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    New Vessel Prepared to Rescue Submariners Lost in the Deep


    A new submarine rescue system, owned jointly by France, Norway and the UK, has successfully completed trials off the coast of Norway. When it comes into service it promises to offer a complete rescue package for trapped submariners, should the unthinkable happen on their submarine, anywhere in the world. The new submersible vehicle will be complement the new US Submarine Rescue Diving and Recompression System based in San Diego. Both are due in service this year, are capable of worldwide deployment and will be available to all submarine-operating nations.

    The three countries will also support the new vehicle through its 30 life expectancy at a cost of £157 million. The project is managed by the MOD’s Defence Equipment & Support team on behalf of the three nations. When in service it will based at Faslane on the Clyde and managed by In Service Submarines Integrated Project Team and the existing LR5 rescue submersible and Scorpio remotely operated vehicle will leave operational service.The new rescue submarine will have a crew of three and is designed to rescue 15 submariners at each  sortie. Photo: UK MOD

    Designed and built by Perry Slingsby Systems ltd of Kirkbymoorside, the rescue submarine will have a crew of two pilots and an attendant. It is designed to rescue 15 people at a time and will normally operate a four-hour cycle. The vehicle consists of a free-swimming rescue vehicle with an A-frame portable launch and recovery system, a transfer under pressure facility to safely decompress personnel from a pressurized submarine, and an intervention system for survey and rescue preparation. It is powered by advanced sodium nickel batteries with higher power-to-weight/space ratio than traditional lead acid batteries used in current rescue vehicles. Designed to provide time to first rescue target of 72 hours the submarine is designed for air mobility and will be maintained in high readiness status, the submarine will be able to mobilize at a 12 hours’ notice, transported by road and air to a mother-ship destined to operate where a submarine has been sunk. The mother-ship supports the underwater rescue operation by monitoring and guiding the crew through fiber-optic umbilical providing video, communications and data link to the command team on the mother ship.

    It will be able to rescue a crew from depths of 40 to 610m, at angles of up to 60 degrees and with internal pressures as high as 6 bar. The vessel is designed to operate at rough sea conditions, and will operate in sea state 6 (5m high waves) and remain on station in 10m high seas. The free-swimming rescue vehicle concluded a successful ‘mate’ with the Norwegian submarine Uredd at a depth of 87 meters in Husnes Fjord, just south of Bergen, last month.

    A view of the treatment chamber looking through to the 30-person main decompression chamber. Photo: UK MODInitial Trials Verify Basic Submarine Performance

    “The NATO submarine rescue system is nearing the end of a complex period which has combined design, development, manufacture and demonstration,” said Commander Dickie Burston, leader of Defence Equipment & Support’s NATO Submarine Rescue System team. “It will now move forward and provide the nations with a world class capability.” Last month’s trials were supported by the Harstad, a Norwegian coastguard vessel acting as mother ship. On its deepest dive the rescue vehicle, which has previously been pressure tested to depths of 840 meters, went down in 100m steps to just over 600m with full system checks at each depth. While not all the deep water acceptance trials were completed in full, there were enough key events for the trials to be declared a success. Trials to include testing hatch operations at depth, angled ‘mating’ up to 60 degrees and the ability to recover the vehicle from rough seas will take place soon.

    According to Cdr Burston, “Tom Heron, the senior pilot and one of the most experienced submarine rescue operators in the world was delighted with the trial, commenting on the stability, maneuverability and power available and how solid she felt at 610m, with none of the usual creaks and groans heard at great depths.”
    Further trials are planned over the next six months. Deployment next month from the MV Argonaute provided by the French Navy will include a two-day medical exercise to test the transfer under pressure facility and develop casualty handling and co-ordination of rescuees. Air portability trials, training and more exercises will continue in the summer and there may be full participation in NATO’s exercise ‘Bold Monarch’ off Norway in late May and early June 2008.

    “As a former submarine commander I do not expect submarines to sink, but it is not possible to guard against all eventualities and completely eradicate equipment failure, human error and just plain accidents.” said Cdr Burston, “Submarines still hit uncharted sea-bed pinnacles or have major fires on board and, while the crews manage to get them safely back to port on almost every occasion, if a submarine should sink and some of the crew remain alive on board, it is fundamental that the navies are able to effect rescue. “The submarine rescue system will give us and any other nation that wishes to be associated an outstanding cost-effective solution to the accident that we hope will never happen again.” Burston concluded.

    First published in the March 2008 issue of UK MOD Preview magazine.

    $1.14 Billion Orders Sustain MRAP Production Through 2008

    The Pentagon released last week (March 14, 2008) five new contracts for the dlivery of 2,243 Mine Resistant Ambush Protected (MRAP) vehicles at a total value of these contracts is over $1.14 billion. These new orders will to be completed by November 2008. Sharing these new orders are BAE Systems, International Military and Government LLC (IMG), and, to a lesser volume – Force Protection International.

    BAE System’s subsidiary Stewart & Stevenson Tactical Vehicles, was awarded a fourth order worth $482 million for the production of 1,024 Caiman vehicles. These CAT II vehicles will be configured with CAT I seating. BAE Systems will also deliver 393 CAT II RG33 vehicles, 51 heavily armored ambulances and three Special Forces Command Vehicles based on the MRAP design, under a separate $234 million order. With the two new contracts, the company now has firm orders worth $2.95 billion to deliver 3,150 Category I vehicles and 1,927 Category II vehicles for the U.S. Army, the U.S. Marine Corps and Special Forces. More than 2,000 BAE Systems employees in the United States and 400 in South Africa are producing these vehicles. In addition, about 500 personnel are supporting them in theater, as part of a fielding organization established by the company.


