Archive for the 'missile defense' Tag
Every now and then I get a chance to reach escape velocity from my day job and do something really fun or different. Recently that entailed presenting a BMD overview to a couple of classes that were part of the Naval War College’s Non-Resident Seminar program (of which YHS is a graduate). And like any good presenter these days, one needs a brief – so, ecce:
Another test of the SM-3 Blk 1A was successfully completed last night with the intercept of an IRBM-class target:
The Missile Defense Agency (MDA), U.S. Navy sailors aboard the Aegis destroyer USS O’KANE (DDG 77), and Soldiers from the 94th Army Air and Missile Defense Command operating from the 613th Air and Space Operations Center at Hickam Air Force Base, Hawaii, successfully conducted a flight test of the Aegis Ballistic Missile Defense (BMD) element of the nation’s Ballistic Missile Defense System, resulting in the intercept of a separating ballistic missile target over the Pacific Ocean. This successful test demonstrated the capability of the first phase of the European Phased Adaptive Approach (EPAA) announced by the President in September, 2009.
At 2:52 a.m. EDT (6:52 p.m. April 15 Marshall Island Time), an intermediate-range ballistic missile target was launched from the Reagan Test Site, located on Kwajalein Atoll in the Republic of the Marshall Islands, approximately 2,300 miles southwest of Hawaii. The target flew in a northeasterly direction towards a broad ocean area in the Pacific Ocean. Following target launch, a forward-based AN/TPY-2 X-band transportable radar, located on Wake Island, detected and tracked the threat missile. The radar sent trajectory information to the Command, Control, Battle Management, and Communications (C2BMC) system, which processed and transmitted remote target data to the USS O’KANE. The destroyer, located to the west of Hawaii, used the data to develop a fire control solution and launch the SM-3 Block IA missile approximately 11 minutes after the target was launched.
As the IRBM target continued along its trajectory, the firing ship’s AN/SPY-1 radar detected and acquired the ballistic missile target. The firing ship’s Aegis BMD weapon system uplinked target track information to the SM-3 Block IA missile. The SM-3 maneuvered to a point in space as designated by the fire control solution and released its kinetic warhead. The kinetic warhead acquired the target, diverted into its path, and, using only force of a direct impact, destroyed the threat in a “hit-to-kill” intercept.
During the test the C2BMC system, operated by Soldiers from the 94th Army Air and Missile Defense Command, received data from all assets and provided situational awareness of the engagement to U.S. Pacific Command, U.S. Northern Command and U.S. Strategic Command.
The two demonstration Space Tracking and Surveillance Satellites (STSS), launched by MDA in 2009, successfully acquired the target missile, providing stereo “birth to death” tracking of the target.
Today’s event, designated Flight Test Standard Missile-15 (FTM-15), was the most challenging test to date, as it was the first Aegis BMD version 3.6.1 intercept against an intermediate-range target (range 1,864 to 3,418 miles) and the first Aegis BMD 3.6.1 engagement relying on remote tracking data. The ability to use remote radar data to engage a threat ballistic missile greatly increases the battle space and defended area of the SM-3 missile.
Initial indications are that all components performed as designed. Program officials will spend the next several months conducting an extensive assessment and evaluation of system performance based upon telemetry and other data obtained during the test.
FTM-15 is the 21st successful intercept, in 25 attempts, for the Aegis BMD program since flight testing began in 2002. Across all BMDS elements, this is the 45th successful hit-to-kill intercept in 58 flight tests since 2001.
Aegis BMD is the sea-based midcourse component of the MDA’s Ballistic Missile Defense System and is designed to intercept and destroy short to intermediate-range ballistic missile threats. MDA and the U.S. Navy cooperatively manage the Aegis BMD Program.
This test in essence replicates what Phase I of the European Phased Adaptive Approach will be capable of in final form — a sea-based SM-3 Blk 1A intercept of MRBM/IRBM class missiles with cueing from a forward-based sensor (here the TPY-2). The lead element of Phase I, the sea-based element, is already deployed with the scheduled deployment of the USS Monterey (CG 61) earlier this year on BMD patrol. Worth emphasizing is that while deployed on BMD patrol, Monterey is nonetheless still capable of multiple missions, of which BMD is one, demonstrating the flexibility of these mobile, sea-based units.
