Friday, November 15, 2024
More
    Home Blog Page 319

    Vision Spheres Probe Rooms for Suspects

    Vision Spheres Probe Rooms for Suspects: Technological Solutions Meeting Counter-Terror Indoor Challenges

    Science fiction motion pictures often describe robot sensors that can prawl building complexes indoor. But these robots are not purely fictitious imagnation. These animated Hollywood representations are based on real robotic technology which is in use today, or being evaluated for deployment in the near term. While ‘spider’ like mechanical creatures are operating only in rudimentary laboratory experiments, assault teams worldwide are already using indoor surveillance means utilizing ‘throw away’ sensors such as the Israeli Eyeball R1 or Swiss made Short Range Throwing Camera (SRTC) developed by Macroswiss.

    The SRTC is a compact, rugged device that can be thrown into a potentially unsafe target area. Upon landing, the SRTC will self stabilize, perform a continuous rotational sweep and transmit live video. The operator viewing the video can slow down or reverse the rotation, or stop to monitor a particular point of interest.

    More versions of similar devices include the French Spybowl from Exavision and the ScoutBall developed by U.S. based company Mobile Fusion that can see, hear and even smell its environment. A new concept recently endoresed by the British Ministry of Defence is the I-Ball, under development in the UK by the Scottish company Dreampact. These sphere shaped devices are designed to be rugged enough to be thrown or rolled into a scene, providing a clear, real-time view of the room interior. Rooms verified as cleared could be monitored by static unattended sensors, such as the UGS-Urban, developed by Textron Systems for the US Army Future Combat Systems program. These units comprise video, PIR and acoustic sensors that can be placed in a room or corridor, and report on any suspicious movement or activity in their vicinity. A similar concept is the Gatekeeper from ODF, providing wireless video and area surveillance indoors.

    These vision spheres are proved as highly effective tools for manned assault teams operating indoors. But, what could be done in situations where entry into a building could doom the fate of the hostages or put the assault team at risk from explosives? In such circumstances. This task is the forte of the ‘Wall Penetrating Radar‘.

    Our survey of current technologies assisting assault teams engaged in indoor combat covers the following aspects:

    Seeing Through Walls

    Building Modeling Indoors – Technological Solutions Meeting Counter-Terror Indoor Challenges

    Recognizing the need to model, and understand the internal structure of a building prior to an operation indoors, DARPA is developing tools and capabilities for external sensing, deep inside buildings, gaining a detailed situational understand, both above- and below-ground. Such a capability could provide an essential planning tool, as well as invaluable ISR capability, processing and providing live updates during mission execution.

    One such DARPA program is VisiBuilding – an urban sensing and planning tool capable to determe building layouts, find anomalous quantities of materials and locate people within the building. To achieve these goals, VisiBuilding could exploit phenomenology of signal penetration into buildings, measuring propagation and backscatter off urban structures. The system will utilize various means to position and monitor sensors in the vicinity of the objective, gaining an insight about the building, developing hypothesized ‘best guess’ model of theinternal layout of rooms, walls and utility infrastructure that best fits the available sensor data.

    Another program recently launched at DARPA is ‘Harnessing Infrastructure for Building Reconnaissance’ (HIBR), a capability that translates VisiBuilding into practical terms: DARPA believes that ‘opportunistic sensing’ could be a practical approach to ‘guess’ such interior structure, using exterior observations. Information could be gathered from geometrical and stimulus response (for example, seismic or acoustic vibrations performing a sonar effect). Such stimulus could uncover minute details that, when processed, could provdie tactically useful information, for example, ad-hoc mapping of structural, electrical, plumbing, and ventilation systems.

    Other capabilities, such as wall penetrating ‘vision’ could be handy. Such capabilities are provided by ‘wall penetrating radar’, the latest models being compact, hand held devices. The British company Cambridge Consultants has demonstrated ‘vision through the wall’ capability utilizing mobile x-ray vision. A similar technology is already available from the Israeli company Camero, offering the Xaver 400 hand-held radar, capable of penetrating concrete, reinforced concrete, cinder block, brick, stucco, adobe, drywall and other common wall types, with a range of up to eight meters (26ft). A larger version, Xaver 800 can penetrate multiple walls up to a distance of 20 meters. The device presents the operator with an easy to read display indicating the location and number of people behind a wall or barrier. Xaver is being evaluated as part of the gear for Israel’s future infantry urban combat team.

