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    Dassault AVE-D Drone Performs First Autonomous Flight


    Dassault Aviation announced today (July 8, 2008) that its AVE-D drone completed its first fully autonomous demonstration flight a week ago, on June 30, 2008 near Toul, France. The jet powered UAV performed a completely automated flight sequence: roll from parking spot, runway alignment, takeoff, in-flight maneuvers, landing, braking and rolling back to the parking apron. The demonstration flight is a key development milestone for a technology essential to the successful pursuit of the European nEUROn Unmanned Combat Air Vehicle Demonstrator program. The flight was watched by representatives of France’s Délégation Générale pour l’Armement (DGA) armaments procurement agency.

    The AVE (Aéronefs de Validation Expérimentale) series is a family of scale model experimental unmanned aircraft developed by Dassault Aviation. It was flown for the first time eight years ago (July 2000), designed to test and validation advanced Uninhabited Air Vehicles (UAV), stealth designs and autonomous flight. As part of this stealth design evaluation, a tail-less version of the aircraft designated AVE-C was flown in June 2003. According to Dassault, the flight marks a significant first for the company, confirming its expertise in Uninhabited Air Vehicles.

    idZ ES Program

    German Infantry of the Future – Expanded System

    On September 1st, 2006 the German Bundeswehr has awarded Rheinmetall Defence a multi-million Euro contract to develop an advanced version of the future infantry combat suite for German infantrymen. Following the delivery of idZ ES demonstrators in 2008 for testing, the German Army is expected to open the program for competition, where both Rheinmetall Defense and EADS, (which supplied the baseline idZ and idZ V1 systems) will compete on the production and support of the systems. Large scale production is expected to begin around 2009, to equip Germany’s infantry, armored infantry, air force security troops and naval special operations units. This version is scheduled to enter service with the German infantry by 2011, as the Bundeswehr is slated to order the first 939 systems.


    Dubbed “Future Soldier – Expanded System” (IdZ-ES), the new system will introduce a new wearable computer and advanced networking into existing idZ systems. The idZ ES computer and communications systems will be fully integrated with the system’s sensors, helmet system display and voice radio, navigation aids, body armor and load carrying system.

    According to Rheinmetall, IdZ-ES will utilize fully digital voice, data and video communications and will be interoperable with the German Army’s FuInfoSys command and information system and fully support NATO standards for full interoperability as part of coalition forces. A GPS-integrated digital display will provide support the presentation of situational picture, which can be monitored at all echelons of command. The system will benefit from Rheinmetall’s “Interconnected Command Control Communications Computer Unit” (IC4U) which enables real-time exchange of data between individual infantrymen, the section vehicle and relevant networks. In addition, the contract encompasses development of a wide array of sensor packages for fire control and mine detection. Rheinmetall is also working with other project partners to develop a new visor-equipped helmet, together with a system for monitoring the soldier’s health status.

    The IDz-ES focuses on ergonomics and networking integrating miniaturized, lighter and power efficient systems, while some of the weight saving are exchanged for improved protection. The IDz-ES concept draws on the combined capabilities of the fully networked 10 member squad and their vehicle acting as a ‘base station’. Therefore, the core IDZ-ES kit incorporates the wearable computing and helmet systems, the weapon, the clothing including camouflage and CBR protection; the body armor protective vest offers basic protection level and can be extended up to level 4 wit modular enhancements. The integral load bearing web gear is fitted with modular load carriage for ammunition, supplies, batteries and ‘electronic back’ comprising the computer elements.

    The squad leader specific equipment includes a portable computer and VHF squad radio which supplements the UHF personnel radios carried by other squad members. Sights and observation systems and complimentary ‘base station’ elements such as chargers and and vehicular wireless link. The system’s core computer runs a Linux operating system, handling all soldier related functions including mapping, situational display, navigation, reporting, imaging and information exchange across different systems.

    The system’s elements (weapon, helmet and core) are linked via wireless personal area network (WPAN) system. The squad radios can form ad-hoc networking schemes, carrying voice, data and video transmission between specific IP addresses; in fact, each member can link to higher echelon command systems via the vehicle’s radio, providing gateway to networks to the world, including the new Army battle management system known as FuInfoSys H and FuWESIFIS. IDZ-ES is designed to exchange information with other systems by conforming to NATO data exchange protocols defined by MIP/DEM procedures.

    As part of the program, IdZ-ES technology will also be integrated into armored vehicle systems such as the Puma infantry fighting vehicle and Boxer armored personnel carrier as well as the future, lightweight air-portable combat vehicles.

    Lockheed Martin Unveils 2.75″ Laser Guided Rocket

    Lockheed Martin (NYSE:LMT) today unveiled the Direct Attack Guided Rocket (DAGR), a 2.75 inch guided rocket developed as a company funded initiative, designed g to defeat targets in urban operations, while minimizing collateral damage. The DAGR is fully compatible with the Hellfire II laser guided missiles, increasing M299 smart launcher load-out by up to four times. Its off-axis capability also provides an increased engagement envelope by supporting launch from unmanned aerial vehicle platforms. During flight testing conducted in February 2007, DAGR demonstrated objective maneuverability capability for minimum range engagements. Later in 2007 Lockheed Martin plans to complete a full test flight matrix for unmanned aerial vehicles and helicopters, as well as perform platform launch. The new rocket uses semi-active laser guidance system, employing lock-on-before-launch, lock-on- after-launch, and target location handoff, programmable laser coding, and flexible fly-out modes. Designed to be ‘plug-and-play’ compatible with Hellfire systems, the DAGR will be able to launch from any platform that currently supports the Hellfire weapon system.

    The missile completed its first flight February 15, 2007 launched from a surrogate HIMARS launcher. Further tests are planned in the near future, demonstrating confirming rocket motor performance, maneuvering and aeroballistics.

    Is NATO’s Mission In Afghanistan Doomed to Failure?

    When NATO assumed command and control of the International Security Assistance Force (ISAF) mission on 11 August 2003, the ISAF Headquarters structure was built around the NATO Allied Rapid Reaction Corps headquarters model. Since then, it has evolved to a composite headquarters formed with staff drawn from NATO Standing HQs and individuals provided by both NATO nations and other nations contributing to the mission. Rather than large groups moving when commanders change, as was the case before, individuals are now rotating on a regular basis. This has greatly contributed to enhanced continuity. But there are other problems.

    The specific operation in Afghanistan results from the differing strategic priorities of the nations participating in ISAF. Whereas NATO members such as the United States and Britain have understood the operation in Afghanistan as an anti-terror operation from the very outset, others such as Germany and Italy emphasized their role in stabilizing and rebuilding the country. Moreover, various national priorities have been the cause that NATO countries have scaled back their commitments and in some cases placed crippling restrictions on the deployment of their troops, especially when sending these into high-risk combat environment. Many NATO countries, such as Germany, France, and Italy, put caveats on the use of their forces in Afghanistan – restricting their movements and levels of engagement with enemy forces.


    While the U.S. brings a compatible, well-equipped and ultra-professional army to the table, other nations are not so fortunate. Many European armies are traditionally lacking basic equipment; much of it is obsolete and incompatible with modern systems. Multi-national training, especially in net centric situation awareness procedures in combat, is insufficient and prone to demoralizing fratricide incidents. This becomes especially risky in air-ground support missions – where communication procedures are not adequately comprehended, often due to language problems. The 2006 awarded $7.8 million multinational, global positioning satellite-based, friendly force tracking system, could perhaps solve much of this acute problem.

    But the U.S. and its allies are divided over the basic mission in Afghanistan. An Atlantic Council report found that the joint US-ISAF mission is “disorganized, uncoordinated and at present insufficient. In fact, NATO troop commitments to Afghanistan have fallen well short of needs. At the 2008 NATO summit in Bucharest “A dozen NATO countries have pledged only on a total of about 2,000 troops, while senior alliance commanders in Afghanistan have urged the need for about 10,000 more troops to meet minimum operational demands. Running a multinational operation, however, requires a fundamental willingness to share burdens and risks on all parts.