On reading the text of the Treaty (still wading through the Protocols) am finding nothing untoward or diverging from what has been said here and elsewhere these past few days. Overall, it is a modest effort at reduction — nothing on the order of the original START reductions. It does re-establish an atmosphere of verification and compliance, though not as intrusive as the previous Treaty and includes use of “national technical means,” on-site visits and exchanges of telemetry data.
In the final months of negotiation there was a lot said on the Russian side about missile defense and linkages to the new Treaty – much more than reported in the Western press, by the way. Of relevance to this part of the discussion is Article III 7(a) which states:
“A missile of a type developed and tested solely to intercept and counter objects not located on the surface of the Earth shall not be considered to be a ballistic missile to which the provisions of this Treaty apply.”
In other words, ABM and ASAT missiles that have been exclusively developed and tested for those purposes (e.g., SM-3 family) are exempt from the Treaty.
Note also that there is a withdrawal clause for “extraordinary circumstances” (Article XIV Section 3) which is a common clause for treaties of this nature and is not extraordinary for this treaty. In light of the Russian’s unilateral statement on missile defense, it may be highlighted in subsequent discussions. The text of the declaration follow:
“April 8, 2010
Statement by the Russian Federation on Missile Defence
The Treaty between the Russian Federation and the United States of America on the Reduction and Limitation of Strategic Offensive Arms signed in Prague on April 8, 2010, can operate and be viable only if the United States of America refrains from developing its missile defence capabilities quantitatively or qualitatively.
Consequently, the exceptional circumstances referred to in Article 14 of the Treaty include increasing the capabilities of the United States of America’s missile defence system in such a way that threatens the potential of the strategic nuclear forces of the Russian Federation.”
Worth keeping an eye on as we move down the pike on the European PAA is the “qualitatively” part of the first sentence. Earlier (March 18) statements by Foreign Minister Lavrov singled out improved capabilities of the EPAA “by 2020″ which coincides with introduction of the SM-3 BlkIIB.
Finally, at the signing ceremony, the President stated:
“President Medvedev and I have also agreed to expand our discussions on missile defense. This will include regular exchanges of information about our threat assessments, as well as the completion of a joint assessment of emerging ballistic missiles. And as these assessments are completed, I look forward to launching a serious dialogue about Russian-American cooperation on missile defense.”
How much this was intended to allay or soften the Russian unilateral statement and the substance of those future talks 9as well as the direction they will take the European PAA and other bi- and multi-lateral missile defense initiatives in various theaters and regions, remains to be seen.
(crossposted at steeljawscribe.com)
(UPDATE: Looks like the story is getting walked back a bit…the AP’s source, “A Western military official in Saudi Arabia” is being contradicted by Pentagon spokespersons–who say there was no launch of any kind.)
How, exactly, does one test a “submarine-launched ballistic missile” from Saudi territory?
“The United States test-fired a submarine-launched ballistic missile capable of carrying nuclear warheads during a joint military exercise Wednesday with Saudi Arabia, a Western military official said.
The Trident missile launch was carried out in the kingdom, the official said, but he would not give a precise location. He spoke on condition of anonymity because of the sensitivity of the issue.”
Was this missile fired from a land-sharkesque Sand Sub? Did we ship a missile over for a launch from a Saudi facility? Or fire it from a sub elsewhere?
I mean, while this may explain why some Tehran IP addresses have been, ah, oh, rather avid consumers of my home-blog, NextNavy.com, I really wonder what is going on here.
What an odd story….If this missile launched from the Saudi’s sandy seas, at a Saudi launch facility, then…I must ask: Do we really want to export this kind of strike platform? There?
We need to know more.
A lot more–Did America conduct an unprecedented Persian Gulf/Red Sea/Indian Ocean launch….for a missile defense test? Or is this the new face of Prompt Global Strike–a little project you can read more about in April’s USNI Proceedings)?
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(*) Estimated. H/T: Warisboring.com
March 2011. The still of the pre-dawn darkness is only slightly disturbed by the passage of a container ship. Like the many thousands of others like her plying the ocean’s ways, this one’s cargo is neatly stacked on the deck — ISO shipping containers in a multitude of colors and shippers markings. As the fog bank thickens, a radar scope is closely scrutinized on the bridge. Out here, off the shipping lanes no other merchant traffic is expected and, it would appear, neither were there any signs of fishing craft or more troubling, naval or coast guard ships. Earlier in the night a code had been passed via an internet podcast and confirmed via a secure webpage. Soon, very soon, part of the ship’s cargo would complete the long journey begun in Sverdlovsk.
