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    TacEye Miniature Eyepiece

    The TacEye miniature eyepiece developed by Vuzix Tactical Display Group can be attached to standard goggles to form a 800×600 SVGA head mounted display. The TacEye runs for five hours on a single rechargeable lithium battery, supporting operating modes from full daylight to total darkness, where special filters are used to interface with the goggles and minimize leaks that can indicate the warfighter’s position to the enemy. The 3 ounce (85 gr.)

    TacEye system is designed to support a wearable computer or laptops. The system comprises all the peripherals required to operate the PC, including the display eyepiece, an interface and control box and a wearable mouse.

    Mossad’s Secret Role delaying Rogue Nukes?

    In 1950, 5-year-old Meir Huberman came to Israel as a holocaust survivor, now nearly sixty years later, renamed Dagan and toughened by almost a half-century defending the Jewish state, that son of Russian refugees heads one of the world’s most fearsome secret services: the Mossad. Evidence is mounting that Dagan has restored the Mossad’s reputation, after a long period of mismanagement and costly failures. According to unconfirmed sources, since Dagan was made spymaster in 2002 by his old army mentor, then Prime Minister Ariel Sharon, several Arab arch- terrorists have died mysteriously in foreign operations widely attributed to Mossad.

    A retired general of compact build and few words, the pipe-smoking Dagan has stayed in the shadows, but he seems to lead his agency no doubt, with an iron grip.

    In Fact under his leadership, Meir Dagan’s Mossad has undergone a revolution in terms of organization, intelligence and operations. Over the past two years, unofficial reports indicated, the Mossad having foiled three major Islamist attacks intended against Israeli targets in Africa, and another in Thailand.

    Not everything went smooth, though. A few years ago, two Israelis were caught in Auckland trying to obtain a New Zealand passport by assuming the identity of a bedridden local man. They pleaded guilty and spent several months in jail. All-too reminiscent was Mossad’s botched 1997 attempt on the life of Hamas top man Khaled Meshaal in Amman, to which Ephraim Halevy owed his promotion having forced the resignation of then-Mossad director Major General Danny Yatom.

    The Israeli media is normally extremely browbeat, if not even coy, in describing activities of Mossad’s secrets. Quite surprising then, was an interesting article published by the daily Haaretz newspaper on the Jewish New Year eve, which sheds some light on Meir Dagan’s clandestine activities. Here are some of the highlights of this quite rare revelation.

    Olmert’s entry into power was Dagan’s big chance. Olmert did not have the military background of his predecessor, so that Dagan’s expertise could clearly come to the fore. Over the past two years Dagan has become the most important security official close to the prime minister. Olmert and his ministers are very much perturbed by developments in Iran and Meir Dagan’s presentations are highly commended by all concerned.

    His evaluations on the Second Lebanon War and the Mossad’s cumulative achievements vis-a-vis Iran, Syria and Hezbollah have strengthened his status and led Olmert to approve more and more daring missions. But Dagan’s biggest step forward came as a result of his long Lebanon experience. The Winograd Committee that investigated the 2006 war cited his evaluations, which were far more accurate than the IDF’s.

    During one of his last cabinet meeting, in which Olmert announced his resignation, he said: “I believe the processes the government of Israel has enacted under my leadership in various areas, those that can be told and those that cannot, will yet receive their proper place in the history of the State of Israel.”

    While Olmert did not go into detail, analysts mention that over the past year, since September 2007 when the nuclear facility built by Syria was bombed; Hezbollah still attributes to Israel the assassination of a senior leader, Imad Mughniyeh in Damascus in February; the foreign press reported the blowing up of a chemical weapons factory in Syria, in which dozens of Iranian and Syrian technicians were killed; an Iranian Revolutionary Guards convoy delivering weapons to Hezbollah was blown up near Tehran. The Mysterious assassination of top Syrian adviser, Brigadier General Muhammad Suleiman in early August, directly connected to the nuclear issue. These events only added to the riddle, which surrounds Mossad’s alleged clandestine activities. In fact, no one has claimed responsibility for these actions, but the Arabs, at least, credit Dagan’s organization and whether right or wrong, it raises it’s prestige.