    Canada, which has 2,500 troops operating in Kandahar province in the south, had already warned that it would pull out next year unless another NATO country offered to send at least 1,000 soldiers to back them up. But even if countries like France are willing to do so, you can’t suddenly move those brigades to Afghanistan. They require retraining. They will have to be re-equipped and restructured to fight a different kind of war on different terrain, dealing with a different culture with different values and this takes time.

    The United States has about 33,000 U.S. troops deployed in Afghanistan, while about 40 other countries have contributed a total of 29,150. France is sending an additional 700 troops this summer, and Germany has said it may send another 1,000 troops in the fall; meanwhile it has deployed its quick reaction force (QRF) in Mazar-i-Sharif in Afghanistan’s northern Balkh province. This may be encouraging, but not sufficient, as long as the present deployment limits persist.

    Despite that billions have been spent and more than 500 U.S. soldiers have died in Afghanistan in the hunt for Al Qaeda and Taliban, there’s increasing evidence that the terror groups are making constant progress in their efforts, operating just across the border in Pakistan – in the lawless tribal territories, where the Pakistani government has virtually lost control.

    With the war against terror now in its seventh year, U.S. officials acknowledge there is no real strategy for digging Al Qaeda and the Taliban out of their safe havens. In fact, military experts believe, that the limited cross-border ops, from Afghanistan or predator strikes will ever accomplish what is needed in the clearing of this dangerous territory, not to mention, actually holding it, against insurgents’ efforts in retaking it. NATO’s latest offensive focused on the area of the Khyber Pass, the strategic area, from where the Taliban mount their cross-border raids into Afghanistan- but once left the Taliban returned and continue to use tribal areas in Pakistan’s North West Frontier Province as a staging post. Taliban command and control structures were able to relocate to Quetta, and parts of Waziristan, which are now virtually under the complete control of Taliban elements.

    Defense Secretary Robert Gates warned that he had “real concern” about rising violence in eastern Afghanistan and said Pakistan was contributing to Afghanistan’s instability by failing to prevent militants from crossing over the border, to carry out attacks against NATO forces. Unfortunately, this problem is in part self-created. The U.S. Government policy does not allow cross-border operations from Afghanistan onto Pakistan territory. What this means, in clear language, is that troops are forced to stay on the Afghan side of the border and watch militants come across, to shoot at them, kill them, bomb them and then escape to safety, while the GIs watch frustrated and absorb the casualties.

    What has received too little media attention sofar, was Pakistan’s “social environment” which is indeed overwhelmingly supportive of the guerrilla movement to expel NATO troops from Afghanistan.

    The fact is that Taliban are made up mostly of Pashtun, who also make up 42 percent of Afghanistan’s and nearly 20 percent of Pakistan’s population. Many of the Pashtun in both Pakistan and Afghanistan actually resent the boundary, drawn by the British colonials, dividing them between the two countries. Throughout history the Pashtun are proud to have demonstrated indomitable valor in beating back the various invaders, such as the Alexander’s Greeks, the British and Soviets, all of which received “bloody noses from their costly venture. Now, seeking a similar aim, the Taliban are attacking NATO troops in Afghanistan from bases in Pakistan and in some cases, elements of the Pakistani army are even supporting these efforts.

    None of this will come as a surprise to anyone tracking the situation in northwestern Pakistan. Since the signing of the Waziristan Accord on September 5, 2006, essentially ceding North Waziristan to the Taliban and al Qaeda, attacks in both Pakistan and Afghanistan have skyrocketed. Afghanistan has seen an increase in attacks of more than 300 percent, and battalion-sized groups of Taliban fighters have been hit while crossing the border from Pakistan.

    Is NATO actually winning or losing the war in Afghanistan?

    In a remarkable shift, Afghanistan, where U.S. officials were once confident of victory, is now rivaling Iraq as the biggest cause of concern for American policymakers. According to a new Pentagon report, Taliban militants have regrouped after their initial fall from power and “coalesced into a resilient insurgency. The report paints a grim picture of the conflict, concluding that Afghanistan’s security conditions have deteriorated sharply while the fledgling national government in Kabul remains incapable of extending its reach throughout the country or taking effective counter-narcotics measures.

    The turnaround in Washington’s strategic assessment over Afghanistan poses a dilemma for the Bush administration, which had counted Afghanistan as the pinnacle of its success in the war on terror. U.S. commanders say they need more forces, but they can only be provided through withdrawing troops from Iraq. As a result, the administration may have to choose between accepting a smaller U.S. presence in Iraq or facing the prospect of turmoil in Afghanistan. Senior Pentagon officials and US military commanders have ordered a top-to-bottom review of U.S. strategy in Afghanistan. The review was prompted by high-level concern that the U.S. “was losing ground and slipping backwards,” said a senior military official familiar with the review. One matter is crystal clear: As long as the Taliban sanctuary bases in Pakistan are not eliminated, the United States and its NATO allies will face crippling long-term consequences in their effort to stabilize and rebuild Afghanistan.

    But solving this problem will require a difficult diplomatic feat through determined convincing Pakistan’s government to undermine the Taliban sanctuary on its soil. Whether the new US administration, coming into office next year will be up to this task remains highly questionable.

    As the situation stands in summer 2008, no less than forty nations are embroiled in a seemingly unwinnable warfighting situation in Afghanistan. The country is in the grip of global interest-driven politics. It is, as so often in its history, a mere pawn on a shrewd political chessboard surrounded by many more than two players. While NATO tries desperately to disarm the local insurgents, the incessant flow of guns and explosives smuggled into the country from Pakistan continues unabated.

    And there are regional interests at stake as well. The Iranian government is accused of promoting Afghan opium and heroin trade, to inflict harm on their Western “Satans”. Russia is using its former Soviet-era influence to weaken NATO, its old rival, on Afghan soil. Moscow still deplores Afghanistan as its painful experience, three decades ago, when it fought it’s own losing campaign there. There is certainly China, Afghanistan’s easternmost neighbor, who hopes to exploit untapped mineral sources in the nearby mountains, to mention but a few contenders in the Afghan tragedy.

    A dramatic chapter in world history is being written in the process, in this country dominated by the Hindu Kush Mountains and the formidable Sefid Kuh range, and the endless deserts of Kandahar and Helmand. The United States and Europe have stumbled their way into a new type of international war, one in which all of todays global and regional powers are involved. What will happen to NATO if it fails in the first out-of-area mission in its history? And where will the UN be if this ambitious nation-building project is ultimately a disappointment? These are questions, which will lie at the doorstep of America’s newly elected president and commander in chief.

    To even attempt a military occupation of the entire country would require a minimum of 200,000 troops- even with this kind of force, the effort could well backfire. In fact, as usual, it is already much too late for such action. A total of 8000 US troops were dispatched to seal the victory of Operation Enduring Freedom. The 4000 “peacekeepers” sent by other countries never left Kabul. As it seems, NATO and the US failed in Afghanistan, just as the Bush administration bungled Operation Iraqi Freedom.

    But not all is bleak in the Afghan war. US troops and its allies are winning virtually every tactical clash in both against Taliban and Al Qaeda. NATO and international troops could still win tactically, but strategically, the Taliban is sharply expanding its support areas as well as its political and economic influence and control in Afghanistan. Without an all-out effort by a comprehensively led force, with NATO nations fully committing their troops to combat- the Afghan campaign cannot hope to be won. Indispensable to any success to defeat Taliban and Al Qaeda would also require a policy shift in Pakistan, including a consistent effort by the Pakistani army, in both the federally administered tribal areas in western Pakistan and the Baluchi area in the south.

    Finally, Washington has pumped-in more than US$10-billion in aid since 2001 to Pakistan and wants more done to stop it’s based Islamists from fighting in Afghanistan. It is high time that this huge investment should pay off.

    Unmanned Systems at Eurosatory 2008

    A wide range of Unmanned Ground Vehicles (UGVs) displayed at Eurosatory 2008 indicated how advanced these systems became and how popular they become withdefense forces. However, despite the considerable advances, most systems on display were still experimental, with only a few such as EOD/IED robots such as the iRobot PacBot, and the Talon from QinetiQ, and the Israeli Guardium autonomous patrol vehicle from G-Nius, considered mature for operational use.