Up forward, locks are removed on two of the containers and a pair of shadowy figures enter each container. A series of muffled noises from the interior of the boxes is rapidly followed by their tops falling to one side and a brace of four tubes quickly rise to the vertical. A minute or two passes and the quiet is shattered by a series of explosions. From each tube a long, slender figure emerges atop a cloud of gases. Bright flames suddenly appear and the forms race off to the far horizon, away from the sun, still hours away from rising.
NAVSTA Norfolk has been home to US naval aviation ever since Eugene Ely first flew his fragile, kite-like aircraft off a makeshift platform mounted on the anchored USS Birmingham. From her roadsted, flattops of the Essex, Midway, Forrestal, Enterprise and now the Nimitz class sortied to distant spots on the globe to carry out the missions assigned — presence, deterrence, and when necessary, the fury unleashed from their decks and the holds of their escorts reinforced the determination of a free people to remain free.
On this early morning, Pier 12 is brightly lit in floodlights as the two Nimitz-class carriers, USS Harry S Truman (CVN 75) and USS Theodore Roosevelt (CVN 72) complete preparations for an emergency sortie on the tide. Both had pulled into Norfolk one day prior with their full airwing complement on board to take on one final round of provisions and the remainder of their embarked airwing personnel and equipment. Tensions have dramatically risen in the Gulf over the past few weeks following Iran’s declaration of nuclear capability. There had been no detonation, and some were saying it was just a boast – that the Iranians were still years away from really having the capability for even a couple of weapons. Still, Israel had attempted a long-range strike only to recall it when the US threatened to expose the mission. A show of force was in order and to reinforce the two carrier presence in the Gulf (Eisenhower and Washington were already there) the Vinson was being turned back from a Hong Kong port visit and TR with Truman would join her outside the Straits of Hormuz.
Rear Admiral Meyer’s philosophy of “Build a Little, Test a Little, Learn a Lot” drove the testing and milestones of the Aegis system. Having witnessed problems with existing missile systems related to a lack of testing, tests that incorporated too many objectives, and failed system integration efforts requiring massive “get well” programs, he drove the project to conduct numerous tests in development and in delivery of production gear prior to ship installation.
That philosophy carried over into the sea-based ballistic missile defense (BMD) program, using the Aegis weapons system at its core. The following are scenes from the development of Aegis BMD — from the designing board to sea. A clear example of the results of following that philosophy may be seen in the sequence of test shots over the final two minutes of the film — the early intercepts aimed for the center of mass of the target. As the tests progressed, watch how the aim point is walked forward towards the harder to hit but more important (simulated) warhead section of the target:
Video link: Aegis BMD – Beginnings
Two items of note for today’s summary — France may be seriously studying missile defense and Russia’s at it again (re. European Phase Adaptive Approach – PAA).
Parlez-vous la Défense de Missile Balistique ?
A recent 65-page study on BMD, written by three members of Parliament at a think tank linked to the National Assembly (“Defense et Strategie”) argues for France committing to building, or at least contributing to a BMD system to counter the growing threat from nations hostile to Europe (in general) and France (in particular). The authors, members of leading centrist parties, assert that the threat will grow over the next 15 years, especially from the likes of Iran, and (and this is a new argument) that a BMD is necessary to strengthen France’s nuclear deterrent. In doing so, they also acknowledge that the political will to move forward is lacking in France and Europe (surprise!) and is an attitude that they seek to change.
It is also perhaps worth noting that it was the Obama Administration’s decision to press with the PAA over the former GBI-centric system the Bush Administration had planned that pushed the authors into the study. The reason? Their view that an American-led system and architecture establishes American industry as a threat, or ‘double risk’ for Europe — double since the Europeans and NATO have yet to devise a comprehensive BMD policy in line with 21st Century threats and if one country equips itself with an American C2 system, it must, perforce, equip itself entirely with compatible US parts.” Note that the Japanese don’t seem to mind with the incorporation of Aegis BMD into their cruisers and establishing joint development for elements of the SM-3 system. The rub, of course, is as the report goes on to say, that the lack of a BMD system would leave European companies blocked from accessing certain export markets. Sort of like the ones cruise missiles like the EXOCET have been pitched to. That worked out well for all involved (cf. USS Stark).