    International Military and Government LLC (IMG), received a seventh order worth $410 million for 743 Category I vehicles (Maxxpro), The company is producing the MaxxPro at a pace of 500 vehicles per month, and has already delivered 2,000 vehicles to the military (of which some 1,500 are already operational). IMG’s overall MRAP vehicle orders total more than $3 billion since the first contract was awarded in May 2007.

    While this mammoth production effort demonstrated the company’s resilience, it also challenged its supply base to the limit. Plasan, International’s armor producer partner announced last week that by the end of February 08 it delivered about 2,000 MaxxPro armor kits. The company is currently working on new orders for 2,500 kits. To sustain this production surge Plasan expanded its US production facility in Vermont, increasing employment nearly fourfold to more than 200 jobs while adding new, larger capacity equipment. Plasan licensed its technology to IMG, which is then shares Plasan’s design, technology and assembly with other suppliers to expand production capacity. Plasan also maintains a globally balanced supply chain enabling the company to rapidly respond to urgent customer requirements.

    Force Protection Industries received a smaller order worth about $10 million funding acquisition of 18 vehicles – a dozen CAT I (Cougar) and six CAT II. These vehicles are used primarily by the U.S. Marine Corps. The company will also deliver 11 MRAP CAT III (Buffalo) route clearing vehicles under a separate $8 million order.

    European METEOR Missile Test Fired over Sweden

    Testing of the Meteor Beyond Visual Range (BVR) Air/Air Missile (BVRAAM) developed by MBDA continue in Sweden. The recent missile test flights were conducted by Gripen fighter aircraft on 6 March, as the Meteor was fired at an MQM-107B ‘Streaker’ high-subsonic subscale aerial target at the Vidsel Missile Test Range in Sweden. This test concluded a series of development firings to prove the overall performance of the missile and its various subsystems in terms of guidance, propulsion, data link and fuse. The next phase in the program will test fully capable pre-series production missiles. These tests will commence towards the end of 2008 and will continue progressively through to the end of the development program by late 2011.

    The missile was rail-launched from the Gripen flying at 0.9 Mach and at an altitude of 18,000ft (5500m). Following the boost phase, the missile successfully transitioned to its ramjet operation and accelerated to its operational speed. The seeker then acquired the target and tracked it through to intercept. During the flight the missile’s data link successfully demonstrated communication between the missile and the firing aircraft.

    Meteor will be operated on Typhoon, Rafale and Gripen aircraft, with the air forces of France, Germany, Italy, Spain, Sweden and the UK. According to MBDA, Meteor has three to six times the kinematic performance of current air/air missiles of its type. The key to Meteor’s outstanding performance is throttleable ducted rocket (ramjet). Designed in Germany by Bayern Chemie, this new propulsion system allows the missile to maintain a very high speed all the way to the target, giving increased stand-off and disengagement ranges and better ability to chase and destroy highly agile maneuvering targets. Other key features of the missile include stealthy launch, and robust performance against countermeasures.

    According to Dave Armstrong, MBDA’s Meteor Multinational Project Director, the program partners are expected to commit taking up their production options in the upcoming pre-production industrialization phase.

    GE, Rolls Royce to Begin Testing a Production Configured F136 Engine for JSF

    General Electric and Rolls Royce are planning to begin testing a production configured of the F136, the alternate power plant for the F-35 Lightning II Joint Strike Fighter. “Based our successful test results and the recent completion of our Critical Design Review, we’re on track to begin testing the F136 production-configuration in just a few months,” said Jean Lydon-Rodgers, President of the GE Rolls-Royce Fighter Engine Team. The F136 engine, a 40,000+ lb. thrust engine is designed to power all the F-35 Lightning II Joint Strike Fighter (JSF). the Fighter Engine Team recently completed a successful Critical Design Review, validating the unique design of the engine. The team indicated the F136 program remains on schedule and within budget and is fully funded by the US Government for FY 2008. More than 50 percent of the System Development and Demonstration funding for the engine has already been appropriated and the US Government has invested more than $2 Billion in the program.


    The GE-Rolls-Royce Fighter Engine Team recently completed a high-altitude afterburner testing program of the engine, proposed as an alternative to the F135 currently flying on the F35s prototypes. These tests were performed at the US Air Force Arnold Engineering Development Center in Tennessee, with engines configured with Conventional Takeoff and Landing (CTOL) and Short Takeoff Vertical Landing (STOVL) common exhaust systems. The engine configuration included a production-size fan and functional augmentor allowing several run periods to full afterburner operation. The two engines being tested were produced during the pre-System Development and Demonstration (SDD) phase. CTOL test objectives were successfully accomplished in mid-March 08. STOVL testing continue for several weeks to come. Representing the latest configuration, the original powerplants have been updated with new fan, augmentor and controls technology designed during the SDD process.

    The pre-SDD engines have totaled more than 600 hours of test time, contributing significantly to risk reduction in the program. The first full SDD engine is scheduled to begin testing by early 2009, with first flight in the F-35 to follow in 2010. The SDD phase is scheduled to run through 2013; the first production F136 engines are scheduled to be delivered in 2012 for the F-35 Lightning II aircraft. This occurs during the fourth lot of F-35 aircraft production, which is very early in the overall aircraft production program. The F136 will be fully interchangeable for the F-35. The F136 was the first F-35 engine to offer a single engine configuration for all three versions of the aircraft: STOVL for the U.S. Marine Corps and U.K. Royal Navy, Conventional Takeoff and Landing (CTOL) for the U.S. Air Force, and the Carrier Variant (CV) for the U.S. Navy.