    An even smaller, hand held device is the RadarScope developed for DARPA. This system weighs less than 1.5 pounds and runs on AA batteries. It allows security forces to sense through nonmetallic walls, such as concrete, to determine if someone is hiding inside a building or behind a wall. Recent tests conducted by the U.S. Army demonstrated that the Radar Scope was successful at detecting a person hiding behind concrete and adobe walls. In 2008 DARPA has deployed 50 Radarscopes to the Army, Marines, and others for evaluation in-theater.

    Our survey of current technologies assisting assault teams engaged in indoor combat covers the following aspects:

    Negotiating the Indoor Maze

    Indoor Reconnaissance – Technological Solutions Face the Toughest Counter-Terror Challenge

    Counter terror operations rely primarily on intelligence warfare. Fortunately, most terror attacks are foiled in their early stages, as security forces uncover plans, preparations, operatives or their supporters in time. The few operations that manage to hide from the prowling eyes of intelligence services and reach their objectives, are usually coming as total surprise. Usually, these actions are also ‘trend setters’ uncovering an intelligence loophole and a capability gap of the respective counter-terror forces involved.


    The Islamic Jihadi terror attacks in Mumbai uncovered several deficiencies that many SOF, CT units and SWAT teams are well aware of – the complexity of indoor reconnaissance and surveillance. Military Operations in Urban Terrain (MOUT) has known to be an extremely complex and the least desired by military commanders. That’s why terrorists have picked the cities as their ‘playground’.

    Originally, terrorists would use the city and its civilian population, sympathetic or neutral to their cause, for coverage and concealment, establishing safe houses where they could prepare weapons and explosives, moving through crowded streets and markets to reach their targets unnoticed. By attacking public places, transportation and religious centers their aim was achieve mass casualties to gain maximum publicity effect. In Mumbai, the terrorists picked their playground with a different perspective. By utilizing the complex interior setting of a multi-story building complex, few highly motivated warfighters could hold out against counter terror elements for days, fighting to the death through the illusive indoor maze.

    Collecting intelligence from an indoor setting is even more problematic, as visibility, communications and GPS coverage is severely limited, degrading situational understanding, command and control, therefore minimizing the counter-terror forces’ advantage to mere skills and experience.

    Every military operation is determined by whom, who dominates the terrain. An open area is controlled by observation and fire. Counter terror operations would seldom utilize snipers for this role. Snipers could be quite effective covering few terrorists taking hostages in a bus or an apartment, but matters get quite complex when the target is located ‘somewhere’ in a multi story mega-hotel. Since indoor movement is extremely dangerous to the CT teams and could result in terrorists executing hostages, gathering information must be done by covert means. Therefore, the vital assessment of the number, location and status of the terrorists and hostages is virtually impossible to achieve.

    But is it true? Virtual is the keyword here since the challenge is to obtain ‘hard evidence’, such as pictures or live video. Modern sensors employed with autonomous means could be operated indoor. Some exciting concepts have been described in several science fiction motion pictures, such as ‘Minority Report’.

    Capabilities similar to those describedabove are already operational, others are in development or under evaluation at the U.S. Defense Advanced Research Projects Agency (DARPA), collectively managed under the ‘Force Multipliers for Urban Area Operations’ initiative. This program focuses on obtaining revolutionary technologies to make planning and execution of urban operations more responsive and flexible. Among the thrusts of this program are obtaining continued reconnaissance, surveillance and targeting, by the employment of new weapons that can be employed beyond-line-of-sight, with ultra-precise, lethal and nonlethal capabilities.

    Our survey of current technologies assisting assault teams engaged in indoor combat covers the following aspects:

    British Forces in Afghanistan to Receive 1,200 New Armored Vehicles

    Invest over £350 million in the procurement of hundreds of Tactical Support Armored Trucks

    The British Ministry of Defense announced a plan to deploy nearly 1,200 new armored vehicles to bolster the protection and mobility of British troops engaged in combat in Afghanistan. The cost of the decision, announced by Defence Secretary John Hutton on 29 October, 2008 is estimated at £700 Million.

    The plan focuses on the procurement of over 400 new ‘tactical support vehicles’, worth about £350 Million, to augment or replace up-armored trucks currently operated in theater. Due to the vulnerability of supply convoys, armored vehicles are overtasked in convoy protection missions. The deployment of payload optimized, highly protected TSV will improve the protection and load capacity of convoys, balancing the demand for escort vehicles. In addition to the new package, new shipments of ‘Ridgeback’ 4×4 protected patrol vehicles and Panther armored command vehicles and Buffalo route clearing heavy vehicles are expected to be deployed to Afghanistan early in 2009.


