS.

 

“We achieved a significant amount on so many levels.

 

"A comprehensive Airborne Surveillance and Control training programme provided the basis for the mission profiles, as well as continuation training for 854 NAS and the achievement of the Operational Conversion Phase for three ab-initio aircrew students who will be deploying in the near future on Operations.

 

"It also proved an excellent chance to re-establish links with the E2-C Hawkeye Squadron who are affiliated to 849 NAS.”

 

Overall the Sea Kings achieved over 40 hours flying and completed 16 mission sorties conducting control of the Carrier strike (CS) assets, with mission profiles including Maritime Strike missions and Composite Air Operations (COMAO) against ground targets.

 

Captain Mark Garratt, Commanding Officer of RNAS Culdrose, took the opportunity to visit the detachment and secure closer links with his French counterpart at the French Naval Air Station Landivisiau

 

"We can learn a great deal from each other. This exercise has proved the mutual benefit to be gained from working closely together in challenging operational scenarios.”

Entente-cordiale reaches a new high level
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11 juin 2013 2 11 /06 /juin /2013 16:50
Image of the Day: 11 June 2013 by UK MoD

11 June 2013 UK MoD

 

The Wildcat, the Royal Navy's next-generation helicopter, is undergoing a crucial workout off the south coast of England. Test pilots, specialist engineers and technicians have already carried out trials at sea and noted the helicopter's flight characteristics to enable them to set the limits for it to be safely operated at sea. The lessons being learned will help the Fleet Air Arm devise the training courses for the Wildcat aircrews of tomorrow. [Picture: Crown copyright]

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6 juin 2013 4 06 /06 /juin /2013 18:50
Last Type 42 warship decommissions

 

Jun 6, 2013 ASDNews Source : Ministry of Defence

 

    HMS Edinburgh, the last of the Royal Navy's Type 42 destroyers, officially bows out of service today, Thursday 6 June.

 

HMS Edinburgh’s White Ensign will be lowered for the last time during her decommissioning ceremony at Portsmouth Naval Base, ending an era which began with the launch of HMS Sheffield in 1971.

 

The ageing Type 42s, which have served the Navy across the globe for 40 years, have gradually been phased out to make way for the Type 45s, which are among the most sophisticated and powerful warships in the world.

 

Among hundreds of guests at the decommissioning ceremony today will be Lady Heseltine, HMS Edinburgh    ’s sponsor, and wife of former Defence Secretary Michael Heseltine, who launched the ship on 14 April 1983.

 

Seventeen of the ship’s former commanding officers and dozens of Type 42 veterans will also attend.

 

Edinburgh’s 270-strong ship’s company will be on parade during the 50-minute ceremony and will be inspected by Lady Heseltine and senior naval officers.

 

RAF Typhoon and Hawk aircraft, together with a Sea Fury from the Royal Navy Historic Flight, will perform a flypast before the final lowering of the White Ensign.

 

HMS Edinburgh’s Commanding Officer, Commander Nick Borbone, said: “It will be a poignant day for all of us associated with HMS Edinburgh. It is also a day of celebration when we remember the 40 years of faithful service that ‘The Fighting 42s’ have given, manned by dedicated men and women, proud to serve in this world-renowned class of ship.”

 

Career highlights

 

Built by Cammell Laird at Birkenhead, Edinburgh was commissioned in December 1985; the 14th and final Type 42 to enter service.

 

Her first deployment was to the Gulf in 1987, escorting numerous merchant ships safely through the region.

 

The following year His Royal Highness The Duke of York joined as one of the ship’s officers, serving on board during a 6-month round-the-world deployment.

 

In 1996, Edinburgh rescued the crew of a crippled sailing boat while on patrol in the Gulf. She despatched her Lynx helicopter to rescue all 9 Pakistani crewmen from the vessel after it took on water in stormy conditions and eventually sank.

 

She took part in the second Gulf War in 2003, supporting Royal Marines ashore and acting as escort to the helicopter carrier HMS Ocean.

 

The following year Edinburgh deployed to the Mediterranean and was involved in Operation Active Endeavour, monitoring sea lanes as part of the war on terror.

 

And in 2008, during operations in the Gulf, she seized a drugs cargo – stashed on board a sailing boat – worth several million pounds.

 

Edinburgh entered refit in 2010 and spent most of the following year in the South Atlantic. She returned from her final deployment – conducting security patrols across the South and North Atlantic – in March.

 

The end of an era

 

Type 42 air defence destroyers have been the backbone of the Royal Navy’s fleet since the first – HMS Sheffield – was commissioned in 1975.

 

They have served on operations across the globe, including the Falklands conflict of 1982 and the Gulf War in 1991. As recently as 2011, HMS Liverpool was ordered to Libya as part of the Navy’s contribution to NATO’s naval blockade of the country during its civil war.

 

Liverpool supported the no-fly zone by controlling NATO aircraft from the sea, enforced the embargo on arms sales to the Gaddafi regime, and fired 111 high-explosive rounds against targets ashore.

 

Type 45 takes the baton

 

The Type 42s have been replaced by the Type 45 destroyers; the most advanced warships the nation has ever built. Several of the new class of ship have already deployed operationally to the Middle East and across the Atlantic.

 

Their mission is to shield the fleet from air attack using the Sea Viper missile which can knock targets out of the sky up to 70 miles away if necessary.

 

The Type 45s can also be used as general-purpose warships; they have huge flight decks to accommodate helicopters up to the size of a Chinook. There’s also enough space on board to host a Royal Marines detachment up to 60-men strong.

 

As for the ship’s company, they enjoy ‘creature comforts’ only dreamed of by their forebears; no sailor lives in a mess square for more than 6 people and there are no communal heads (toilets) or showers.

 

All Type 45s are based in Portsmouth and will serve until around 2040.

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