Obligatory snark about export sales and French aspirations to industrial prominence aside, the study is significant in that it acts as both another venue voicing concern over Iran’s long-range missile progress (no one but the most ardent partisan would argue the French are sock puppets for the US, especially where maters of intelligence are concerned) and it may well be a bellwether signal that Europe proper may be moving off the dime in terms of serious consideration of ballistic missile defense on the Continent. One method suggested would be the formation of industrial partnerships to develop a European BMD based on France’s current highly advanced technology and cited the ASTER missile system as an example.
This will be a most interesting topic to follow for any one of a number of reasons. As anyone who has worked with/in NATO will attest, gaining consensus for action is the key for success, be it in planning or operations. But in the world of missile defense, one of the hardest things to accomplish is establishing a sound architecture for command and control of the system. Hard enough when only one or two countries or AORs are in play, and almost Stygian where the defended area encompasses many borders and nations. Seams abound and where seams and gaps reside, ballistic missiles readily fill. In no small degree this is one of the major challenges Navy faces as it moves down the four-phase PAA for the defense of Europe with sea- and shore-based Aegis BMD/SM-3 integrated with TPY-2 and THAAD batteries. Perhaps in the interest of integration and economy, France ought to look closer at what the US has already accomplished with international partners like Japan, Israel, Britain, Spain and the Dutch across a variety of programs and capabilities.
(note: the study may be found here: http://www.christopheguilloteau.com/actualite1.htm)
In the meantime, Russia continues to work a campaignof disinformation, hoping to disrupt and thwart the deployment of BMD in Europe…
Iran No Threat to USA, Europe ‘In Foreseeable Future’ – Russian Foreign Minister
In an article in today’s Ria Novosti, Russian Foreign Minister Sergei Lavrov took a direct shot at the US’s proposed missile defense plan for Europe and the US:
“It is evident that Iran currently poses no threat to the U.S. and European countries… At the moment, Iran has no missiles capable of striking Europe, let alone the U.S., and is unlikely to develop [such missiles] in the foreseeable future,” Lavrov said.
Pressing the point, in another article he surfaced a concern that the US has repeatedly, since the days of the GBI deployment, detailed to the Russians is not the case:
U.S. officials admit that the missile defense system in Europe might be able to hit Russian inter-continental ballistic missiles by 2020. (ed. Note – it was said at the time that phase 4 would have a limited capability against some ICBMs – the US has never made the statement Lavrov attributes – SJS)
“The U.S. administration says its global missile shield program is not directed against Russia. However, our conclusions on the true potential of the future missile defense system should be based on specific military and technical factors, not on words,” Lavrov said.
“We will not accept a state of affairs when a missile defense system poses a threat to Russia’s nuclear deterrence potential,” he went on.
The question one must ask — is Lavrov playing a “bad cop” to Medvedev’s “good cop” (and that is stretching it given Medvedev’s comments re. linking missile defense with the follow-on START treaty) where his rhetoric is merely used to address the home audience’s concerns, or, are we seeing a glimpse of Putin’s approach when he ceases being the power behind the throne and assumes the full mantle of national leadership as many expect when he is eligible once again? If the latter, then this Administration is going to have its hands full. Caution in dealing with our European allies, especially with Poland and the like, is the watchword. After unilaterally changing direction on one missile defense plan for Europe and the US by the switch from GBI’s to the PAA (and, for the record, I thought this was a proper shift) – another such shift that reduces or places additional limits in any way on the planned system will have negative consequences for perceived US leadership on the Continent.
We can expect that the Russians will continue to press this issue relentlessly – and our leadership, especially State and DoD had better be ready to just as relentlessly push-back.
We are about one-third of the way through Iran’s annual “Ten Days of Dawn” observation which celebrates the victory of the Islamic revolution in Iran and the return of the Ayatollah Khomeini in 1979. The occasion serves as a platform for Iran to boast about progress under the Islamic Republic and demonstrate military, scientific and technical prowess. This, despite the West’s attempts to limit technology transfer in key areas, such as missile technology.
Day 3 of the celebration is set-aside as “Space Day” and yesterday, Iran’s President Ahmedenejad had three items of note/accomplishment to announce that:
- Iran had launched a payload of animal specimens (a mouse, turtles and worms) into space and recovered them on a new research rocket named Kavoshgar-3 (Explorer-3);
Three new satellites were unveiled: the Tolou (Sunrise), the Mesbah 2 (Lantern 2), and the Navid (Promising Sign) and
A new space launch vehicle, Simorgh-3, which will serve as the launch vehicle for those satellites.