    The Royal Marines are also seeking the replacement of BvS10 Viking articulated tracked vehicle with a new high mobility ‘cross-country’ vehicle that will provide better armor protection than the Viking could. The Marines are seeking to buy over 100 such vehicles, dubbed “Warthog”. MOD selected the Singaporean Bronco from ST Kinetics over an improved BAE Systems Hagglunds BV206 version. The Army is highly satisfied with its version of ‘cross country’ vehicle, the Jackal and is planning to continue buying 100 additional vehicles under the newly announced package. Additional equipment to be introduced are several route clearing vehicles, based on Force protection Buffalo, recently introduced by the Italian and Canadian armies operating in theater.

    The British army requires three distinct categories of Tactical Support Vehicles (TSV) including a heavy armored flat-bed truck called ‘Wolfhound’ (TSV Heavy), which will be based on heavy platforms, such as the Cougar they are called to support. Force Protection was selected as the preferred bidder for this class of vehicle, at the benefit of maintaining commonality within the Cougar-based fleet. These vehicles will have the highest levels of mine blast protection.

    A light weight armored vehicle will also be procured, to fulfil multi-purpose various logistical missions. This flat-bed vehicle, dubbed ‘Coyote’ (TSV Light) will also employ a Supacat 6×6 chasis, a derivative of the all-terrain Jackal. Coyote is designed to support the Jackals operating in the harsh terrain of Afghanistan.

    A third class of medium-size medium protected TSV called Husky (TSV Medium) is also required to be utilized as load carrier, ambulance and mobile command post support. The Husky will also provide transportation and logistical support in areas where the heavy Mastiff and the heavy TSV cannot operate.

    Further procurement and modifications are also being implemented with current vehicles, including 30 new Cougar vehicles (both 4×4 and 6×6) to be used as training vehicles. Armor upgrades are introduced with the Panther, facilitating theater specific protection as well as communication equipment. Snatch-Vixen, a new variant of the LandRover, specially designed for Afghanistan has also been produced, with extra power and payload which to enhance the mobility of the protected vehicle. This variant of the LandRover received a new running gear, chassis reinforcements, more powerful engine, and other modified automotive components to give the vehicle more power and the ability to carry a greater load.

    New Life for the Hunters

    U.S. Army Awards Northrop Grumman $97 Million Contract to Procure and Modify Unmanned Aerial Vehicle.

    Parallel to the fielding of Block 0 Sky Warrior UAVs, the U.S. Army continue to support and enhance the existing tactical UAV fleet. The Army recently awarded Northrop Grumman Corporation (NYSE:NOC) an order for more Hunter MQ-5B UAV systems.


    Under the $97 million order Northrop Grumman will deliver 12 Hunter MQ-5B Unmanned Aerial Vehicle (UAV) aircraft; six One-System Block II ground control stations; eight tactical common data link, ground data link terminal sets; two sets of ground support equipment; and four sets of spare parts. The award was made through a modification to the Hunter Contractor Logistic Support (CLS) 2008 contract. Deliveries and support will commence over a period of two years with a third year option.

    The air vehicles will be produced by Stark Aerospace, Starkville, Miss.; L-3 Communications, Salt Lake City is providing the datalinks and remote video terminals. Rockwell Collins, Cedar Rapids, Iowa provides the communications gear. AAI Corporation, Hunt Valley, Md. will supply the ground stations and Israel Aerospace Industries Ltd.’s TAMAM Division, from Israel will deliver the EO payloads for the UAVs. APL provides the heavy fuel engine for the aircraft. Work will primarily be performed at Northrop Grumman’s Unmanned Aircraft System (UAS) Center of Excellence, Sierra Vista, Ariz., and facilities at Starkville, Miss.

    Oshkosh Awarded Over $1.2 Billion Contract to Supply the US Army with FHTV Heavy Trucks

    The U.S. Army Tank-automotive and Armaments Command (TACOM) awarded Oshkosh Defense (a division of Oshkosh Corporation NYSE:OSK) an order for the supply of more than 6,000 upgraded vehicles to the U.S. Army’s Family of Heavy Tactical Vehicle (FHTV) fleet. The upgraded FHTV family of vehicles includes increased horsepower and performance features due to power-train and suspension upgrades. All three vehicle families will be Long Term Armor Strategy (LTAS) compliant and come off the assembly line fitted with upgraded suspensions and integral composite (“A” kit) armor. They also will be ready to receive an add-on (“B” kit) armor appliqué.


