Royal Navy Ships

Debate between Tobias Ellwood and Oliver Colvile

Tuesday 3rd December 2013 Westminster Hall

[Mr Tobias Ellwood (Bournemouth East) (Con)]

It is a pleasure to work under your chairmanship, Mr Hood. I am delighted to have secured a debate on future ships for the Royal Navy. That may seem an odd subject, considering that the Queen Elizabeth-class carriers will not be operational until 2020 and that the Type 26 global combat ship, for which advance plans are in place, is not expected to enter service until June 2022.

The development times for such vessels are long, and although the plans to replace the Invincible-class carriers with the QE-class carriers were made in 1997—16 years ago—and the green light to replace the Type 23s with the global combat ship was given 15 years ago, the first sheet of metal has yet to be cut. If we combine that lengthy development period with, first, Britain’s ever-evolving place and role in the world; secondly, the changing threats and challenges that we face away from traditional deep-blue-water engagements; and, finally, the seismic changes in war-fighting technology, it makes perfect sense to ask what role the Royal Navy should play in the future and how it should be equipped to perform that role.

Let me take each of those points in turn. The previous strategic defence and security review made it clear that, as a maritime nation, we will retain significant global interests, with our prosperity, stability and security largely dependent on access to the sea and the maintenance of uninterrupted free trade. Having served in the armed forces, I would be the first to support a large permanent military capability, but history shows that that is a luxury that the nation cannot always afford. For hundreds of years, the size of our armed forces has concertinaed, and this decade will be no different. With defence spending falling from about 4% of GDP in the cold war to 2% today, it is right that we consider what the default size of our armed forces should be to allow us to meet our national and international security obligations and to respond, with or without our allies, to sizeable short-term commitments.

Although we cannot predict the future, we can say with some certainty that our forces will be deployed. Thanks to modern, 24-hour news coverage, which allows the nation to take a more proactive and vocal interest in the type of interventionist engagements that we participate in—as reflected in the recent vote on punitive intervention in Syria—and to the fact that there is no appetite for repeating the intervention challenges of Iraq and Afghanistan, we are likely to be more selective about the engagements that our forces are committed to. Future operations are likely to be multinational, light-footprint, manageable and easy to extract—essentially, low-risk entanglements—especially when mass is not immediately available or politically desirable. That bodes well for the greater utility of the ship—if it is built with the flexibility to modularise for the task.

Let me turn now to the changing threats and challenges that we may face. I draw Members’ attention to the latest book by respected author, strategist and counter-insurgency expert David Kilcullen, in which he speaks of

“the dangers of marginalised slums and complex security threats of the world’s coastal cities, where almost 75% of the world’s population will be living by midcentury.”

He predicts

“a future of feral cities, urban systems under stress, and increasing overlaps between crime and war, internal and external threats, and the real and virtual worlds.”

Of course, not everyone will agree with his rather grim predictions, but it cannot be denied that an increasingly interdependent world will be characterised by intense globalisation and competition, favouring many people, but alienating others.

With 80% of the world’s population living within 100 miles of the sea and most human maritime activity, such as shipping, fishing and hydrocarbon exploration, taking place 100 miles out to sea, most of the world’s economic activity will be conducted in a narrow strip of land and sea—the so-called littoral. It is there that we will find the poorly governed or the ungoverned space that leads to future conflicts—whether prompted by natural or man-made disasters—and that provides the breeding grounds for trouble. That, in turn, will threaten Britain’s interests. That is where future tensions and conflict will occur, as the world shifts towards a multipolar construct. Britain must adapt to that new landscape if it is to continue to play an active and engaged role in shaping global change. That means developing more flexible, mobile and defendable military capabilities, and the Royal Navy has a key role to play in that.

Given the platforms that are about to come online, it could be argued that almost all the kinetic operations that we have carried out recently could have been achieved from the relative safety of the sea. By way of illustration, I should point out that 35% of US air operations over Afghanistan were conducted from carriers based in the Indian ocean, while 40% of all allied sorties in the Libya campaign came from a single carrier—the Charles de Gaulle—before it had to retire for maintenance.