- Simorgh SLV
Of these announcements, the last is the most interesting and perhaps, troubling. With the ability to loft 220 lbs into a 310 mile earth orbit (if it indeed works), that would move Iran into a new capability category with a nascent ICBM. The implications for the US and allies would be the impact on the European PAA and near term planning for the global BMDS, all of which (along with the BMDR) were predicated on a slower timeline for Iran to develop an ICBM capability, 2015 or ‘mid-decade.’ Tied with Iran’s continued intransigence on the nuclear front (aided and abetted by China’s continued refusal to support a sanctions regime) this is one announcement that has little upside to it. Russia, at least, is coming into alignment with the US:
“Mutual understanding between Russia and its international partners on additional sanctions has clearly improved,” Kosachyov said in an interview with state broadcaster Rossiya 24 today. “The situation is beginning to alarm us increasingly.”
A successful launch will likely bring pressure to bear on the US to step up the rate of deployment and development of both the sea- and land-based elements of the European PAA, leveraging increased deployment time on units that are already HDLD in nature and turning up the burner on the SM-3 Blk IIa program. It may also cause a reassessment of the plans for the ground-based BMD system to see if it still serves as a hedge in its current configuration as per the BMDR.
The continued advancement of Iran’s missile programs stands in defiance of the MTCR, a voluntary consortium of 39 countries regarding the export controls on technologies central to missile development. Of course, neither China nor North Korea are members and they are among the worst of the serial proliferators, North Korea especially so in the case of cooperative ventures with Iran. Also neither China, North Korea or Iran are parties to the follow-on regime, the International Code of Conduct Against Ballistic Missile Proliferation. The enablement of this unholy alliance of proliferators brings us to the Simorgh. Below are two images, one of the boost stage of the Safir-2, which placed a small satellite into earth orbit last year. The second image is what is presumed to be the business end of the Simorgh’s first stage — a cluster of four liquid-propelled rockets.
Again, clearly it seems the Iran’s indigenous program is well underway in spite of these regimes.
The leading question then becomes, given the historical record of cooperative effort between North Korea and Iran, how related is/will be the Simorgh to the TD-2:
. . . and that, as the saying goes, is the $64,000 question.
Crossposted at steeljawscribe.com
We live in an age marked by dwindling numbers of real pioneers and visionaries.
Today we just lost another and we are all a bit poorer for it. – SJS
From DoD News:
Retired Navy Rear Adm. Wayne E. Meyer, regarded as the father of the Navy’s AEGIS Weapons System, passed away today.
“I am deeply saddened by a great loss to our Navy family,” said Admiral Gary Roughead, Chief of Naval Operations. “Rear Admiral Meyer’s passion, technical acumen, and warfighting expertise served as the foundation of our Navy combatant fleet today. On behalf of the men and women of the United States Navy, I extend my deepest and most heartfelt sympathy to the Meyer family. He was a close friend and mentor to so many of us. His legacy will remain in the Navy forever.”
Meyer was born in Brunswick, Mo., on April 21, 1926. In 1946, he graduated from the University of Kansas with a bachelor’s degree in electrical engineering. He also held an master’s degree in astronautics and aeronautics from the Massachusetts Institute of Technology, and a bachelor’s degree in electrical engineering from the Naval Postgraduate School.
Meyer’s Navy career began in 1943 as an apprentice seaman. In 1946, he was commissioned an ensign in the U.S. Naval Reserve and was transferred to regular Navy in 1948. After several years at sea, he returned to school in 1951 and attended the Joint Guided Missile School, Fort Bliss, Texas, and the Naval Line School, Monterey, Calif., and eventually served as an instructor at Special Weapons School, Norfolk, Va.
In 1963, Meyer was chosen to head the TERRIER desk in the Special Navy Task Force for Surface Missile Systems. He turned down a destroyer command to continue his work with missile, radar, and fire control systems, and became the founding Chief Engineer at the Naval Ship Missile System Engineering Station, Port Hueneme, Calif. In 1970, the Navy chose then Capt. Meyer to lead the development of the new AEGIS Weapon System in the Naval Ordnance Systems Command.
In this position, Meyer was promoted to rear admiral in Jan. 1975. In Jan. 1977, he assumed duties as the founding project manager of the AEGIS Shipbuilding Project. This project was ultimately responsible for the construction of all of the Navy’s current cruisers and destroyers – with 89 ships built or in construction, and more in planning. This is one of the longest and largest naval shipbuilding programs in history. He retired from active duty in 1985.