    New year’s eve rumors in Tel Aviv mentioned news coming out of Damascus, that the nuclear reactor destroyed in Deir Al-Zour in the past year will be restored. Syria returned to the start of activity to build several new reactors. There were conflicting accounts in the Arab Media, about the identity of the senior officer who was killed in the bombing of the Al Qazzaz district in Damascus last week. Syrian sources said that among the dead was the Syrian army Brigadier General George Ibrahim al-Gharbi. Another report identified the slain officer as Brigadier General George Ibrahim Al-west, who was allegedly working in production management of the Syrian army. Finally, the dead man was believed to be Brigadier Abdul-Karim Abbas, Vice-Chairman of the Palestine Branch of Syrian intelligence. (Your choice- there is no official death certificate on any of these men!)

    Quite surprisingly last June, prime Minister Olmert announced to the cabinet that Dagan’s tenure would be extended by another, seventh year, telling the ministers “there is no doubt that the work of the Mossad has taken off” thanks to Dagan.

    Dagan’s main task is, however, to point his agency’s activities primarily to Iran’s nuclear ambitions. Gaining insider access to vital intelligence from reliable sources is a major operation, which requires top expertise and experience second to none.

    In the last year of Sharon’s term, the defense establishment presented a list of necessary equipment and organizational aspects to confront the Iranian threat. This included sophisticated deterrents and protection of sensitive facilities, with huge price tags. “Forget it,” Dagan reportedly said. “Let me deal with Iran my way. I promise to give you deterrents in time.”

    Although there is only scant reliable information available to the professional media, Dagan’s Mossad seems to have gained some success in attempting to delay Mahmoud Ahmadinejad’s nuclear project.

    Over the past year a number of reports over malfunctions have emerged regarding the Iranian nuclear project. Among them: An Iranian general who defected, Ali-Reza Asgari, had been involved in leading his country’s contacts with Hezbollah; an Iranian dealer in sophisticated communications equipment was charged with spying for Israel and sentenced to death; his sons, engineers who helped build the Iranian centrifuges, were fielded as double agents for the CIA. It is still not clear who killed Ardeshire Hassanpour, 44, a leading Iranian nuclear physicist in February 2007, the local Fars news agency, reported that the man was “suffocated by fumes from a faulty gas fire in sleep.” Only last February, a mysterious explosion rocked Tabriz, in which one of Iran’s top secret nuclear research facilities are located. Equally mysterious are reports, which indicate serious accidents in various production plants around the country, which remain unexplained.

    Some of those who warn most vociferously against the Iranian threat are full of praise for Dagan. Minister Benjamin Ben-Eliezer, who recommended Dagan’s appointment to Sharon, said he restored the Mossad to being “Israel’s long operational arm, with the ability to go anywhere and do anything it wanted.” CIA chief Michael Hayden had warm words for the role played by an unnamed foreign intelligence agency that he said initially identified a structure at Al-Kibar as a nuclear reactor similar to one in North Korea. He likened the cooperation to “working together on a complex equation over a long period.

    Dagan is now at the peak of his power. Premier-designate Tzipi Livni, a former junior officer in the Mossad, receives continual updates from him as foreign minister. But she has no experience of approving special operations. It will be interesting to see if she continues the line of approving Dagan’s daring operations, or will step back and sleep on things before making her decisions.

    The Iraqi Fiasco Slides into World Focus Again

    Having passed the tragic milestone of 4,000 Americans killed, world focus is once again, on the war in Iraq. Baghdad’s fortified “Green Zone” came under repeated rocket and mortar attack last month, with up to 17 people killed by rockets falling short of the government and diplomatic compound. Following soon after, factions of the Mehdi Army, led by the notorious anti-American cleric Muqtada al-Sadr, attacked checkpoints throughout the city of Kut, 150km southeast of Baghdad. It was a first outbreak in violence, by al-Sadr’s forces, following the break in a six months unilateral truce, declared by the Shi’ite leader.

    All this was the harbinger of Sadr’s next move, his real objective- Basrah. The crisis began when Iraq’s Prime Minister Nouri al-Maliki, a Shiite, launched a military offensive supposedly aimed at crushing gangs and armed militias in Basra. The move, quicky inflamed violence in the city and threatens to destabilise the already highly tense situation all over Iraq.