    The two team partners share the work on the F136 with GE – Aviation, responsible for 60 percent of the F136 program, developing the core compressor and coupled high-pressure/low-pressure turbine system components, controls and accessories, and the augmentor. Rolls-Royce, with 40 percent of the F136 program, is responsible for the front fan, combustor, stages 2 and 3 of the low-pressure turbine, and gearboxes. International participant countries are also contributing to the F136 through involvement in engine development and component manufacturing.

    Boeing, Raytheon Awarded $130 Million to Upgrade Radars on Eight F-15Cs

    The Boeing Company has been awarded a $130 million U.S. Air Force contract to upgrade 16 Air Force and Air National Guard F-15C Eagles with the APG-63(v)3 Active Electronically Scanned Array (AESA) radar. This contract follows a similar agreement signed in September 2007 to equip seven aircraft. Raytheon, The radar producer’s share of this contract will be about $89.5 million. In September 07 Raytheon received a $52 million order to produce the radars for the first batch. The current order also includes logistical support. According to Jim Means, director of proprietary programs for Boeing Global Strike Systems, the new orders extend the APG-63(V)3 upgrade program through 2010.

    Raytheon’s APG-63(v)3 AESA radar builds upon APG 63(v)2 technology and the hardware advances of the F/A 18E/F Super Hornet’s APG-79 AESA radar. It provides significantly enhanced performance and reliability at an affordable cost. The new radar is the latest addition to the F-15C. Previous upgrades included a fighter-to-fighter data link, GPS navigation and the Joint Helmet Mounted Cueing System, enabling network centric operations while employing the latest air-to-air weapons.

    DSIT Announces New Asian Orders for AquaShield Diver Detection Systems

    DSIT Solutions Ltd. From Israel is announcing at IMDEX three new order from Asian customers, for AquaShield Diver Detection Systems (DDS) worth US$5 million. The new sonar launched in 2008 is designed to detect divers and protect fixed and relocateable installations, such as ports, coastal facilities and stationary vessels.

    The first AquaShield system was installed in 2007 to protect an oil terminal in Poland. In 2008 the company supplied systems worth $8 million, including a complete harbor surveillance system capable of detecting, tracking, classification and promptly responding to above-water as well as underwater threats. “We are currently experiencing a growing demand for our products due in part to the surge in terrorist activities around the globe.” Dan Ben-Dov, DSIT’s VP Sales & Marketing told Defense-Update. The systems, to be used at undisclosed locations in Asia, will guard and protect the customer infrastructure from underwater intrusion and sabotage. The system will include multiple DDS units, which will be combined and integrated into a comprehensive surveillance system. He said the system has proved extremely reliable, operating around the clock.

    The need for improving monitoring and detection of underwater threats were realized in recent years, as the risk of terror attack became more realistic. “Current marine surveillance solutions often ignore the areas of underwater surveillance and underwater site security, tracking only above-water activity, and leaving the area under water vulnerable to intrusion by divers and Swimmer Delivery Vehicles (SDV).” said Ben-Dov, “Navies, governments and commercial companies are becoming aware of the need to protect critical marine and coastal infrastructures”. DSIT’s AquaShield provides such capability with an unattended sonar system that detects tracks and warns of unauthorized divers and SDVs activity throughout the protected area. According to Ben-Dov, AquaShield provides positive detection, with low false-alarm rate at the longest possible range, utilizing very-low frequency sonar, augmented with resolution level adequate to detect a human diver and SDV while ignoring potential false targets such as large fish and water mammals. Operating over an extended range enables the system to evaluate multiple potential threats simultaneously and provide the operators with early warning, conduct identification and pursuit of the threat, thus improving overall response times

    This AquaShield display screen depicts two divers tracked as they infiltrate into a protected facility. Photo: DSIT

    The system provides automatic detection, tracking and target recognition, locating potential threats at a sub-meter resolution, in a specific sector prevents site shutdown on every alert, while enabling security units to employ the necessary intervention. AquaShield tracks can be relayed to a remote display unit, installed on a patrol boat, enabling rapid and effective interception of maneuvering targets.

    The DDS operates unattended and is integrated into existing command and control systems, monitored and controlled through a single console. DSIT offers the sensor in three versions differing in their coverage configurations – 120°, 240°, and 360°, thus adapting to different site topography. Each sensor provides a ‘node’ in the security network. Such sensors are installed on a jetty, breakwater or pier, where the underwater sensor is attached to an electronic control unit located above water, or on the seabed, where the sensors are fitted with integral electronic processing unit. Underwater sonar units are strategically placed underwater to provide maximum coverage of the protected area. The number and configuration of nodes are customized to meet each site’s unique requirements and topology. The system can be deployed within one hour and operate in all weather and water conditions.

    In 2009 DSIT expects to surpass last year’s sales. By May this year the company added three major customers in Asia, among them a $1.7 million system installed in a large energy facility and a $2.3 contract with an Asian government, installing comprehensive port security solutions, all based on the AquaShield.

    AquaShield sensors (image above) can integrate into a port security utilizing a single console (left) where underwater sonar sensors and alerts are integrated with perimeter and area security and surveillance systems such as remotely controleld EO sensors seen on the right. Photo: DSIT

    Fighting Counterinsurgency in Iraq – Veterans speak out in Clear

    For a majority of Americans, these days in March 08, mark the fifth anniversary of the start of an Iraq war that was not worth fighting, one that has already cost thousands of lives and surpassed spending over half a trillion dollars, which, these days, seem critical for US economy. But for the Bush administration, however, it is the first anniversary of an Iraq strategy that seems to signal a change of fortune and has started to show signs of success. But does it?