    Some of the French and Italian UGV R&D programs were on display at Eurosatory 2008, among them the Miniroc program evaluating the combined use of robotic, unmanned systems in a variety of stand-alone and integrated tasks.

    The MiniRoc concept relies on the combination of several modular ‘plug and play’ payloads, each dedicated to a particular function. Most of these modules are compatible with two complementary platforms differing in terms of weight, volume, speed and energy. Among the payloads currently evaluated are surveillance systems (target detection, tracking, acoustic inspection etc.), Reconnaissance (visual inspection, mapping and localization) and support (load carrying mule, objects manipulator, communications relay, fire support etc.) The MiniRoc family includes a 6×6 heavy support robot, weighing 60 kg it is capable of carrying a 100 kg payload at a speed of 15 km/h and operate for 4-8 hours. A smaller scout robot is capable of indoor and outdoor operations, including stairs climbing. It weighs about 26 kg and can travel at a speed of 7.5 km/h for 2.5 hours. The smallest robot of the family is the Mini-Robot, designed for indoor applications, such as in-building reconnaissance, underground inspection of subterranean spaces, under vehicle inspection etc. Mini Robot weighs 2.1 kg, travels at a speed of 2 km/h for one hour.

    Thales is also working on a similar program with its Robotic-Trooper (R-Trooper) program. This experimental 6×6 robotic platform is being tested demonstrating various levels of autonomous behavior, from basic tele-operation to fully autonomous mission execution. The system incorporates various levels of propulsion extending operating range, mission endurance, and employment of marsupial capabilities, to deploy smaller robots for reconnaissance, network establishment and surveillance.
    The Italian company OtoMelara introduced at Eurosatory 2008 a line of new robotic platforms developed by the newly acquired Celin Avio division. One of the smallest and most innovative systems is the Oto-Horus, a 120mm diameter, 1.3 kg gross T/O weight tube-launched mini-UAV designed for launching from 120mm tank guns. Horus is built from composite materials, and uses foldable canard and forward-swept main wings, optimizing stability, maneuverability and platform dimension. Horus is fitted with an electro-optical payload and can fly a mission for 30 minutes at maximum speed of about 100 km/h.

    A heavier platform is the Oto Praetor, six-wheeled platform designed for reconnaissance and counter IED missions. In addition to operating autonomously, Oto-Praetor can be used as a launch pad or ‘mothership’ for smaller robots, employing ‘dog and flea’ operating concept (elsewhere referred to as ‘marsupial’ design). Either miniature wheeled bots, or miniature helicopters, are used to explore and monitor hard-to-reach locations. Praetor weighs about 240 kg of which 60 kg are payload weight. It will be powered by six electrical motors accelerating the robot to a top speed of 50 km/h. At Eurosatory Oto-Melara demonstrated the Praetor with two types of ‘fleas’ – the miniature helicopter platform designated TRPP-5 IBIS, a 10kg gross take-off weight autonomous helicopter carrying a 3 kg payload and the miniature four wheeled TRP-3 mini-UGV weighing 5.5 kg, carrying a payload of 1 kg.

    Another platform designated OTO TRP2 is designed specifically for armed applications. This tele-operated robotic system is currently used by the company for technical evaluation of potential missions and uses. The OTO has a maximum weight of 110 kg, of which up to 80 kg are payload comprising of a light machinegun (Minimi 5.56mm), grenade launcher/revolver with six shots, two smoke grenades and electro-optical aiming sight. The payload also includes electrical batteries, supporting four hours of continued operation, at a top speed of 35 kph. Oto-Melara also unveiled a stairs climbing robot, designed for urban operations and assistance to firefighters.

    A small robot called EyeDrive on display at the Israeli ODF Optronics stand has an omni-panoramic vision (360 degrees) and an innovative “point ‘n go” autonomous control enabling effective movement in restricted space. Two EyeDrive robots can operate simultaneously on every mission toward optimal performance. The robot is launched on a mission, hand-thrown over a wall, through a window or into a tunnel. Before trown onto its mission the robot is placed in its protective case, which also absorbs some of the impact and can act as a communications node, improving radio link in confined spaces such as underground complexes, indoor spaces etc. The robot can also carry disposable payloads including miniature communications nodes, sensors and explosives. The whole EyeDrive system including console, two robots and payloads loaded in a backpack will be carried by a single warfighter and weigh less than 10 kg.

    The following topics are included in our Eurosatory 2008 focus:

    Thermal Imaging & Target Acquisition Systems

    Modern target acquisition systems comprising imaging, position measurement and rangefinding equipment and communications systems are integrated to provide rapid and accurate targeting information, automating target acquisitiona and fire coordination between combat and combat support units in a networked enable battlespace. These systems can also utilize target designators to mark and designate targets for attack by laser-homing or GPS guided weapons.


    At Eurosatory 2008 Sagem Défense Sécurité introduced several systems addressing these capabilities. The company announced cooperation with L3 Communications (through its Communication Systems-West division) are cooperating to develop a new networked tactical information system for air-land targeting, designed as Real Time – Situational Awareness Airborne Targeting System (RT-SAATS). The new system unveiled at Eurosatory 2008, is designed to comply with NATO interoperability standards, linking ground soldiers and aircraft in inter-allied and inter-service operations. The system will be employed by a forward observer, enabled by the RT-SAATS to transfer to support elements such as aircraft and helicopters with real-time images of the situation or targets, with precise coordinates. The RT-SAATS ground segment will contain a JIM LR (Long Range) day/night multifunction thermal imager connected to a tactical terminal, a Rover Mini Tactical Common Data Link, transmitting data, images and video from the JIM LR to the airborne system. The airborne segment of the system will consist of a receiver and display system, which could be directly linked to the aircraft weapon control system, feeding target coordinates to be the aircraft’s navigation and attack system.

    Sagem also presented a new artillery positioning and navigation unit (PNU) called Sigma 30, utilizing a ring-laser-gyro, explosion-resistant GPS (mad e by Rockwell Collins). The system is designed to support GPS guided weapons entering service with artillery units, including guns, mortars and rockets. Sagem is proposing PNU as an upgrade to current artillery targeting systems employed by the MLRS rocket units operating with the French, German, and Italian armies. A similar system, integrating the JIM thermal imaging system, GPS navigation system and target acquisition systems from Rockwell Collins were recently delivered to update the equipment used forward observers of the Royal Artillery. Sagem and Rockwell Collins are also cooperating to offer an advanced target acquisition system based on Rockwell Collins’ Rosetta joint fires digital targeting system. Rosetta provides dismounted forward observers and forward air controllers with all services supporting and managing Close Air Support (CAS) using machine-to-machine digital communications.

    The Kearfott Corporation partnering wit Israel’s Na-Or from the ITL Group, unveiled at Eurosatory 2008 a target acquisition system designed to meet the high precision standards required for engaging targets with GPS guided weapons, such as JDAM bombs and Guided Multiple Launcher Rocket System (GMLRS) rockets. Current targeting equipment is relatively slow to setup and inaccurate, in terms of precision targeting standards, since it aggregates setup and reading errors of mulltiple measurement systems, such as rangefinder, GPS, compass and tripod leveling. The Gyro-based Navigation and Target Acquisition System (GN-TAS) utilizes a ring-laser-gyro to stabilize and level the system, measuring accuracy based on inertial data as well as GPS using a powerful miniature computer developed for soldier modernization applications. The system is optimized for forward observers and Joint terminal attack controllers (JTACs), as well as special forces. The application is based on Keafort’s three-axis Monolithic Ring Laser Gyro inertial (MRLG) navigation technology, combined with GPS, and laser rangefinder and target acquisition optronic device integrated with computer display and navigation capability. Since the system uses self leveling and positioning, GN-TAS does not require sophisticated pedestal mount and can use compact tripod for operation, therefore simplifying man portable applications.

    A new electro-optical device from Elbit Systems is the MARS developed by ElOp electro-optical division. MARS is a compact thermal hand-held thermal imager utilizing an uncooled (microbolometer) thermal sensor with target acquisition capabilities. The system weighs less than two kg, including batteries and can operate continuously for eight hours.