    In and around Basrah city, two powerful factions of Iraq’s Shi’ite majority, the Supreme Islamic Iraqi Council and Sadr’s Mehdi Army militia, are fighting for power in the city along with a smaller Shi’ite party, Fadhila. The Sadr loyalists are widely regarded as the most influential group on the streets of Basrah, his political movement and Mehdi Army militia seem to have considerable popular support. The Supreme Islamic Iraqi Council (SIIC) also has a strong following in Basra and, like the Sadrists, has built up powerful support by running charities to help the poor. The party, engaged in a power struggle with Sadr’s followers across much of the south, but had joined Sadr in opposing the governor of Basrah, who belongs to the smaller Shi’ite Fadhila Party.


    The SIIC favours the creation of a large federal region with wide autonomy that would include the nine southern mainly Shi’ite provinces, which Muqatada al-Sadr vehemently opposes. As for PM al-Maliki’s forces, these number over some 30,000 soldiers and police to keep the peace in Basra. They are commanded by army Lieutenant-General Mohan al-Furaiji and police chief Major-General Abdul-Jalil Khalaf, both of whom were appointed in June as part of the central government’s plan to combat militia influence.

    After their withdrawal from Basrah city, last September, British forces numbering about around 4,00 troops are still based in a fortified encampment at Basra air base just outside the city, but rarely venture outside, apart from routine security patrolling. In fact, the British government hoped to draw down at least half of the troops left in Iraq and possibly pull out the entire force by the end of the year, but those prospects are looking less likely because of the renewed violence. There is little doubt that Basrah has become a special case in the Iraqi power struggle. Since the American-led invasion, in spring 2003, it had been under the protection of the British Army, which preferred a strategy of virtually laissez faire to the militias, as long as left in relative peace. Thus the continued power struggle in the city – Iraq’s main port – differed sharply from that in the other Shiite areas. Basra was essentially divided up among Shiite warlords, each of which had its own form of extortion and corruption. Fighting each other in brutal feud, criminal gangs had established a crude modus vivendi in the city, which escalated sharply as the Brits left.

    But there is more. Basrah, due to its geographical neighbourhood to Iran, makes it highly lucrative for the influence of Iran, which has for generations eyed its oil as a major strategic objective, especially the large refineries, which Iran itself is lacking. Thus, Iran’s religious paramilitary force, Al Quds, has been an equal-opportunity supplier of weapons and money to all the Shiite militias, effectively ensuring that it will support the winner, regardless of who the winner turns out to be. There are good reasons for the central government and the US military to reassert control of Basrah. Being not only the key to Iraq’s oil exports, the city and it’s environment sits across the main logistical landline ensuring vital supplies for US forces in Baghdad as well as the only land axis for an eventual withdrawal, when ordered. With Iran only a “stone throw” away to the east, over the Shat-al Arab waterway, Basrah, under hostile control could become a dangerous strategic bottleneck for the US Army.

    Still, viewing the larger picture in Iraq, the fighting in Basrah is probably an ugly prelude of what will ensue if the next U.S. president decides to pull U.S. troops out of Baghdad prematurely – a collapse of weak governmental institutions, with Iraqi factions fighting one another once foreign forces no longer separate them. Indeed, the looming power struggle has shifted focus from another brutal actor inside Iraq- al Qaeda, which may be making a comeback, to re-establish its own powerplay in the Iraq fiasco. Analysts warn that al Qaeda, which is believed to be behind some of last month’s brutal attacks, may be shifting tactics to it’s former headline grabbing warfare, which could lead to renewed inter-ethnic civil war in Iraq. “We have some indicators that they may be planning on executing a kind of a large media type event”, said Major-General John Kelly, commander of the I Marine Expeditionary Force in Western Iraq.

    Putting the squeeze on al-Qaeda in Iraq was a primary objective of the revised U.S. military “surge” strategy that Gen. David Petraeus inherited when he became the top commander in Baghdad 13 months ago. The goal – largely achieved -was to minimise the group’s ability to inflame sectarian violence, which at the time was so intense that some characterised Iraq as trapped in a civil war. The militants are weakened, battered, perhaps even desperate, by most U.S. accounts. But far from being “routed,” as Defense Secretary Robert Gates claimed , they’re still there, still deadly active and likely to remain far into the future, military and other officials told the Associated Press. It seems that Osama bin Laden’s men are proving they can survive even the most suffocating U.S. military pressure.