In Nov. 2006, the Secretary of the Navy announced that an Arleigh Burke class destroyer, DDG 108, would be named in honor of Rear Adm. Meyer. Christened on Oct. 18, 2008, the ship utilizes the same combat system that Meyer helped to develop, the Aegis Combat System, including the SPY-lD, multifunction phased array radar. This advanced system makes the AEGIS ship the foundation of the U.S. Navy’s surface combatant fleet. Additionally, when the ship is commissioned in Philadelphia, Pa. on Oct. 10, 2009, it will be manned with a complement of highly trained sailors, providing the Navy with a dynamic multi-mission warship that can operate independently or as part of carrier strike groups, surface action groups, or amphibious ready groups, ensuring USS Wayne E. Meyer will lead the Navy into the future.
Rear Adm. Meyer’s personal decorations and service medals include: Distinguished Service Medal; Legion of Merit; Meritorious Service Medal; Navy Meritorious Unit Commendation Ribbon with Bronze Star; China Service Medal; American Campaign Medal; World War II Victory Medal; Navy Occupation Service Medal; National Defense Medal with Bronze Star; Armed Forces Expeditionary Medal; Vietnam Service Medal; Republic of Vietnam Gallantry Cross with Palm Unit Citation; and Republic of Vietnam Civil Actions Unit Citation.
His other awards include: American Society of Naval Engineers Gold Medal, 1976; Old Crow Electronics Countermeasure Association Silver Medal; Distinguished Engineer Alumni Award, University of Kansas, 1981; Naval Ordnance Engineer Certificate #99; Fellow in the American Institute of Aeronautics and Astronautics; Missile Systems Award for distinguished service, American Institute of Aeronautics and Astronautics, 1983; Navy League’s Rear Admiral William Sterling Parsons Award, for scientific and technical progress in construction of the nation’s AEGIS fleet, 1985; Harold E. Sanders Award for a lifetime of contributions to Naval Engineering, American Society of Naval Engineers, 1985; Admiral J. H. Sides Award for major contributions to Anti-Air Warfare, National Security Industrial Association, 1988.
In 1977, Meyer was designated a Pioneer in the Navy’s Acquisition Hall of Fame in the Pentagon. In 2008, he was presented with the sixth annual Ronald W. Reagan Missile Defense Award.
Cross posted at steeljawscribe.com
It is time for Naval Aviation to become more than interested bystanders and step up to the plate for the ballistic missile defense mission. For those who have been otherwise engaged or looking elsewhere, the cover and main article in the May 2009 issue of Proceedings is your wake-up call. Now, besides the ever-present threat posed by cruise missiles, we can add ballistic missiles to the list of concerns. And to the naysayers who point to the Aegis community and say it’s their job because they’re the archer, I say not so fast, for several reasons. Chief among these is the growing threat itself.
Since the end of the Cold War, ballistic missiles have become a growth industry, especially in the short- and medium-ranged categories (figure out to 1500km). Missiles in these categories don’t require the engineering, technology, and support structure of their larger IR/ICBM cousins and as such, lend themselves to a variety of domestic production programs using proliferated knowledge and technology, or, may be purchased wholesale from willing proliferators, such as the DPRK. These missiles lend themselves to mobile launchers which may be deployed far forward, reducing warning and engagement times, and employed in sufficient quantities as to greatly complicate planning and operations in a number of areas and conditions ranging from APOD/SPOD operations to choke point transits. The numbers may be troublesome enough on their own – add in WMD, especially where certain countries that are expanding their ballistic missile capabilities are also engaged in nuclear programs that are unsupervised by international agencies and the problem 3-5 years out grows more complicated. Factor in the addition of sophisticated technology by near-peer nations – MaRV’s based on the Pershing II missile with millimeter terminal guidance radar for example, that are deployed in significant numbers on mobile platforms well within denied territory, and planning at all levels – tactical, operational and even strategic grows more difficult as options are taken off the table. Difficult or impossible, that is, absent a robust and credible defense.
CNO has declared BMD to be a core competency for all Navy – not just Aegis BMD. To be successful in that mission area will require efforts and capabilities that cut across communities and the operational and electromagnetic spectrum, much like we have and are doing for cruise missile defense. We must be able to bring to bear the full capabilities of sea-based power, kinetic and non- as all the elements of that sea-based power can provide force multiplier roles from pre-launch to terminal intercept. Naval aviation is a major player in this effort and not just as an attempt to “get a piece of the action.”