    In the spring of 2007, as the first wave of new combat brigades arrived in Baghdad to execute President George W. Bush’s troop surge, an Army lieutenant colonel named Paul Yingling former deputy commander of the 3rd Armored Cavalry Regiment, who served two tours in Iraq, wrote a highly intriguing article in the Armed Forces Journal, criticizing US military leadership in Iraq. It was an extraordinary piece of writing by a serving military officer.

    The debate which followed Colonel Yingling’s article is in itself of significant interest, as it displays a growing unrest within the US Army’s officer corps in the conduct of counter- insurgency (COIN), or asymmetric warfare, in Iraq and in Afghanistan. In his article Colonel Yingling argues that the US general corps needs to be overhauled because it failed to anticipate the post-invasion insurgency in Iraq, and because of its reluctance to admit the onset of such an insurgency in 2004. He likens Iraq to Vietnam, stating that “for the second time in a generation, the United States faces the prospect of defeat at the hands of an insurgency”.


    Because Vietnam was commanded by different generals than Iraq, he concludes that the US generalship, as an institution has failed, though not individual generals. He proposes that Congress takes more interest in military affairs, especially when confirming generals to their combat related posts. Generals, in his opinion, need to be aware that future US wars won’t involve one big enemy army – that is, they need to admit that realities have changed since the World Wars. He states that the US needs generals to be more creative, as well as better understand the history of war, international relations, and foreign cultures.

    The colonel actually spares no small talk on his critics: “It is unreasonable to expect that an officer who spends 25 years conforming to institutional expectations will emerge as an innovator in his late forties Actually senior officers suffer from conformity, lack of vision, and lack of creativity”, the colonel claims. Moreover, “Events over the last two decades demonstrate that insurgency and terrorism are the most likely and most dangerous threats our country will face for the foreseeable future. Our enemies have studied our strengths and weaknesses and adapted their tactics to inflict the maximum harm on our society.”

    A new look at Counterinsurgency?

    Colonel Yingling’s unprecedented “j’accuse” caused quite a ruckus among his fellow compatriots and the media, which obviously had a field day. But it also triggered an important debate, in which some of the more important issues in modern warfighting came to light and not only within the US Army. The ongoing arguments, which reflect various views over tactics used, represent an attempt to answer a searing question: “What are the lessons of Iraq?” Ultimately, the answer will probably emerge in and endless debate, which will continue long after the troops are withdrawn from the battlefield.

    Counterinsurgency is a much-disputed concept, but it refers to methods of warfare used to divide a civilian population’s political and sentimental allegiance away from a guerrilla force. From the start of the Iraq war, a cadre of warrior-thinkers in the military has questioned the use of tactics that focus more on killing enemies than giving the Iraqi population reasons not to support terrorists, insurgents and militias.

    “We don’t just talk about the enemy, we talk about the environment,” explained Lt. Gen. Ray Odierno, until recently the corps commander in Iraq, in a lecture at the Heritage Foundation. Even the staunchest critics assert that early use of a sound counterinsurgency strategy could have won the Iraq war itself. But many analysts agree, based on the visible decline in violence in Iraq during the last half of 2007 that a better counterinsurgency strategy would have allowed the war to have been less costly than it proved to be.

    There are critical lessons that the counterinsurgency proponents believe need to be applied – first in Iraq and Afghanistan, and then institutionalized throughout the entire military establishment. To them, institutionalization is key: it’s something that the military avoided in the generation between Vietnam and Iraq, so as not to entangle the U.S. in any more counterinsurgency campaigns – even as adversaries adjusted to America’s conventional military dominance. The fact is that during the Clinton era, the Pentagon focused on buying more high-tech jet fighters, sophisticated communications systems, and sensors, all geared towards high intensity conflict, while placing very little emphasis on the tactical needs in low-intensity warfare, which was already in the cards, in the turn of the new century. A similar trend emerged clearly in the Winograd Commission findings, which examined the Israeli defense community decisions in preparing the IDF for a low-intensity conflict with Hezbollah during summer 2006.

    Within the US Army there are already some early signs, small as they still are, of an institutionalization change. General David Petraeus, an officer with considerable experience in counterinsurgency warfare, has become a significant figure opting for profound changes in the army’s tactical and operational doctrine. Before the general left for his overall command in Iraq, Petraeus commanded the Combined Arms Center at Ft. Leavenworth, a bastion of the Army’s institutional knowledge, where he established the first counterinsurgency course for young officers. Another important development is the fact, that the Army recently raised stability operations to equal importance with offensive and defensive operations in its official Operations manual, FM 3-0 – adding a brand new category of warfare for the first time in the Army’s 232-year history. But not all is going smoothly yet, as it takes time to make new operational concepts to be fully accepted within a deeply conservative and highly institutionalized organization like any professional Army. There are already some “seniors” in the service, which regard the “newcomers” as insufficiently “mature” to radicalize long established operational traditions. In their view, the “young and eager counterinsurgents” , are still regarded in outsider status, which causes them naturally, to consider themselves a besieged minority inside the “Big Army “.

    Even elements in the Marine Corps, traditionally known as open minded, people are somewhat skeptical over the newly emerging trend, which they fear could sap some of their specific operational requirements. Present Marine Commandant, Gen. James Conway, and surprisingly even slighted counterinsurgency in his latest public statements as a “lesser-included” mission of the Marine Corps. General Conway commanded the 1st Marine Expeditionary Force during Operation Vigilant Resolve in Fallujah and rumors then spread that the Marines were criticizing army tactics in the battle, which the general vehemently denied: in his words : ” We shall follow our orders”, as he and his troops did indeed in the controversial battle of Fallujah.