    A larger system using a cooled thermal imager is the CORAL, a dual FOV Thermal Imaging camera, based on Elop’s advanced, proven 3-5mm FPA InSb detector technology. In addition to the imaging functions, CORAL-CR supports target acquisition capabilities, by determining self positioning and detected target position. These capabilities are achieved by a laser range finder, a digital compass and a GPS which are mounted and boresighted together with the FLIR. The CORAL-CR has a 1:5 continuous optical zoom, high resolution, 3-5mm FPA InSb detector and advanced algorithms. Combined with the new PLDR, a lightweight laser designator developed at ElOp, observation and target acquisition systems become target designators – the most critical element in the kill chain. Weighing only 5.5 kg the PLDR can be attached to almost any target acquisition kit. This targeting system can designate targets to ranges up to 10 km.

    The following topics are included in our Eurosatory 2008 focus:

    Urban Warfare Requires Specialized Weapons

    The Russian company Bazalt has introduced two new members to the RPG family of weapon – the RPG-28 anti-tank tandem rocket and the RMG multi-purpose, anti-material rocket. Both are launched from disposable canisters. The RMG uses a tandem warhead, with thermobaric main charge optimized for multi-purpose anti-structure applications. It is capable of breaching a brick wall at a range over 500 m’, penetrating 300 mm of reinforced concrete, or over 100 mm or homogeneous steel armor.

    Western origin urban assault weapons were also displayed by Rafael, Dynamit-Nobel of Germany, U.S. based Raytheon, Nammo from Norway and the Swedish company Saab. Similar to the Russian design, western systems are derived from existing anti-tank shoulder-fired rocket launchers, namely the Panzerfaust, Matador, SMAW (B-300), LAW-72, and AT-4. The urban assault derivatives of these weapons are less of tank killers, but have much more powerful effect when buildings, bunkers or soft vehicles are targeted.

    Besides the relatively simple rocket launchers, improved ‘anti-material’ effects are being developed for aerial launched 2.75″ (70m) rockets, Hellfire, Javelin, TOW, Spike ER and Milan ER guided missiles. For example, Milan ADT-ER (Extended Response) is a new version of this well-established infantry close-support weapon. The missile uses an improved warhead, better propulsion as well as improved flight maneuverability contributing to the extended range of reaching 3,000 meters (one kilometer over the original Milan). Equipped with the Advanced Technology (ADT) firing post, the missile can be integrated within network enabled command and control systems, supporting remote control capability. Milan ADT-ER is currently undergoing evaluation in France.

    Another new missile is under development at Belfast based Thales UK Air System Division. This missile is designed to be used from lightweight aerial platforms such as unmanned aerial vehicles and light helicopters. The LMM carries a 3kg high explosive fragmenting shaped-charge warhead with programmable laser, proximity or impact fusing, making the missile effective against airborne targets, light armored, unarmored and built structures type of targets. The missile can engage targets at a range of 8 km. The prototype has already performed flight tests on Scheibel’s S-100 Camcopter unmanned helicopter, which can carry two missiles.


    IAI unveiled at Eurosatory 2008 a long awaited multi-purpose version of the Lahat missile, designed to defeat ‘soft’ targets. Initially, the lightweight (12.5 kg) Lahat missile was equipped with a shaped charge an anti-tank warhead weighing 2.5 kg. This warhead is capable of penetrating up to 800 mm of steel armor. The new warhead weighs the same as it’s predecessor, but uses a fragmentation sleeve fitted to a smaller shaped charge designed to create both armor penetrating and blast fragmentation effects. The new warhead developed by Israel Military Industries (IMI) is effective against exposed human targets, soft (unarmored) vehicles and light armored vehicles. It is known that, standard shaped-charge warheads are not effective against soft targets due to their ‘surgical’ highly directional effect.

    IAI is also developing a larger laser guided weapon based on the Extra rocket, developed under a joint program between IAI and IMI. The new missile called Nimrod Mk 3 will be able to attack targets at ranges beyond 55 km with an accuracy-level within one meter or less, using a combination of inertial/GPS mid-course guidance and laser homing. Nimrod 3 is optimized as anti-structure weapon, employing shaped trajectory capabilities and specialized warhead to effectively and surgically destroy precision targets in built-up area with minimum collateral damage. IAI’s Nimrod Mk 1 has been in production since the early 1990s. This long-range laser guided missile has a range of about 26 km. Nimrod Mk1 has been operational for over a decade, in which it accumulated an impressive operational record in combat.

    Future developments of multi-mission missile, being evaluated by MBDA also call for improved anti-material effect. The company considers a common baseline design to be utilized with three guided weapons classes – a 100kg class naval helicopter missile, a 50 kg class missile designed for attack helicopters and a 30kg guided extended range weapon designed for vehicular applications.

    Eurosatory 2008 provided Raytheon with an international venue for the debut of its future Hellfire successor, jointly proposed by a team comprising Raytheon and Boeing for the U.S. Joint Air-Ground Missile program (JAGM). Lockheed Martin is also known to have submitted its proposal for the program. Northrop Grumman is also a candidate. At least two of the bidders are likely to receive DOD funding to continue development under risk reduction program for three years, leading to a selection of a prime contractor for the US$6 billion program by 2011. JAGM will be ready to replace the Hellfire and Maverick missiles currently in service by the middle of the next decade. According to Raytheon sources, the Raytheon-Boeing team will utilize a new tri-mode seeker derived from developments made for other programs. A dual-mode version of this seeker is currently used in the Precision Guided Missile (PAM) scheduled to enter production in 2009. The Tri-mode seeker will be fielded with an Improved PAM weapon by 2012. By 2011 the same dual-mode seeker is expected to be fielded with the Medium-Range-Munition 120mm tank-fired guided weapon while the tri-mode version is expected to be used in Raytheon’s proposed version of the Enhanced Small-Diameter Bomb (SDB-II).

    The following topics are included in our Eurosatory 2008 focus:

    Smart Guards Protect Forward Deployed Forces

    A range of Unattended Ground Sensors presented at Eurosatory by several manufacturers, indicated the growing interest in autonomous surveillance and perimeter security, as part of the protection of forward operating bases and deployed forces. Harris and Textron defense are two the established names in this business. Harris offers a comprehensive array of sensors including acoustic, seismic, magnetic, Passive Infrared (PIR) and imagers, and networking devices fully integrated with their Falcon II radios, meaning that a deployed unit can rely on their existing tactical radio network to control their unattended security network. Harris recently announced that the Royal Netherlands Air Force acquired such systems as part of the RNLAF Transportable Intrusion Detection System (TIDS) protecting their forces deployed in Afghanistan.

    Textron Systems is developing the Tactical Unattended Ground Sensor (T-UGS) and Urban UGS (U-UGS) families of sensors as part of the U.S. Army’s FCS program. T-UGS is used as a rapidly deployable sensor unit, each equipped wit multi-modal sensors to detect vehicles, personnel and aircraft and act as an ISR network node. The T-UGS unit also has built-in controller performing initial signal processing target classification and determining bearing to the target, offering false target rejection. Additional situational awareness features of the T-UGS include Chemical, Radiological and Nuclear (CRN) early warning detection/marking as well as marking cleared lanes through obstacles and hazards by employing Hazard Clearing Lane markers (HLCM). Both CRN and HLCM missions provide warning signals to approaching manned and unmanned systems to ensure safe passage.

    Elta also introduced a new range of unattended ground sensors network (USGN) as part of its EL/I-6001 tactical intelligence and recce collection capability. This modular network of autonomous, distributed sensors includes seismic, acoustic and electro-optical sensors and miniature ground surveillance radars. Each sensor comprises a sensitive microphone for acoustic detection, a geophone to pick-up seismic vibration from nearby movement, a GPS receiver, communications transceiver and low-power controller and signal processor. The sensor can pick up moving heavy vehicles (such as tanks) from a distance of 500 meters and walking humans from 50 meters. These sensors can operate autonomously or in combination, optimizing area coverage, and facilitating target detection, classification. To save power, the EO sensors are maintained ‘dormant’, activated only when other sensors UGS confirm a target is in sight.