That is a powerful argument, if ever there was one, for commissioning both QE- class carriers, not just one. I will not comment too much on those carriers, because I made my views clear in my Royal United Services Institute report, but they will be game changing for British military capability. Two carriers would allow us to develop not only carrier strike, but a permanent expeditionary capability, unlike the use of Apaches on Ocean, which was a temporary move.

That leads me to the advances in war-fighting technology. The current revolution in technology is changing the conduct of warfare—arguably, to a far greater extent than the arrival of the longbow at Agincourt, the Gatling gun in the US civil war or the tank at the battle of Cambrai. Such so-called force multipliers give the user greater war-fighting effect at an ever greater distance from the target. Each new development moves the conduct of war into a new chapter.

The same applies in the maritime environment. The development and application of new technology—in essence, tactics—over hundreds of years, and, possibly, a local rule that allowed the spoils of war to be shared by the crew, allowed the Royal Navy to dominate the high seas for a long time, charged by Parliament with protecting and growing British trade routes and interests. We have seen the development of full-rigged ships; cannons, which replaced the need to board enemy ships; and the dreadnoughts, which had fewer but larger guns. In the last century, we saw the introduction of submarines, aircraft carriers and torpedoes. With the technology coming online today, tomorrow’s battles—wherever they are—will be fought not just by those in the theatre of war, but, arguably, by a similar number of operators hundreds of miles from the battlefield, as unmanned warfare becomes the norm.

The advanced systems coming online will transform the ability of all three services to collect intelligence; to deter, or efficiently and clinically to defeat, the enemy at range; and to blur the lines of responsibility between the services. Operationally, we are only beginning to appreciate that, as reflected in the Libya campaign, where HMS Ocean, with a combat range of 8,000 miles, carried Apache helicopters, with a combat range of 300 miles and armed with Hellfire missiles, which have a range of 8 km. A stand-alone system was temporarily placed on a platform, crossing service boundaries no less, to assist with an objective. The question I therefore pose today is: could there be more of that ability to modularise systems to meet the variety of tasks that we now require of our fleet? That means challenging the Royal Navy’s desire for all its ships to be permanently capable of high-end warfare tasks.

The Type 45 destroyer, for example, is a formidable ship, arguably the top of its class in defending the skies at sea and attacking other ships. It is, however, so high-spec that it cannot hit things on land, as traditionally that has been the domain of the RAF and, latterly, the sub-surface fleet. It is built for high-end and deep-blue warfare, yet it spends 50% of its time conducting SDSR taskings, such as counter-piracy and counter-drugs operations, and humanitarian operations, such as those that we have recently seen in the Philippines.

I have no doubt that we need high-end capability, but that kinetic capability must be able to harness the full spectrum of complex weapons technology and take on future technologies by being more modular and systems-based. I therefore very much welcome the fact that the lines between the frigate and the destroyer are being blurred in the design of the Type 26 global combat ship. I understand that it should be able to fire Tomahawk missiles from the Sylver vertical launch system A70 pods and that there is space on board for two Wildcat helicopters and a number of rigid inflatables, as well as 40 Royal Marine commandos. One does not need to be an able sea dog to recognise how much more versatile the design will be. It will certainly be more proficient in expeditionary warfare in the littoral environment.

With the detailed ship design yet to be agreed, will the Minister consider increasing the size of the mission bay and deck to offer greater space beyond that for the planned two helicopters? I stress the point: whether manned or unmanned, the airborne capability extends the versatility of a vessel, from the high-end to the soft power influence, giving the ship vastly increased expeditionary capability. We are now seeing unmanned aerial systems, or drones, to use common language: the ScanEagle, the Fire Scout and Boeing’s Hummingbird. They will be the norm in the skies; they will be a permanent part of war.

I will not go into the details about selected precision effects at range, but I would encourage increased synergies in the complex weapons systems employed by all three services. Is there any reason why Storm Shadow cannot be fired from a ship or, indeed, Brimstone from a Wildcat? Another example is the Mistral MBDA surface-to-air launch system, which can be fired from helicopters or ships and is also man-portable. That is a bit of kit that is versatile across all three services—a great example of one system being shared across the board.