    Counter insurgency experts believe that al-Qaeda in Iraq’s change in tactics comes in response to the turmoil and self-doubt that arose among its members as they lost the support of Sunni tribesmen, a process vividly described in a letter by an unnamed Iraqi al-Qaeda emir, that the U.S. military said it seized during search operations, last November. The letter, which referred to the situation in Al Anbar as an “exceptional crisis,” was found in an al-Qaeda safe house in Samarra, about 65 miles north of Baghdad, along with a half-dozen CDs and DVDs of secret material from the group. The authenticity of the document could not be independently confirmed. “We found ourselves in a circle not being able to move, organize or conduct our operations,” the letter lamented: “There was a total collapse in the security structure of the organization.” But since, it seems, that Iraq’s al Qaeda leaders have found ways to redress some of their capabilities within a changed tactical faculties.

    Al-Qaeda in Iraq, which practically did not exist as a coherent group before U.S. troops invaded Saddam Hussein’s regime in March 2003, probably now numbers no more than 6,000, according to U.S. intelligence estimates. It may have been closer to 10,000-strong before the severe pummeling it took last year, when it lost its main bases of Sunni Arab support. It now controls no cities, but is reportedly, still very active in pockets through much of central and northern Iraq.

    But impressive resilience has been the hallmark of al-Qaeda in Iraq, since its leader, the notorious Jordanian born arch- terrorist Abu Musab al-Zarqawi, pledged his allegiance to Osama bin Laden, leader of the global al-Qaeda network, in October 2004. It has survived innumerable reverses in recent years, including al-Zarqawi’s death in a June 2006 U.S. airstrike. His immediate successor became Abu Ayub al-Masri, an Egyptian who, while keeping a lower public profile, for his own safety, did not rise to Zarqawi’s expertise, but nevertheless, until the US “Surge” operations in Al Anbar, kept al Qaeda’s terrorist activities intact.

    According to recent intelligence updates, the group’s other leadership figures also are still foreigners from Arab nations including Saudi Arabia, Tunisia, Yemen, Syria, Morocco and Libya. Two US defense officials who discussed details of the organization on condition of anonymity, regard the rank-and-file membership of Iraq’s al Qaeda as being largely domestic.

    Only three months ago, as the US troop surge in Iraq approached its one-year anniversary, the commander of Multinational Force Iraq said he was encouraged by successes his troops made with the built momentum, but cautioned that the Army’s job was by far from over. Army Gen. David H. Petraeus told the Pentagon Channel the new strategy in Iraq — with more coalition and Iraqi troops helping quell violence in and around Baghdad and operations that promote closer cooperation with the Iraqi population — has helped stabilise once-violent areas. But Gen. Petraeus was also quick to warn that the fight has not been won yet. He said that al Qaeda continued to be public enemy No. 1 in Iraq, and although most of its forces may have been flushed out of Baghdad and Anbar province, they remain “very potent in other places around Iraq” General Petraeus said. “Let’s not forget that al Qaeda in Iraq is still intent on reigniting ethno-sectarian violence, on carrying out acts of horrific violence, of damaging the infrastructure and killing innocent Iraqis and going after us.” Now, with the recent upsurge in violence, it seems clearly that the general’s assessment has certainly proven itself not at all premature.

    American military advisers are teaching the Iraqi troops everything from physical fitness to urban warfare tactics, and mentor their officers in leadership and mission planning. But whether all this effort will shape an efffective fighting force, capable to maintain security in a divided and highly suspicious population, on its own remains highly questionable. Freeing the US Army to withdraw, without leaving total chaos behind, seems, at best, wishful thinking to anyone well versed in Middle East affairs. In fact, culminating the ridiculous, President Bush, most astonishingly, had this to say only last March : “Normalcy is returning back to Iraq!” Is it really?

    Hightech Gear for the Dismounted Warfighter

    Sniper detection was one of the urgent requirements made by users of Land Warrior systems in Iraq. This capability is now provided with the current Land Warrior system by sending sensor cueing received from vehicle mounted Boomerang systems. QinetiQ and Planning Systems Inc. (PSI) unveiled at AUSA the Ears, an acoustic gunshot localization system designed to protect installations, vehicles and individual soldiers or small units. Packed in a single sensor, the lightweight and compact Ears unit is designed to operate in difficult acoustic environment; requiring only one gunshot to accurately locate snipers in a 360 degree view, using shockwave and muzzle blast signatures, even when in use on a vehicle moving at speeds over 50 mph. In September 2007 Ears was first deployed to several fire bases in Afghanistan. More systems are to be deployed in Iraq during 2008. Some of these models (MM/VM) are already operational and have been used in combat operations since January 2008. The system was recently selected by the U.S. Army Natick Soldier Research, Development & Engineering Center (NSRDEC) for integration into the future force warrior evaluation.