    Specializing in the seismic domain, Spydertech, an Israeli company specializing in security applications of seismic monitoring systems unveiled at Eurosatory a 3D seismic surveillance system capable of accurately detecting and tracking movement underground and on the surface. The new system based on proprietary sensors and hardware developed specifically for underground applications. The system comprised of up to 250 sensors, each performing signal processing at the sensor, contributing to high probability of target detection with low rate of false alarms.

    In addition, the system can detect subterranean activity at depths of 35 meters. Another type of virtual fens is developed by Magna BSP. These systems are already being deployed operationally as part of perimeter security systems with further work and customer evaluations done with tactical, deployable systems, supporting ad-hoc protection of forward operating bases and deployed forces. Utilizing both FLIR and CCD sensors, enabling automatic switching between sensors when visibility conditions are reduced/ The sensors are staring at the same time and position at the same field of view thus contributing to the system’s low false alarm rate. These systems demonstrated less than one False Alarm Rate over 24 hours (FAR/24) while detecting 100% of targets at the zone of interest.

    Controp have shown the Spider thermal area scanner at Eurosatory, a system currently being employed for border protection by the Israel Defense Forces. The system’s sensors and command and control console were on display, showing the system’s capability to cover wide area of interest, track suspicious targets and provide target data Spider and relevant close-up images in real-time.

    The following topics are included in our Eurosatory 2008 focus:

    New Armored Vehicles at Eurosatory 2008

    Armored vehicles are traditionally a significant part of the Eurosatory show and this year’s event provided a venue for many companies to exhibit new armored vehicles, designed to meet the challenges faced by modern defense forces, primarily concerning growing threats encountered in asymmetric warfare, requiring heavier armor and, in addition, to new and sophisticated means of protection.

    A brand new vehicle shown for the first time was the Russian SPM-1 Tigr (Gaz 233034) intended for use by Russia’s ministry of internal affairs, as a transport, operational and service vehicle. The Tigr produced by Arzamas Machinery Plant of Nizhni Novgorod, Russia is about the same size of the AM General Humvee. It is offered in several five door configurations, accommodating four, 1+3, 2+7 or 2+4 soldiers. The vehicle has integral protection at Russian level class V (comparable to NATO level 2) protecting from artillery fragments, grenades, and small arms up to 7.62 from 10 meters. Tigr can travel at a speed of up to 140 km/h on highways, or 80 km/h cross country and has fuel endurance for 900 km travel.

    Nexter unveiled the Aravis at Eurosatory, claimed to be the most protected multi-mission vehicle in its category. This new 12 ton class 4×4 is designed to offer protection defeating 14.5 mm threats, 10 kg mine (under the belly or wheels), artillery splinters and shrapnel from nearby 155 mm rounds and effective protection from IED attacks. All protection levels are complying with the high ‘level 4’ standard. Nexter uses a Unimog chassis (already used in other heavy armored vehicles produced by Swiss MOWAG and Krauss Maffai (KMW) Aravis maintains high tactical mobility on road and cross country. It is transportable by air in a C-130, A400M and C17. The vehicle is designed with large internal protected space of 9.5 cubic meters, carrying a crew of two and four or six soldiers, or other tactical equipment (command and control, reconnaissance equipment etc.) The crew compartment is accessible through multiple side doors. At Eurosatory 2008 the pre-production Aravis vehicle carried a remotely controlled weapon station.

    Renault AMC 6×6 vehicle is a 20 ton class multi-purpose armored vehicle designed as troop and weapon carrier (mortar, gun), support and reconnaissance vehicle. At a combat gross weight of 18 – 23 tons, the AMC can carry net payload of 6.5 to 10.5 tons, depending on configuration. The vehicle is powered by a 370 hp engine which can be uprated up to 460 hp diesel (Euro 4/5 standard) coupled to an automatic transmission. Utilizing an overhead gun position, the fighting compartment is fully available for seating accommodation and combat load for eight soldiers.

    A French version of the MRAP was presented by Renault. The armored trucks offered at weight levels ranging from 15 to 22 tons, are powered by the 320 hp Euro 4/5 engine, traveling on road at a maximum speed of 90 km/h. The vehicle is designed with a V shaped hull, and has an integral high level of protection against ballistic, mines and IEDs. The vehicle is coming in 10 and 12 seat configurations. Other versions of Renault’s armored vehicles include a heavily armored version of the Sherpa 3A HI (High Intensity) 4×4 vehicle designed for reconnaissance and liaison missions. At Eurosatory Renault demonstrated the vehicle with remotely controlled overhead weapon station, further enhancing crew protection.

    Rheinmetall Defense brought the highly protected GEFAS demonstrator vehicle to Eurosatory 2008, two years after showing the vehicle’s mockup here (Eurosatory 2006). The new design has been subjected to several survivability tests that confirmed its protection exceeds the current standards for high level armor protection. This impressive vehicle employs a revolutionary design which, according to Rheinmetall, ‘is opening a fresh chapter in the history of armored vehicles’. GEFAS will be introduced as a family of modular highly mobile vehicle designs in the 15-28 ton weight class offering protection levels far overmatching current asymmetric threats. Rheinmetall Defense is leading an industry team sharing the GEFAS as a privately financed developmental effort. The team includes engine maker MTU, ESW and STW Sensor-Technik, armor protection specialist IBD and Timoney Technology of Ireland.

    In Germany, the Bundeswehr’s requirements for highly protected armored vehicles are being addressed by Krauss Maffei’s “protected command and role-specific vehicle designated GFF-4. This highly armored 6×6 vehicle is designed for command, control and forward service support roles. Similar capabilities to be offered with smaller vehicles are addressed by a collaborative effort pursued byKMW and Rheinmetall defense that introduced here new class of armored multi-purpose vehicle family weighing 5 – 9 tons. This carrier designated Armored Multi Purpose Vehicle (AMPV) should be ready for serial delivery by 2011.

    Another German vehicle unveiled, was the GP-F2T prototype, carrying the Fennek platform into a modular, scalable design. GP-F2T is a generic, flexible platform which could be tailored to different missions. Accommodating a wider variety of mission payloads, the GP-F2T can be designed with a larger crew and payload compartment, and elevating mast. It is fitted with two engines (fore and aft location) separately powering the front and rear axels, offering dual redundant propulsion and automotive system and better maneuverability and cross-country mobility.

    Hatehof, a specialist vehicle designer and manufacturer from Israel is introducing a range of Xtream highly protected vehicles at Eurosatory. The company is already producing the latest wheeled armored vehicle operated by the Israel Defense Forces – the 8.6 ton Wolf, under cooperation with Rafael. The heavy version of the Xtream is powered by a Cummins ISBE 275 turbo diesel engine coupled to an Allison 3000 automatic transmission and Axeltech transfer case. This high mobility, protected, all terrain vehicle, is capable of fording water obstacles 1.1 meter deep, negotiate 36° side slopes and 60% gradient. Coming in two protection and weight levels of 9 or 16 ton configurations Xtream carries eight soldiers. The vehicle is protected to STANAG 3, 4 and anti-RPG protection levels. The vehicle is equipped with front and rear steering, offering a turning radius of only 6.4 meters, uncommon for vehicles of this weight class. The new vehicle family was designed to meet specific requirements for highly protected high mobility vehicle.

    The following topics are included in our Eurosatory 2008 focus:

    Integrated Soldier Systems (ISS) at Eurosatory 2008

    Many Integrated Soldier Systems (ISS) were on display, underlining one of the major deficiencies of this new and evolving trend – lack of interoperability and standardization, which unfortunately still retains groups of ‘networked soldiers’ separated in an otherwise, already ‘networked enabled’ environment. While some well equipped soldiers will be able to chat directly with their chief-of-staff, they will still remain unable to talk to a member of a fellow coalition army soldier, wearing his own gear, or borrow a spare battery, to power-up his ‘dead’ radio.

    Among the systems on display, were some already operational, including the US Land Warrior system, displayed at the U.S. Army’s Program Executive Office (PEO) Soldier booth and the precursor for the British FIST – known as Enhanced Situational Awareness (ELSA), shown at the Thales display. Other systems are nearing production, primarily the French FELIN shown at the Sagem combined display, slated for initial deployment next year.