    But the counterinsurgency strategy still encounters opposition within the Army. Even with General Petraeus promoted to the helm of the Army’s lucrative promotions board, some of his compatriots wondered why, for example, a veteran colonel named H.R. McMaster, who successfully implemented a counterinsurgency strategy in the Iraqi city of Tal Afar in 2005 at the command of the 3rd Armored Cavalry Regiment, had been surpassed and will he ever receive his first star?

    Still something seems to give after all, in the bureaucratic grapevine from the top down. While the long established procurement priorities of the Army have not dramatically changed since Operation Iraqi Freedom (OIF), nor have the ground services gotten a significantly bigger piece of the budgetary pie “The Army has gotten a much bigger share than it has traditionally because of the costs of the operations in Iraq and Afghanistan, where it plays the dominant role,” said Steve Kosiak, a defense analyst at the Center for Strategic and Budgetary Assessments. “In terms of the ‘base’ budget – i.e., the budget exclusive of war costs – its share has grown as well, but only very modestly. But it still receives slightly less than the Navy and Air Force.” Kosiak warns.

    Nevertheless, there are counter critics in the ongoing debate as well. One of them is Yingling’s brother officer, anArmy lieutenant colonel Gian Gentile, who served two tours in Iraq commanding an armored cavalry squadron. The colonel considers the counterinsurgents’ sense of besiegement to be virtually ludicrous. To him, the military is undergoing a “titanic shift” in favor of counterinsurgency with little debate over its in-depth implications. “I worry about a hyper-emphasis on COIN and irregular warfare,” he claims in another article in the Armed Forces Journal, “with less mechanization, less protection and more infantry on the ground walking and talking with the people, it’s a potential recipe for disaster if our enemies fight the way Hezbollah did against the Israelis in the summer of ‘06.” Colonel Gentile warned. Gentile said that units – including his own – applied COIN practices throughout the war, but he observed that in Iraq, conditions got worse, not better.

    That realization turned Gentile from an ardent COIN practitioner to a COIN skeptic. Counterinsurgency, he now believes, has a role in a modern military, but an excessive focus on it serves as an alibi to avoid recognizing that the U.S. military is not omnipotent. “I think Andrew Bacevich (a former army colonel and international relations professor), at the policy-strategy level, has basically nailed it,” Gentile said, referring to the retired Army colonel who contends that Iraq is an irredeemable strategic mistake. “He points out the limits of what American military power can accomplish.”

    Striking that balance is the central question in U.S. military circles in 2008, and the counterinsurgency community is at the heart of it. In this argument between two respected senior officers, the next major debate over U.S. defense policy can be gleaned. Yingling speaks for an ascending cadre of young defense intellectuals, most of whom are Iraq and Afghanistan veterans, who assert that the U.S. military must embrace principles of counterinsurgency if it is to triumph in the multifaceted fight against global terrorism. While still at odds, in their respective views ,both based on their common experiences in combat, the two colonels readily agree, that the military still suffers from lack of intellectual reassessment. “We don’t agree on every point,” Yingling said, “but we do agree on the need for a rigorous debate in the Army about what kind of threats we face and what the Army needs to defeat them. I would not want the Army to rigidly adopt COIN doctrine in the same way we rigidly adopted high-intensity mechanized state-on-state warfare.”

    Defense Update would like to open a discussion on this highly intriguing issue, which affects not only the US Army, but also all military forces engaged, one way or other in counterinsurgency and asymemtric warfare against terrorists.

    Raytheon Unveils Tandem Warhead Bunker-Busting Technology


    Raytheon Company (NYSE:RTN) demonstrated a new conventional warhead technology designed to defeat hardened and deeply buried bunkers. In a recent test the new 1,000 pound class (454 kg) tandem warhead demonstrated penetration of 19 feet, 3 inches (5.86 meters ) of a 20-foot (6 meters), 330-ton, steel rod-reinforced concrete block, delivering 12,600 pounds per square inch (psi) compressive strength (about twice the pressure generated by existing 1,000 pound weapons). The new large shape-charged test was the first against a target built to withstand pressures of more than 10,000 psi. Most conventional weapons in the same weight class as Raytheon’s precursor warhead cannot penetrate targets rated at more than 6,000 psi.

    The new tandem warhead consists of a shaped-charge precursor warhead combined with a follow- through penetrator explosive charge. Raytheon engineers believe Tandem Warhead System, which is lighter and more powerful than current conventional systems, is suited for weapons with long standoff range and greater survivability against enemy threats.

    “Bunkers are getting harder and deeper, and high-value ones are extremely well protected,” said Harry Schulte, Missile Systems’ vice president, Strike product line. “The warfighter has a need for increased capabilities against this challenging target set, but because conventional warheads in the inventory can’t meet this requirement, Raytheon self-funded the development of this new warhead.”
    “Now that we’ve demonstrated it’s possible to create a conventional warhead that weighs approximately 1,000 pounds and provides unmatched capability, we’re looking at scaling the technology,” Schulte said. “We believe we can place a warhead that uses this new technology on any strike weapon system in the inventory in 18 months or less.”

    According to Schulte, innovative engineering techniques enabled Raytheon’s engineers to take the warhead from the drawing board to the proving grounds in fewer than nine months.

    Context-Aware Computing Rediscovers Information for Intelligence Analysts

    Analysts review and file hundreds of pieces of data from multiple sources amid the everyday challenges of interagency sharing requirements and compressed timetables to provide mission-critical intelligence. However, mission success may depend on analysts re-finding that same, now critical bit of data weeks or months after they first discovered it. But making rediscovery even more difficult is how analysts organize their data

    Analysts traditionally file data in highly personalized ways, meaning that filing methods across the intelligence enterprise can be quite diverse. As a result, personalization may make it more difficult for analysts to share data files and rediscover the original context of the data.