While it is true that at present, the only active (read: hard kill) defensive capability is via the SM-3 family and SM-2 BlkIV, there are a number of near and longer term instances where naval aviation, and carrier aviation in particular, will play an increasingly important role. Emphasis in the last several years in the development of these missiles and Aegis BMD has focused on the mid-course/exo-atmospheric (SM-3) and terminal/endo-atmospheric (SM-2 BlkIV) intercept of short- and medium range ballistic missiles, along with the long-range search/track contribution of Aegis BMD as part of the BMDS designed to counter intermediate- and intercontinental ballistic missiles. However, with the recent shift in emphasis to the regional/theater fight and a renewed focus on ascent phase intercept (API), maritime forces will come to play a substantially increased role in all three areas of BMD – offensive action, passive and active defenses. How will this be possible? Through a combination of emerging/evolving platforms and capabilities teamed with core competencies already found across several NAVAIR communities. Let’s look first at the platforms.
A key requirement and necessary capability for API to be successful is persistent ISR with rapid cueing via fast, redundant network paths to the shooter(s), in this case Aegis BMD-equipped ships. CVW’s in the 3-5 year out view will see their capabilities grow in this area following planned upgrades and introduction of new platforms. Close at hand will be the wider deployment of AESA equipped F/A-18E/F Super Hornets and the EA-18G Growler. One potential vulnerability of mobile TBMs is their command and control networks, especially if there is intent to employ them in saturation raids in concert with anti-ship or land-attack cruise missiles. Identification of critical communications nodes and attack via non-kinetic means may result in disruption of attacks or even disablement of the missiles themselves. The capabilities inherent in AESA-equipped aircraft and the electronic attack capabilities in the Growler lend themselves to further investigation in this field. Netted and linked data between these platforms, passed via current E-2C’s and fused with other off-board sensors (e.g., Predators, EP-3, and other joint platforms) build a richer picture for the afloat and ashore command elements. At the far end of that 3-5 year period the E-2D Advanced Hawkeye should begin seeing fleet introduction and the addition of its networking capability and revolutionary mechanically- and electronically scanned radar, among many other new or improved capabilities will bring battle management in the missile defense realm to new levels. Tapped into CEC or one of the other links for cueing, an Aegis BMD ship should be able to fire on remote, significantly expanding the battle space for API. Farther out, the addition of BAMS, P-8 and EPX, a possible marinized-Predator/Reaper and UCAV-N grow the range of possibilities for persistent ISR and cued attack, non-kinetic and kinetic. Indeed, even today Predators and their IR tracking have been successfully used in BMD tests. The carrier version of the JSF, the F-35C, will bring additional capabilities to the fight with its integrated sensor/weapons suite. And don’t forget – Fire Scout is already out there with potential near shore/over the beach surveillance as well.
While the platforms are coming on-line, what is more important is recognition within the various NAVAIR communities, especially VAW, VAQ and VQ of these inherent BMD capabilities, that BMD is a core mission across the Navy and that their particular communities have a natural affinity for BMD. Particular skill sets are required in the areas of C4I, Battle Management, ISR, net-centric operations and data fusion, all of which are an inherent part of those communities and representative of a natural and evolving growth. Joint and combined operational experience would certainly underscore these skill sets.
Thirty years ago the VAW community, was geared to the long-range AEW/AAW fight and gave little thought to the overland ABCCC mission, for example. Yet by the time of operations in the Gulf and over former Yugoslavia it was increasingly engaged and tasked so. Those skill sets evolved from the battle management skills developed over a half-century of AEW and refined in the digital age with the introduction of the E-2C/F-14 teamed with Aegis with the assistance of organizations like the Carrier AEW Weapons School and Naval Strike Warfare Center. Today it should be no less so and with organizations like the Navy Air and Missile Defense and Naval Strike and Air Warfare Commands serving as the laboratory cum schoolhouse for such evolutionary expansion, the time to start is now.
Because the threat certainly isn’t marking time…
- Midrats this Sunday, May 17 2013 – Episode 167: Intellectual Integrity, PME, and NWC
- Remembering our Fallen Coast Guard Shipmates and their Families
- On Midrats 10 Mar 13, Episode 166: “Expeditionary Fleet Balance”
- Guest Post by LTJG Matthew Hipple: From Epipolae to Cyber War
- For Strength and Courage: Neptunus Lex