    Also of interest was the Israeli ‘Advanced Infantry System (AIS)’ scheduled to enter service by 2010. This system was displayed by Elbit Systems. A year later the German MOD is expected to release an order for 939 advanced ISS suites of the IDZ-ES model, shown here by Rheinmetall Defense. The company also demonstrated elements of a suite developed for the Canadian forces while EADS demonstrated a comparable system called Warrior21, in development for Swiss and Spain. In Scandinavia, ISS are currently being developed for the Norwegian and Swedish Armies. These were displayed by the Norwegian company Knogsberg Defense and Saab.

    Auxiliary equipment designed to assist dismounted operations was also in the focus of the exhibition. Among the systems that caught our attention was the MK-V wide spectrum hand-held thermal beacon (WSTB) developed by Thermal Beacon Ltd from Israel. This hand held device is already in service, supporting cooperation between aerial and ground units, operating at night or in conditions where thermal sights are used. MK-V emits an invisible blinking light, visible only to thermal imaging systems (all types are covered – both LWIR, SWIR and NWIR). The unit is visible from a range of 2 km when viewed with 8-12 MCT cameras, or 4-5 km using 3-5 micron equipment. When viewed with light intensifier the device is visible at a range of 10 km.

    A different thermal tactical flashlight is offered by OptigO, through its cooperation with parent company Elta Systems of the Israel Aerospace Industries (IAI) group. The Samantha multi-wave thermal flashlight operates in the long- and mid-wave infrared can be used for identification and signaling between forces using thermal imaging equipment. Utilizing directional beam with adjustable beam width, the system can operate effectively overlong distances and used securely while operating behind enemy lines, for search and rescue and other special operations missions, in areas where both friendly and hostile forces are using thermal vision systems.

    Power is one of the most critical aspects of all ISS operations, on extended, dismounted missions. Power provisions have already become a main factor in the design of current and future systems, as the battery-load carried by the soldier rapidly matches the other loads of other combat critical supplies, such as ammunition, water and protective armor.

    New trends in power systems based on primary batteries, rechargeable cells, and fuel cells, used either as direct power sources, or battery chargers, running on relatively lightweight yet energy-efficient fuels. Such fuel cells are being developed by a number of companies including Ultracell in the USA and EFOY in Germany.
    Medis Technologies is another company that has sofar focused on commercial applications of fuel cells, but is introducing a new fuel-cell technology called Power Knight. Contained in a small, flat backpack it is promising up to 72 hours of continuous operation, delivering 20 watt for the individual soldier. A prototype system has already been developed for General Dynamics for evaluation in its future soldier systems program. The company already began producing a commercial version of the system in March 2008.

    The following topics are included in our Eurosatory 2008 focus:

    Eurosatory 2008: Active protection systems

    The devastating experience suffered by the Israeli Army in Lebanon two years ago, accelerated the development of active defense systems (ADS), for heavy, as well as medium and light armored vehicles. ADS are now becoming standard with the IDF latest MBTs and AIFVs, as well as part of the basic protection suite of modern families of vehicles, such as the British FRES and U.S. Army FCS. At Eurosatory, some ADS developers presented new designs, adapted for light APCs and even light utility vehicles. Among these are a lightweight version of the Aspro A from Rafael, the different derivatives of the ADS from IBD and Rheinmetall defense, LEDS 150 from Saab Aviatronic and IMI’s Iron Fist.

    RAFAEL’s ASPRO A (formerly known as Trophy) Active Defense System (ADS) is under production for the newest Israeli Merkava Mk4 tanks. The system can engage several attacks from each side simultaneously, while maintaining relatively low collateral risk. The system neutralizes all types of RPGs and anti-tank missiles, eliminating penetration by the weapon, as well as residual effect, by kinetic hit. Aspro A can operate on stationary vehicles or those in motion. Aspro A is also provided in a lightweight version, for the protection of armored personnel vehicles, with an ultra-lightweight model, designed for light armored vehicles such as the JLTV.

    Another ADS planned to enter production in 2009 is the AMAP-ADS developed by the German company IBD Diesenroth, partly owned by Rheinmetall Defense. IBD entered multiple cooperation agreements with a number of companies to promote and integrate its ADS with future armored vehicles. Among the AMAP-ADS based systems shown at Eurosatory, were the SHARK, developed with Thales, a similar system offered on the mu lti-purpose vehicle (MPV) from Iveco and the ADS used on the Swedish Spitterskyddad Enhets Platform (SEP) modular armoured tactical system. All these applications use the same principle established by IBD, which, similar to reactive armor, uses sheet explosive to generate a blast wave to intercept and disintegrate the treat at very close range.

    The French derivative of IBD’s ADS is the Shark, developed by Thales and funded by the French MOD. In the works since 2004, the system is currently being tested on a modified VAB armored personnel carrier, equipped with multiple modules, including the interceptors, control systems and sensors. The system is designed for simultaneous intercept of multiple treats and is designed to respond to threats within a 15 meter distance. A similar protection using caseless explosive charge, developed by Verseidag was also presented. While this armor is generally classified as ‘reactive armor’, its concept of operation is similar to the active protection explosive system.

    Saab Avitronics and Mowag introduced the Land Electronics Defense System (LEDS) at Eurosatory, installed on the Piranha III EVO armored vehicle. The system integrates various defensive capabilities, from signature management, through ‘soft kill’ by using countermeasures to ‘hard kill’ utilizing counter RPG interceptors. According to Saab, the LEDS 50 version of the system was ordered by the Dutch Army in 2005 for its CV-90 tanks and is under evaluation in several other countries. A version of the system designated LEDS 100, is equipped with two high-speed countermeasure launchers, deploying Galix family pyrotechnic countermeasures produced by Lacroix. The system was recently tested by Jordan’s King Abdullah II Design & Development Bureau (KADDB), installed on a modified M-60.

    The hard-kill equipped LEDS 150 system, configured with Mongoose hard-kill missiles on the Piranha, is scheduled to undergo live-fire tests in Switzerland later this year. The company is optimistic over chances of this system to be considered as candidate for the British FRES program, Saab Avitronics has committed to offer LEDS for possible selection as part of a possible future solution for the FRES program.

    IMI unveiled at Eurosatory 2008 an advanced version of it’s Iron Fist ADS, developed for the protection of medium-weight armor protected vehicles, such as the Wildcat, on which it was installed at the show. Iron Fist uses two twin-tube rotatable launchers, employing redesigned fin-stabilized canisters (compared to the previous mortar-like ammunition used in the previous design). IMI claims the canister has better aerodynamic qualities and is more stable in flight, thus enabling the system to address treats at various ranges. Redesigned as a multi-dimensional protection system, Iron-Fist provides the crew with early warning and situational picture of incoming threats, employing ‘soft-kill’ means at mid-range. Only if the threat is not eliminated by other means, Iron Fist intercepts it, automatically (?) with remotely detonated hard-kill munitions.

    The following topics are included in our Eurosatory 2008 focus:

    Eurosatory 2008 Situational Awareness & Panoramic Vision Systems

    Creating an effective situational awareness for crew members of an armored vehicle operating with closed hatches poses a major technological challenge. Modern armored vehicles are provided with new omni-cameras and image processing systems to open a ‘virtual window’, enabling the crew members to view the area around their vehicle, monitoring all movements around them and respond to suspicious activities that might put them at risk.

    Eurosatory 2008 provided the venue for many electro-optic (EO) developers, to introduce panoramic and peripheral imaging systems offering such capabilities. An example for such devices is the Situational Awareness System (SAS) offered by Rheinmetall Defense. It is provided in modular elements, each covering a 180 degree field-of-view, with a vertical arc covering 60 degrees. The system generates a complete situational picture, covering 360 degrees with high resolution cameras (operating ‘mega pixel’ type sensors). A similar system was unveiled by Sagem, designed as ‘pivot’-mount on each of the vehicle’s corners, providing full panoramic coverage of the surrounding area. The cameras are positioned at different angles to extend spatial coverage to the maximum, both horizontally and vertically.