    According to Mark Hoffman, Advanced Technology Laboratories (ATL) technology manager at Lockheed Martin, a new application called Contrail, developed at Lockheed Martin captures the analysts’ trails of discovery and reasoning as well as the items they encountered along the way, helping analysts to ‘rediscover’ stored information, find and share new information, and provide an audit trail for items like capturing lessons learned.

    Integrated into an intelligence agency’s computing infrastructure, Contrail’s software builds an explicit, machine-understandable representation of analysts’ contexts by monitoring how they handle information. The technology then builds a personalized software model that automatically tags newly found data, enabling analysts to later retrieve that needed intelligence using metadata, content, or context at time of storage.

    Analysts can also share data by using context tags – such as people, places, events, or concepts active when they first stored the data. During searches, Contrail automatically suggests stored items that are relevant by matching the current situational context with that on the tags of stored items.

    Contrail was developed in 2007 as a context-aware computing framework that gives the intelligence community the tools to capture, retrieve and share contextually relevant information at reduced time and cost. It was developed as part of the Collaboration and Analyst/System Effectiveness program sponsored by the Intelligence Advanced Research Projects Activity. Through internal research and development, ATL continues to expand Contrail’s functionality.

    Dense Inert Metal Explosive (DIME)

    Research of Dense Inert Metal Explosive (DIME) technology is planned to integrated into SDB I within the next couple of years. DIME was developed to facilitate precise and focused attacks in densely populated areas, causing focused effect with minimal collateral damage. munitions based on DIME technology will benefit the warfighter in missions where standard munitions would inflict unacceptable collateral damage levels.

    The research into DIME technology is conducted by the US Air Force Resarch Lab partnered with Lawrence Livermore National Laboratory. This technology was demonstrated in a low collateral damage warhead, allowing a “behind-the-wall” threat prosecution with a highly localized lethal footprint. The warhead case consists of a low-density, wrapped carbon-fiber/epoxy matrix integrated with a steel nose and base. The low-density composite case can survive penetration into a one-foot hardened concrete wall.

    Upon detonation, the carbon-fiber warhead case disintegrates into small non-lethal fibers with little or no metallic fragments, thus significantly reducing collateral damage to people and structures. The warhead explosive fill is a dense inert metal explosive containing fine tungsten particles to provide a ballasted payload with sufficient penetration mass. The tungsten displaces energetic material so as to reduce the total energetic used. The net results are higher dynamic energy impulse all within a small lethal footprint.

    DIME are among the technologies considered for inclusion in the Focused Lethality Munition (FLM) Upgrades for the Small Diameter Bomb (SDB). FLM exploites focused lethality munitions, which would further reduce a small diameter bomb’s collateral damage. In the FLM, the steel casing will be replaced with one made of carbon fibers, thus eliminating fragmentation effect which, in standard bombs can reach up to 2,000 feet. FY2007 increase of $40.2M for Small Diameter Bomb (SDB) Focused Lethality Munition (FLM) supported teh examination of alternate bomb fills and casings into SDB I preparing for technology integration into SDB I.

    Could Premature SpinOut take FCS Out of Synch?

    The U.S. Army’s Future Combat System (FCS) program comprises 14 integrated weapon systems and an advanced information network. The $160 billion program is the centerpiece of the Army’s effort to transition to a lighter, more agile, and more capable combat force. The program led by Lead Integrators Boeing and SAIC, represent a generation leap in technology, procurement and scale for the army, research and development community and defense industry. The scale of the program, the Army’s acquisition strategy and the cost involved, led to establishment of special oversight and review by the U.S. Government Accountability Office (GAO), required to report annually on the program’s progress.

    Despite the progress made with the program in recent months, GAO assessed “The progress made during the year by the FCS program, in terms of knowledge gained, is commensurate with a program in early development. Yet, the knowledge demonstrated thus far is well short of a program halfway through its development schedule and its budget”. The report indicated that delayed development progress could lead to increased costs and delays, as the program enters the most expensive and problematic phase of full scale development. “FCS’s demonstrated performance, as well as the reasonableness of its remaining resources, which will be paramount, at the 2009 milestone review for the FCS program.,GAO determines. The report warns that requirements definition and preliminary designs are proceeding but are not yet complete in several of the program’s key areas. “Critical technologies are immature; complementary programs are not yet synchronized; and the remaining acquisition strategy is very ambitious.” GAO continued.

    GAO warns that the program is entering a critical path in 2008, as the Army decides to commit on early production of several FCS-related systems (called Spinout I), in advance of the low-rate production decision for the FCS core program in 2013. However, the Army’s commitment to the first spin out may be made before testing is complete. This decision was made in order to field some systems wit the current force, rather than the future FCS brigades, as those systems were determined as offering functions and services urgently required by warfighters today. GAO warned that production commitments should be planned after key information on all related systems is available. The Army intends to commit to production of early versions of the Non-Line-of-Sight Cannon this year. This commitment is being made to respond to congressional direction to field the cannon.

    GAO warns that the cost of the program, currently set at $160 billion could prove underestimated. Two independent cost assessments made recently are significantly higher than the Army’s estimate. While the Army reduced the content of the program from 18 systems to 14, and plans to further reduce the number of platforms if further cost control measures fail, GAO indicated that if those higher cost estimates prove correct, it seems unlikely that the Army could reduce FCS content enough to stay within the current ceiling while still delivering a capability that meets requirements. The GAO report recommended that clear criteria will be set for the program in time for the 2009 ‘go/no go’ decision; The report also recommends that the viable alternatives to FCS should be considered prior to that decision.