    QinetiQ and PSI also introduced a hand held radio communications management system called MiniTAC, controlling three radio channels from one unit and a single pair of tactical earpiece. MiniTAC is suitable for infantry team leaders who must operate or communicate on more than one radio simultaneously. The unit has three distinct PTT switches, a common volume control three radio jacks interfacing with PRC117, PRC148, AIC-2, personal computer and MP3 player.

    As the modern infantry system is addressing the “Warfighter as a System”, this approach cannot be completed without monitoring the soldier’s vital signs indicating the ‘platform’s status and operational conditions’. Currently in pilot production for military and non military customers, QinetiQ/Foster-Miller’s Watchdog system incorporates a special garment with embedded sensors, which translate the individual’s vital signs into physiologic algorithms defining the wearer’s status – Red Light (significant health or performance perturbation), Yellow Light (modest perturbation) or Green Light (normal) to the remote display. The company is already working on improving the algorithm to provide more detailed condition indications such as heat stress and other health status information, fitness level and individual training prescriptions.

    When operating in close combat, infantry units are being supported with organic and non-organic direct support elements, such as helicopters, aircraft, UAVs. In such complex scenarios, Combat Identification (CID) is a critical factor for the warfighter’s safety. Effective CID enables joint forces to employ effects and fire at shorter safety distances, extending the support as close as possible to the close-combat firefight. At Ausa Winter, ICX Photonics unveiled a range of combat identification devices utilizing thermal beacons and markers. The CID operates both as an active signaling device and an interrogation response component for use with infrared vision and targeting systems. The new devices use Microelectromechanical systems (MEMS) technology to create infrared light with emission tuned for visibility in only the desired spectral region. When the MarkerID device is activated, worn on the infantrymen’s uniform, its pulsing infrared can be seen by a thermal viewer or image intensifier at a range of one kilometer. However, when configured for ‘query-and-response operating mode, the device can be set to identify ‘blue’ troops in a fraction of a second, prior to engagement.

    Simplicity is the main issue when it comes to warfighter systems. MTC Technologies demonstrated such simplicity with its Parascope, a simple, highly effective off-axis sight viewer which can be used as an ‘urban combat sight’. Parascope allows combatants to engage targets from behind a protective barrier with minimal exposure. The sight is designed to reduce the warfighter vulnerability in close combat situations. The 370 gram (13 oz) device fits on standard Picatinny rail, mount behind the sight. Parascope has a sideways and a rear view ports, enabling the soldier to maintain direct or ‘around the corner’ firing as required. According to sources at MTC, few dozen sights have been deployed with US Marines and government users to Iraq. 40 more are to be delivered soon.

    Parascope off-axis optical sight (mounted in this picture behind the hollographic sight) enables riflemen to aim and shoot around a corner. Photo: Defense Update.

    British Army Phase Out Pheonix for Hermes 450, Desert Hawk III

    The Phoenix unmanned aerial vehicles is officially withdrawn from active service with the British Army this month. The 32 Regiment Royal Artillery, the army’s tactical unmanned air vehicle (UAV) regiment retired the UAV in an official parade at its barracks on March 20, 2008. The 32 regiment operates two batteries, the 22 (Gibralter) Battery and 57 (Bhurtpore) Battery. These units are currently operating Desert Hawk 3 mini UAVs and larger, more capable Hermes 450, acting as interim replacements for the Watchkeeper UAV, to be fielded by 2010. The Royal Air Force also operates three larger Predator B (Reaper) in Afghanistan.

    Hermes 450 prepares for a mission in Iraq. Photo: British MOD

    A member of 22 Battery RA  prepares a DesertHawk UAV for a mission. Photo: British MOD

    Originally developed by GEC Avionics (now merged into BAE Systems) Phoenix UAVs were first bought into service in 1999, after 12 years of development and testing, as part of the NATO peacekeeping mission in Kosovo. They participated in Operation Telic (the War In Iraq) and in Afghanistan. 22 Battery was the first and last Battery to operate Phoenix in Iraq. The final operational flight was conducted by Koehler’s Troop in May 2006, at Camp Abu Naji, Al Amarah. The Battery is now training for possible deployment to both Iraq and Afghanistan in April 2009.