    FLIR Systems is offering a similar panoramic vision system, based on thermal sensors. WideEye II covers a 180º field of view, improving situational awareness for vehicle crew safety and threat detection. Two WideEyes can be coupled together for full 360º situational awareness. As a networkable device, WideEye can also be used with mid-or long-range camera in a “slew to cue” configuration automatically pointing other sensors or platform to points of interest.

    EZVIEW

    A different concept of panoramic vision system is the latest version of the Omni-Directional camera (ODR) from Israel’s ODF Optronics. This device was also introduced at Eurosatoey 2008. The latest ODR uses six high resolution cameras, scanned simultaneously to create continuous 360 degree coverage, processed by powerful digital signal processors developed by ODF for this application. The new design enables the crew to monitor the entire area in high resolution, seamlessly zooming-in to explore targets of interest. The system retains the directional camera pedestal, which was used to provide the high resolution image in previous models, mounting an uncooled thermal imager instead, thus providing day and night capability with a single system.

    Elbit Systems displayed its ‘See Through Armor’ (STA) peripheral imaging systems using distributed cameras offering optimal coverage of the entire vehicle peripheral area. At Eurosatory, these cameras were mounted on several armored vehicles, including a French Army VAB 4×4 and the Renault AMC armored personnel carrier. At Eurosatory Elbit Systems introduced the first remote sensing application of its STA system. The system is also included on the Guardium autonomous unmanned ground vehicle (UGV) providing peripheral visual perception and situational awareness to mission controllers seated at the control center.

    Pathfinfer

    Selex Galileo from the Finmeccanica is offering the EZIVIEW under armor compact vision system, injecting images from the vehicle’s sensors (such as driver’s thermal sight) to be viewed on the periscopic vision block. EZIVIEW enables the driver to drive in forward-and reserve under full speed, day or night whilst remaining covered. When unused, the system can be pivoted away to retain normal use of the blocks. The system has built-in potential for up to four sensors inputs. FLIR Systems has also introduced a ‘driver assistant’ thermal-viewing device called PathFindIR, covering a field of view of 36 degrees, looking beyond the reach of the vehicle’s headlights, detecting and indicating suspicious activities (ambush, IEDs, obstacles etc). The system is in high volume production for the global auto industry while a similar system can be fielded for military use.

    The following topics are included in our Eurosatory 2008 focus:

    Unmanned turrets & Remotely Controlled weapon stations

    Remotely operated weapon stations are becoming standard issue with almost all new armored vehicles. At Eurosatory 2008, many of the well established RWS systems were presented, as well as some newly introduced systems, addressing both lightweight and heavier types of weapons.

    Among the lightweight models, two new systems were introduced by Panhard and Sagem Défense Sécurité and Rheinmetall. Panhard and Sagem announced cooperative teaming developing a lightweight RWS, called Weapon under Armor for Self-Protection (WASP). The system is equipped with a light machine gun coupled with an observation and infra-red sight. The system can be controlled by remote, from helmet mounted sight, a joystick or from the Système d’Information Terminal ELémentaire (SITEL) battle management terminal, if already installed on the vehicle. According to the manufacturer’s data WASP is well-adapted to operations in built-up or mountainous areas, providing weapon elevation capability of -40° /+90°.

    Rheinmetall introduced the twin-mount Weapon station 609N, a manually controlled system capable of mounting two weapons (for example, 7.62 mm machine gun and 40mm grenade launcher mounted side by side) The system can also accommodate two launchers, firing smoke grenades, periscopes, a projector and electro-optical systems.

    Nexter unveiled a new remotely controlled weapon station called ARX20, mounting the 20mm 10M621 automatic gun firing 20×102 NATO ammunition at a firing rate of 750 rounds per minute. The new weapon station offers greater range and effect, compared to common RWS, operating 12.7mm weapons, while offering reduced weight and improved compactness, compared to equivalent 25-30mm turrets.
    Two new remotely controlled turrets are also under development in Italy and Germany. Oto Melara displayed its Hitfist 30mm Overhead Weapon System (OWS).


    For the first time and Rheinmetall Defense demonstrated its Lance manned / optionally remote controlled turret on the Piranha Evolution vehicle. This turret is designed to mount guns from 25 to 40mm caliber, as well as secondary armament and guided missiles. The remotely operated version of the Lance will enable the crew to load or unload the weapon under armor. At present the turret is fitted with Rheinmetall’s MK30-2/ABM automatic cannon.

    The Hitfist 30 OWS is a prototype model used for technology demonstration in Poland, where the Italian product was tested mounted on a BMP-1. The two-axis stabilized turret mounts a 300 ATK Mk44 gun, 7.62mm Coax, and optional side-mounted Rafael Spike anti-tank missiles. The prototype turret mounts multiple sensors including CCD cameras, an IR camera and a laser rangefinder. The turret can be operated on a single, or as traditionally used in manned systems – by two soldiers optionally supporting ‘hunter killer’ operating scheme. Unlike most overhead weapon stations, the Hitfist 30 OWS has an opening on the base of the turret, providing access and protected operation capability to the gun systems.

    Elbit Systems displayed two versions of its 25-30 unmanned turrets, one installed on a French Army Renault VAB 6×6 vehicle specially equipped to demonstrate advanced urban warfare capabilities. The vehicle was fitted with Elbit System’s see-through armor (STA), enabling the crew to monitor the area around their vehicle, in both day and night, maintaining omni-directional viewing of the combat scene, constant situational alert, even when operating in close quarters urban environment with the crew is ‘buttoned up’ inside for safety.

    RAFAEL has also demonstrated a hybrid remotely operated turret, mounting a 30mm cannon and Spike ER missile launcher, and separate EO payloads for target acquisition by missiles and guns.

    The following topics are included in our Eurosatory 2008 focus:

    Can, or Should Israel Disable Iran’s Nukes by Itself?

    The big question posed these days, is not whether Israel is capable of taking out Mahmoud Ahmadinejad’s nukes, but if it should go ahead and does so- alone. Irresponsible ‘fairy tales’ of alleged Israeli ‘secret’ preparations to ‘go-it-alone’ against Iranian nukes, already paint vivid scenarios of massive, devastating air strikes, a full dose of ‘shock and awe’ with hundreds of bunker-busting bombs slicing through concrete, at more than a dozen nuclear sites across Iran. Much of this seems sheer nonsense, if not even criminal saber rattling, which leads nowhere but to further escalating tension. Although such air strikes don’t seem imminent, they seem to crop up from time to time in persistent fervor of pseudo-analysts.

    But analysts mention, that the admiral’s second, quite unprecedented visit to Israel in six months, would certainly fuel speculation about possible Israeli military action against Iran. Moreover, several media reports had whispered, that Admiral Mullen’s last visit in December 2007, included secret discussions over Israel’s alleged attack on Syria’s nuclear site, last September.Among the latest, were last week’s news reports, saying that Israel conducted a massive military exercise in plain sight, to send signals to the United States, European and especially Tehran, that Israel was prepared to launch a massive military strike against targets across Iran, if diplomatic efforts to halt or delay its nuclear program failed. This started a series of new rumors, which increased even further, over the surprising announcement, that a delegation of senior officers, headed by US Joint Chiefs of Staff chairman Admiral Michael Mullen will meet Israeli Defense chief, General Gabi Ashkenazi in Tel Aviv. A few weeks after Mullen’s visit, Ashkenazi is scheduled to fly to Washington DC for several days, on his first visit to the US as chief of staff. Normally, such visits are kept in low-profile, so as to avoid unnecessary speculation over their objective.


    If all this was not enough to arouse the simmering tension, the outspoken, former US ambassador John Bolton warned, that the US and Israel could attack Iraq’s fledgling program between the time a new president was nominated in November and the date the incumbent, George W. Bush, left office in January 2009. Bolton, well known for hawkish stance on Iran throughout his tenure as ambassador to the UN, claims that he thought Israel would even act unilaterally in any military strike, because the US has lost enthusiasm to do so, during the last months of the Bush regime.