    US Outlines its Counter-IED Strategy: Attack the Network, Defeat the Device and Train the Force

    The latest information on the improvised explosive devices (IEDs) was the focus of remarks delivered by Joint IED Defeat leadership at a recent Arlington, Va. government-industry summit. The 2008 Counter-IED Summit, sponsored by the Institute for Defense and Government Advancement, is a forum that focused on understanding and reducing the current IED and EFP threats. The recent event was held in Washington in January 2008. Attendees included senior level professionals from military units, government agencies, contractors and technology service providers. The Counter-IED Summit 2008 was sponsored by Defense Update.

    These charts, relesed by JIEDDO in february 2008 indicate the sharp drop of IED activity in Iraq, in contrast  with proportional increase in casualties of IED attacks in Afghanistan, where attacks became more sophisticated in recent time. Images: JIEDDO.
    The Joint Improvised Explosive Device Defeat Organization (JIEDDO) kicked off the summit with an overview of the evolving threat. Established by the Department of Defense, JIEDDO’s mission is to support combatant commanders in their efforts to counter IEDs.

    In his keynote address, Navy Capt. Jeff Trumbore, JIEDDO Division Chief, Technology and Integrations Requirements Division described JIEDDO’s mission and commented on the recent decline in the number of IED incidents in Iraq. Trumbore is responsible for the technology requirements and technology solutions for countering IEDs.

    “IEDs are the weapon systems and there is a variety of weapon systems in subcategories underneath IEDs,” Trumbore told his audience. “We have been effective, the surge has worked; the technology pieces that have been put in place have had an impact. It has shifted the enemy’s tactics and has quieted the enemy down.”

    JIEDDO’s strategy focuses counter IED efforts using three lines of operation: Attack the Network, Defeat the Device and Train the Force. “‘Attack the Network’ is one of the biggest areas where JIEDDO has made progress; we enable the services to go after the network,” Trumbore explained. “Attack your enemy before they can take action.”

    Fighting The Network

    JIEDDO supports units conducting offensive operations through improvements to intelligence collection, information operations, forensic exploitation and surveillance. These initiatives become long-term Service programs of record that provide an enduring Counter-IED (C-IED) capability to the warfighter. One highly successful program targeting IED networks is the Law Enforcement Professional program. After noting similarities between organized crime and IED networks, JIEDDO funded the LEP program to leverage the knowledge and skill of former law enforcement experts to attack the IED network activities. It has enabled the services to disrupt the vast network by expanding operations beyond emplacers and target the finances, explosives, supply line of parts and the brains that build IEDs.

    Unmanned airborne systems have also been highly successful in providing surveillance capability for counter-IED efforts. A successful counter-IED initiative that has been transferred to the Army within the last year is Warrior Alpha, an unmanned airborne system with intelligence, surveillance, and reconnaissance capabilities. “Putting ISR assets over the target is critical to giving the folks in theater air detection capabilities,” Trumbore said. “JIEDDO has sent six initiatives to the Services under the detect air capability.” Trumbore also highlighted the importance of training. ‘Train the force’ is a key element of the JIEDDO strategy. JIEDDO supports initiatives that will provide the latest training, equipment, tactics and information to deploying service members. Between fiscal year 07 and fiscal year 09, JIEDDO funded 26 initiatives to assist the services in conducting training. This training dramatically increases the warfighter’s ability to perform C-IED tactics and saves lives.


    C-IED Training for the Warfighters

    Through its Joint Center of Excellence, a training arm headquartered at Fort Irwin, JIEDDO supports the Services to provide realistic training in all facets of defeating IEDs including identification of the devices and their components. Service members preparing to deploy train with the latest C-IED tactics and equipment that mirror the systems they will employ in Iraq and Afghanistan. “You can put all the technology out forward, but if you don’t have a solid training program you have not thought through the how to train the soldier to use this technology,” Trumbore said. “A lot of the technology that has been proposed to JIEDDO is something only a PhD can use. The soldier in the field must be able to put the technology to use.”

    One example is the Counter Radio-Controlled Electronic Warfare (CREW). JIEDDO funded the purchase of 35,157 CREW systems, a new-generation jammer that has cut in half the number of remote controlled IED attacks in Iraq. “CREW has been extremely effective and has driven the insurgents to other tactics,” Trumbore said. “It is moving to the Services as programs of record, they have proven their worth.”

    To train service members on how to use the equipment, units are exposed to six types of CREW devices they will find in theater, namely, the vehicle-mounted Duke and the man-portable Guardian systems. Additionally, the JCOE has trained over 1,400 personnel in Electronic Warfare (EW) training, including three EW courses that prepare CREW operators to employ the systems to best effect. “We enable the services to come up to speed with new counter IED training, not at the speed of the Pentagon but at the speed of the tactical environment,” Trumbore said. “JIEDDO has the ability and funds to make quick changes to influence the training base of the Services prior to sending folks overseas.”

    Lastly, Trumbore spoke about initiatives that defeat the IED itself. Defeat the Device works to enhance commanders’ freedom of action for safe operations and to reduce the effects of IED detonation at the point of attack. “‘Defeat the Device’ is tangible,” Trumbore said. “You can see it, put armor on a vehicle, give a detector to someone, and add sensors and new capabilities, as the route clearance package, but the only problem with Defeat the Device is that you already have lost the battle, since the IED is already in place.”