I ask the Minister to recognise the convergence of interest in the battle space and the challenges of the continued siloed approach to procurement. I will cite one British example. The Fire Shadow, procured by the British Army, is a surface-launched precision loitering missile with a range of around 100 km. It is transported by trailer behind the back of a 4-tonne lorry. There is no reason why such a cheap but accurate bit of kit could not be modularised and placed, when required, on board a ship. Heaven forbid, it could even be run by the Royal Artillery, although perhaps that is a step too far. I believe that that is the mindset that should dominate future joint effect—modular systems covering all four phases of war that can be brought together.

As the design for the Type 26 is consolidated, I offer two options: option 1, do we need all 13 of them to be of such high specifications, or could, say, five of the eight have a more simplified design, where tailored assets are assigned depending on the task at hand? On option 2, if we commissioned just eight Type 26s, we could use the additional funds to procure 10 cheaper, larger modular ships with the deck and mission space for a minimum of four rotor systems to effectively conduct counter-piracy and counter-narcotics operations and defend home waters and to excel at upstream engagement, stabilisation and humanitarian tasks.

[Oliver Colvile (Plymouth, Sutton and Devonport) (Con)]

Does my hon. Friend recognise that it is important that we also have ships that will protect our aircraft carriers? After all, the key thing that Nelson always talked about was the need for frigates to support the rest of the flagships and other such things.

[Mr Ellwood]

My hon. Friend makes a valid point. I commend him for his work in supporting what goes on in Devonport. He is absolutely right that ships can and often do work individually, but they might be required to be part of a larger flotilla or part of a taskforce, which might include defending an aircraft carrier. Clearly, with a limited number of platforms, that would be harder to do, so an increased number of ships would make the job easier.

The types of role that the Type 26s could be engaged in—upstream engagement, stabilisation and humanitarian tasks—are the very things the SDSR is saying that we should be doing more of, to promote Britain’s interests. I believe that such a design might even allow the provision for an Army company strength to be based on board. Essentially, the ship could be a small moving location—a sea-based platform for operations to be conducted on land. In essence, it could act as a safe lily pad from which land and sea-based assets could be safely deployed without the need for any boots to be permanently on the ground. Such a ship would then free the high-end ships for NATO, middle east, south Atlantic and nuclear deterrent duties. Indeed, as my hon. Friend has just said, they would be free to form part of a flotilla to protect our aircraft carriers.

The Minister will be aware that the surface fleet is coping—but only just—with meeting its maritime obligations with 19 destroyers and frigates, when 23 ships is the defence strategic direction mandated standard. We are therefore taking an operational risk, and that is managed, but option 2 would mitigate that risk. I urge the Minister to gain some inspiration by looking at the United States littoral combat ship, or the USS Freedom, a catamaran-style ship. The US is exploring exactly the same more modular-based approach. The MOD wrote a joint concept report colourfully entitled “Future ‘Black Swan’ Class Sloop-of-War”, published in May last year, which talks exactly about the concept of a far cheaper ship, with the money invested instead in the systems that go on it.

As we slowly approach the next SDSR, will the Minister look at one further system that I believe would be game changing in the maritime environment? The V-22 Osprey is a US multi-mission military tiltrotor aircraft. It is an example of the large utility helicopters of the future. It already operates on the US Wasp-class carrier and can fly higher, faster and further, and it can of course land on the deck of any frigate or destroyer. It would be able refuel our F-35s. Such a system would have an enormous impact in the maritime environment. I believe that leasing six from the United States, similar to what we did with the C-17s, would make logical sense.

In conclusion, it has been said time and again that, no matter how advanced, ships can only be in one place at a time. We have impressive naval ships, but they remain very specific in their remit and too siloed in harnessing systems from all services—and, of course, there are only 19 of them. Our ships are conducting a number of international duties that they were not built to achieve. Looking ahead, Britain must excel at influencing activities in the littoral environment. I believe that that aim is best served by simpler and cheaper platforms, where the sophistication and investment is focused on the modular systems on board, rather than on the ship. I hope that I speak for both sides of the House in paying tribute to all those who serve in the Royal Navy and the Royal Marines. I offer my thoughts today in the spirit of ensuring that the House considers how we can best equip the Royal Navy in future in the lead-up to the next SDSR.

Several hon. Members rose—