    All this though rhetoric should have sent jitters in Tehran, which has indeed retaliated with equal defiance talk. Mohammad Hejazi, a top commander of the Iranian Revolutionary Guards warned, that any attack on Iran would draw the U.S. into “a new tragedy.” The commander of Iran’s Islamic Revolution Guards Corps Major General Mohammad Ali Jafari warned that his troops would counter any attack against the country. Iranian Defense Minister Mostafa Mohammad Najar Sunday cautioned on a “limitless” response to any military strike, but considering reported Israel’s drill in the eastern Mediterranean and Greece as mere “psychological operations”. However, reports from Tehran indicated that the Revolutionary Guards had been placed on high alert, deploying some of its latest air defenses around key installations, which they expect becoming primary targets for attack.

    Iranian Defense Minister Mostafa Mohammad Najjar emphasized, last December, that under a recent military cooperation between Moscow and Tehran, an undisclosed number of highly sophisticated S-300 air defense systems will be delivered to Iran, on the basis of a contract signed with Russia in the past. Earlier reports said that Russia had delivered all 29 Tor-M1 ordered by Iran under a US$700 million contract signed in December 2005. Although, as usual, Russian officials refused to comment on the Iranian statement, rumors about this sale have persisted over a long time with Russian officials being consistently in denial. Undoubtedly, if Iran will have S-300s in its possession, these missiles could pose significant threat to attackers, whether U.S. or Israeli, if ordered to attack targets in Iran.

    Enhanced rumours over a possible air strike on Iran’s nuclear infrastructure, increased in Israel recently, when news over confirmed, that Mossad director, retired Major General Meir Dagan’s term, would be extended until end 2009. Dagan, already six years on this job, has proved his covert mettle in a variety of counter-terror operations. Dagan was charged by former PM Ariel Sharon to monitor and concentrate top priority intelligence gathering on Iran’s nukes program.

    Unconfirmed reports, indicated Dagan’s highly successful intelligence coup, was leading up to the demolition of Syria’s North Korean plutonium reactor in al Kebir last September, which Israel stubbornly refuses to confirm, in spite of ‘leaks’ by some of its senior politicians. It was not until April 2008, seven months after the dramatic event, that the US Central Intelligence Agency released news of the operation in Washington, providing graphics attesting to the penetration of the of the most secret and well-protected facility in Syria. US based sources hinted that a major coup was achieved not so much by destroying a suspected nuclear facility, but actually testing the new Russian-built air defense systems, allegedly deployed in that area. Moreover, as a strategic by-product, the supposed ( but never confirmed) flight-route, over Syrian airspace, actually brought Israeli jets close to the Iraqi border, and a virtual “stone-throw” towards Iranian skies, without being challenged.

    Whether Israel should opt for a military strike on Iran’s nuclear facilities is under a highly controversial debate in the public debate. There are those who persist in an aggressive attitude, to act, before Iran poses, what they consider, an existential threat to Israel’s very survival. Others are more cautious in their approach, although they are fully aware over what is in stake, if the “bad guys” in Tehran will clutch the “doomsday” weapon in their claws. Still, many veteran soldiers, who have seen it all, under realistic warfare scenarios, are under little illusion as to what a price of “going it alone”, will pose on Israel’s, certainly impressive, but still limited resources. Under consideration are foremost, not least, the challenges of the long-distance ranges involved to-and-from potential targets, faced by mission strike packages.

    Assuming that a military strike is issued, Israel cannot hope to destroy Iran’s entire nuclear infrastructure. Facilities are widely distributed across the vast country and there are too many sites to be addressed. To have a reasonable chance of success, both in the mission and in the ultimate goal of rendering Iran’s nuclear program impotent, the target-set must be narrowed to the critical nodes in Iran’s nuclear infrastructure. Most experts agree that the most difficult part of nuclear weapons development is obtaining the nuclear material itself; thus, if the means of fissile material production can be destroyed, the setback for Iran will be maximized. According to published intelligence assessments, Iran’s nuclear complex has three critical nodes: Esfahan, with its conversion facility, the Natanz enrichment facility, and the heavy water plant and future plutonium production reactors at Arak.

    Can Israel Destroy Iran’s Nuclear thrust?

    Israel has twice launched pre-emptive air strikes ostensibly to cripple Mid-East Arab nuclear programs. In both instances, against Iraq in 1981 and Syria in September 2007, the targeted regimes howled but did nothing. But effectively destroying Iran’s widely scattered and deeply buried nuclear facilities would be quite a different ballgame.

    The primary objective of any such action should be to halt or substantially delay Iran’s completion of its nuclear project for several years, hoping that a more moderate regime will emerge, willing to regain its place in the free world. The military assessment is, however, that any attack will be extremely complex, require extensive coordination and real-time intelligence, before, through and immediately after each attack, performing ad-hoc bomb damage assessment to ensure successful execution of such strikes. In addition to the geographical dispersion of the targets, each of these nuclear facilities is buried deeply underground. Therefore, a successful attack should involve at least three or four simultaneous strikes, totally destroying those underground targets – anything less will be regarded failure to achieve mission success.

    Should Israel do this alone?

    The Israel Air Force is well equipped, trained to carry out operations at great distances from the Israeli border and has demonstrated such capabilities in the past. However, the geographic and geopolitical situation poses a great challenge and limits the Israeli operational flexibility in planning, executing and succeeding to perform such a mission. Overcoming the distance to these targets, egress and ingress routes poses a complex challenge, dependent on local political conditions, including the strategic posture of the US in the region, especially with the Arab Sunni leadership. In-flight refueling could be provided only through part of the route, while combat rescue further complicate planning, since such activities are unplanned and depend on favorable conditions on the ground. Such complex, difficult and sensitive operational considerations will challenge both the Israeli military and political leadership to the utmost. On the other side, the fact that the Iranians know which sites enables them to concentrate their defenses without spreading their air defenses and air force too thin. This means that the Israelis could have one chance to succeed, as their airpower will be stretched to its limits, and could not carry out recurring strikes, based on accurate bomb damage assessment (BDA).

    Alternatively, a US led air campaign does not have to be contained to 3-4 sites as they are able to hit more than 1,500 aim points, many of them simultaneously. Their weapons arsenal is more capable, especially against deep-buried underground targets, including stand-off, the 28,000-pound bunker busters, 5,000-pound and 2,000 bunker penetrators that could effectively strike underground protected targets and stealthy air-launched cruise missiles such as the JASSM. Strike weapons could be deployed by tactical airpower like the F/A-18E/F and F-15E or strategic stealth bombers such as the B-2, which can simultaneously attack 80 different targets. Planning flight routes for US airpower is more direct, and encounters less opposition among regional countries, particularly with strategic bombers and aircraft carrier based naval air power.

    Any military action against Iran would most probably, unite the Iranian people behind their regime, even if this is not too popular, due to Iran’s economic and social decline. Moreover, Iran’s ability to retaliate must be taken seriously. This comprises three primary components: missile attacks, rocket attacks from Iranian sponsored Hezbollah and attacks on Israeli interests overseas.

    The Iranians could retaliate by launching Shahab-3 ballistic missiles. These weapons could hit large population centers in Israel but the missiles could also target Israel’s nuclear facilities. The second option was demonstrated in 2006, as Hezbollah fired its medium rocket arsenal targeting major Israeli cities. A massive rocket offensive can cause severe problems to Israel’s rear, which is still improperly protected, until the new counter-rocket and C-Ram defenses become available.

    It seems inevitable, that the Tehran Ayathollah’s must be stopped, one way or another, before the world enters into total disarray and uncontrollable chaos, threatened by a nuclear tipped Islamic fundamentalist rogue nation. Time is critical, but Israel must not be left alone to face the consequences looming on the threshold of the free world.

    Endnote;

    This analysis does not intend to assess detailed data for a potential air strike on Iran’s nuclear infrastructure. Top-secret analyses from intelligence agencies normally reply to such a question, whether positive or negative-depending on their origin. However talented outsiders, using open sources, can also try their hand in this delicate assessment speculation game. Two professionally qualified scholars, Whitney Raas and Austin Long have studied this problem at the Massachusetts Institute of Technology and published their impressive analysis, titled Ozirak Redux? Assessing Israeli Capabilities to Destroy Iranian Nuclear Facilities“, in the journal International Security April 2006.

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