    Near and Long Term Solutions

    During 2007, JIEDDO continued to fund commercial-off-the-shelf solutions and develop capabilities to ‘defeat the device’ and reduce the effects of IED detonations. These include armor packages for vehicles, route clearance blowers for suspicious roadside litter and the modular mine roller system are examples where JIEDDO’s initiatives are saving people’s lives every day.

    The long-term threat posed to U.S. strategic interests by IEDs requires continuing support from industry and government. In the last year, JIEDDO received 1335 technology initiatives from which 89 were funded for Joint Urgent Needs of Warfighters. JIEDDO’s new Broad Area Announcement (BAA) containing guidelines for technology developments was posted on the JIEDDO website Feb. 8, 2008. The BAA contains the latest information targeted for what deployed units need now.

    “From a training industry perspective, we need help with surrogates to provide realistic training without violating FAA rules,” Trumbore explained. “We need persistent ISR capability on platforms that already exist. We need “plug and play capability” in theater where you can swap out sensors, adding to mission capability. We are not interested in unique assets without a supply chain.”

    JIEDDO will be holding its semi-annual JIEDDO Technology Outreach Conference April 8-10 2008 in Denver, Colorado. For more information, email questions to [email protected]. To submit a proposal, visit the JIEDDO Bids Portal at www.jieddo.dod.mil and click on proposal submission.

    Could Premature SpinOut take FCS Out of Synch?

    The U.S. Army’s Future Combat System (FCS) program comprises 14 integrated weapon systems and an advanced information network. The $160 billion program is the centerpiece of the Army’s effort to transition to a lighter, more agile, and more capable combat force. The program led by Lead Integrators Boeing and SAIC, represent a generation leap in technology, procurement and scale for the army, research and development community and defense industry. The scale of the program, the Army’s acquisition strategy and the cost involved, led to establishment of special oversight and review by the U.S. Government Accountability Office (GAO), required to report annually on the program’s progress.


    Despite the progress made with the program in recent months, GAO assessed “”The progress made during the year by the FCS program, in terms of knowledge gained, is commensurate with a program in early development. Yet, the knowledge demonstrated thus far is well short of a program halfway through its development schedule and its budget”. The report indicated that delayed development progress could lead to increased costs and delays, as the program enters the most expensive and problematic phase of full scale development. “FCS’s demonstrated performance, as well as the reasonableness of its remaining resources, which will be paramount, at the 2009 milestone review for the FCS program.,GAO determines. The report warns that requirements definition and preliminary designs are proceeding but are not yet complete in several of the program’s key areas. “Critical technologies are immature; complementary programs are not yet synchronized; and the remaining acquisition strategy is very ambitious.” GAO continued.

    GAO warns that the program is entering a critical path in 2008, as the Army decides to commit on early production of several FCS-related systems (called Spinout I), in advance of the low-rate production decision for the FCS core program in 2013. However, the Army’s commitment to the first spin out may be made before testing is complete. This decision was made in order to field some systems wit the current force, rather than the future FCS brigades, as those systems were determined as offering functions and services urgently required by warfighters today. GAO warned that production commitments should be planned after key information on all related systems is available. The Army intends to commit to production of early versions of the Non-Line-of-Sight Cannon this year. This commitment is being made to respond to congressional direction to field the cannon.

    GAO warns that the cost of the program, currently set at $160 billion could prove underestimated. Two independent cost assessments made recently are significantly higher than the Army’s estimate. While the Army reduced the content of the program from 18 systems to 14, and plans to further reduce the number of platforms if further cost control measures fail, GAO indicated that if those higher cost estimates prove correct, it seems unlikely that the Army could reduce FCS content enough to stay within the current ceiling while still delivering a capability that meets requirements. The GAO report recommended that clear criteria will be set for the program in time for the 2009 ‘go/no go’ decision; The report also recommends that the viable alternatives to FCS should be considered prior to that decision.

    Excalibur GPS Artillery Projectile Debut in Afghanistan


    Soldiers fired the first 155mm GPS-guided Excalibur artillery round in Afghanistan Feb. 25. The Excalibur was fired using the M-777A2 155mm howitzer. The M-777 is designed to be a digitally programmed weapon and is about 9,800 pounds lighter than the more commonly used M-198 Howitzer and is reportedly more accurate. The fuze setting was performed by Enhanced Portable Inductive Artillery Fuse Setter, placed on the tip of the round, sending a digital message containing the coordinate for the round to find.Photo: Staff Sgt. Jamare Cousar and Staff Sgt. Darius Scott (right), both deployed with Charlie Battery, 3rd Battalion, 321st Field Artillery Regiment, inspect the Army's new GPS-guided Excalibur round before firing it Feb. 25 for the first time at Camp Blessing, Afghanistan. Photo: US Army

    “The main purpose of the M-777A2 is that it is more able to help the units in the Korengal Valley by providing more timely and accurate fire,” said Army Capt. Ryan Berdiner, 28, commander of C Battery, 3rd Bn., 321st FAR.” By using the Excalibur, we are mitigating a lot of collateral damage that other rounds may cause,” said Scott. “The Excalibur round travels farther and is designed to hit targets that conventional ammo does not always hit,” said Army Staff Sgt. Darius Scott of C Battery, 3rd Battalion, 321st Field Artillery Regiment.

    Photo: Staff Sgt. Jamare Cousar and Staff Sgt. Darius Scott (right), both deployed with Charlie Battery, 3rd Battalion, 321st Field Artillery Regiment, inspect the Army’s new GPS-guided Excalibur round before firing it Feb. 25 for the first time at Camp Blessing, Afghanistan.

    Text & photo: Sgt. Henry Selzer, U.S. Army 173rd Airborne Brigade Combat Team.

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