    22 (Gibralter) Battery RA took the lead role in taking Desert Hawk 3 UAVs and Hermes 450 UAVs into operational service in Iraq last year. The Hermes operators provided new and invaluable support to 1 Mechanised Brigade, accumulating over 3000 flying hours. The Desert Hawk operators deployed all over the British area of operations including Basrah Palace, Maysaan Province, the Iranian border, and often operated with front line infantry units using their own infantry skills to support these units on demanding operations. The detachments flew in excess of 1000 operational Desert Hawk flights across southern Iraq. 22 Battery was the first and last Battery to operate Phoenix in Iraq. The final operational flight was conducted by Koehler’s Troop in May 2006, at Camp Abu Naji, Al Amarah. The Battery is now training for possible deployment to both Iraq and Afghanistan in April 2009.

    57 (Bhurtpore) Battery RA deployed to Afghanistan in April 2007 with Desert Hawk, one Mini UAV and Hermes 450, which provided a significant capability increase. Members of the Battery provided UAV imagery directly into the Brigade Headquarters and operated across the whole British area of operations.

    Personnel of the 32 RA  training with Hermes 450 UAVs.

    The Pheonix UAV in Flight.


    Pheonix UAV System

    The Phoenix unmanned aerial vehicle (UAV) is an all-weather, day or night, real-time surveillance and target acquisition system. Pheonix’s surveillance suite is data-linked to a ground station which, in turn, transmits the intelligence gathered directly to artillery command posts. The Phoenix UAV is almost entirely made from Kevlar, glass fibre, carbon reinforced plastics and Nomex honeycomb; and is powered by a 25hp two stroke flat twin engine. The UAV can be launched within an hour of reaching launch site. Up to 2 UAVs can be controlled from the same ground control station.

    The concept of the Phoenix system was to provide a battlefield surveillance and target acquisition capability, to replace the Canadair Midge 501 Drone system, which had been in service with 94 Locating Regt RA in BAOR, and 22 Bty RA in the UK, since 1972.

    The Drone system gathered data by flight over pre-planned flight paths using ‘wet film’ EO and IR sensors, resulting in data always being several hours old. Phoenix would provide live video into the GCS, with near real time target acquisition data, and the ability to dynamically re-task in flight.

    The Phoenix system was developed by BAE Systems (formerly GEC Avionics), based at Rochester in Kent. The development trials began in 1987 at Lavington Folly on SPTA. Initially the trials were supported by a team of 8 personnel, from HQ DRA and 156 Bty Battery RA, 94 Regt RA. This team supported the technical development of the system and provided the operators for the Launch/Recovery and GCS/GDT detachments.

    The original ‘A Model’ airframe was fitted with a crushable dome, the sensor was an “off the shelf” home video camera, and the system was flown using radio control. The system evolved through a series of airframes, the introduction of the GCS and numerous versions of software, until 1995 when the majority of the technical development issues had been overcome.

    In 1995 the military support to the trials increased to troop level, when the emphasis of the trials shifted to developing the tactical use of the system, although some technical issues still had yet to be resolved. The manpower for this stage of the trials was provided by 57 Bty RA, 39 Regt RA. This stage lasted until 1997, when the final acceptance tests were completed, and the system was brought into service.

    Pheonix UAV air vehicle (Photo: MoD, Crown Copyright)

    Advanced Threat Infrared Countermeasures system (ATIRCM)

    BAE Systems is also working on a laser-based DIRCM, under a US Army $27 million contract to prepare the Advanced Threat Infrared Countermeasures system (ATIRCM) for testing in 2009. The system is expected to become the Army’s future directable infrared countermeasure system, based on a Multi-Band Laser (MBL).

    This device will replace the infrared jam laser and flashlamp subsystems used in current DIRCMs, enhancing system’s effectiveness over all three threat frequency bands. The system will be compatible with BAE’s Common Missile Warning System (SMWS). The combined system will be able to evaluate the entire threat environment and select the appropriate response to counter specific missile threats using an array of countermeasures.

    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.

    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.

    Skunk Works and XTEND Simplify Multi-Drone Command

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    From Ukraine to Taiwan: The Global Race to Dominate the New Defense Tech Frontier

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    Europe’s “Drone Wall”

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    TADTE 2025: Reflecting Taiwan’s Strategic Themes

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    Iron Beam 450 Completes Testing, Soon to Join With Operational Air Defense Units

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