    The first order under the new three-year contract is valued at $1.2 billion and delivery will start in November 2008. This order follow earlier contracts awarded this year for initial delivery of 1700 heavy trucks. This award somewhat sweetens the bitter news for the company this week, as the Oshkosn-Northrop Grumman team failed the selection for the technology demnostration selection phase of the Joint Light Tactical Vehicle competition (JLTV).

    FHTV III variants include the 13 ton payload Heavy Expanded Mobility Tactical Trucks (HEMTT), 16.5 ton payload Palletized Load Systems (PLS) and PLS trailers (PLST), and Heavy Equipment Transporters (HET) capable of transporting main battle tanks and other tracked combat vehicles weighing up to 70 tons. As part of the contract, Oshkosh Defense will supply the U.S. Army with the next-generation HEMTT, the HEMTT A4, and will soon introduce the A1 models of the PLS and HET, offering increased horsepower and performance features due to power-train and suspension upgrades.

    Earlier this week Oshkosh was awarded a $46 million contract by the US Marine Corps Systems Command, for the supply of 173 Medium Tactical Vehicle Replacement (MTVR) and their armor kits.

    V-STAR UAV Dubbed “HUMVEE OF THE AIR”

    Frontline Aerospace, Inc., unveiled at AUVSI 2008 a new vertical take-off and landing (VTOL) aircraft configuration called V-STAR. The company is implementing this design concept in a new unmanned aerial vehicle (UAV) system, associated with the MicroFire gas turbine fuel-efficiency technology also developed by the company.

    Frontline’s founder and Chief Executive Officer Ryan S. Wood, calls the company’s new VTOL-Swift Tactical Aerial Resource (V-STAR) the ‘HUMVEE of the air’, as it could provides breakthrough solutions for forward deployed military units, pushing logistics and weapons where other assets cannot move. “With payload at the center-of-gravity, V-STAR provides real mission flexibility, enabling to reach targets often three times faster than helicopters” said Wood. The same capabilities enable the platform to assume area surveillance, observation and target acquisition roles, carrying ISTAR payloads said Wood.

     

    The V-STAR uses a vertical positioned ducted lift fan with counter-rotating blades for vertical flight and hovering. After takeoff the vehicle transitions to forward flight with its “diamond-box-wing” and propelled by the ducted rear pusher fan. Dual Rolls-Royce Model 250 gas turbines will propel the aircraft at a cruise speed of 288 knots with a 400-pound payload for 650 miles. Endurance variations of V-STAR can carry a 110-pound ITARS package for over 19 hours. The long endurance is derived partly form the implementation of Frontline’s patent-pending MicroFire technology, contributing to the high fuel-efficiency and reduced carbon emissions for the Rolls-Royce Model 250 engine family.

    The system is extracting heat from the engine through counter-flow heat recuperator, transferring heat from the exhaust air back to the compressed engine air before combustion. Such implementations could double the overall thermal efficiency of the engine. The 50 pound MicroFire system is designed for improved durability and reliability of such system at a low specific weight, improving fuel consumption as much as 40% with low pressure drop and low power loss.

    Desert Hawk III Supports British Forces in Iraq

    Desert Hawk III is the new generation mini-UAV developed by Lockheed Martin. The original version Desert Hawk I (DHI), is operated by the British forces in Afghanistan and by the US Air Force, where it is used as a ‘Force Protection Airborne Surveillance System’ (FPASS), supporting convoys and patrols as well as for airbase security. By summer 2007 the British Army 32 regiment, Royal Artillery in Iraq received the first shipments of the Desert Hawk 3 UAVs, replacing the ageing Phoenix system. The regiment also operates the DH1+ systems in Afghanistan where it is normally used to provide ‘over the hill’ reconnaissance at company level, supporting the British 16 Air Assault and 3 Commando Brigades in Afghanistan.

    The aircraft is designed to support covert operations, utilizing its low aural signature and low visual observability are essentially inaudible at distances greater than 33 meters (100 ft), allowing covert operations without compromising surveillance techniques or endangering the warfighter. The aircraft is equipped with interchangeable two-axis stabilized turrets mounting three types of payloads. Optional payloads include a narrow-field of view video camera providing detection, recognition and identification of targets at relatively long range.

    Another payload can carry three sensors – side-looking EO/IR module combining color CCD and low-light B/W camera and Long-wave Infrared imager (LWIR), enabling continuous operations in day, night and under limited visibility conditions. The low-light B/W imager is uniquely useful at crossover times, at dusk and dawn, when neither color nor infrared imagers can detect and monitor activities adequately. A third module uses an infrared imager coupled with an infrared illuminator, improving the system’s performance when operating in moonless or cloudy nights. The IR illuminator can be seen only with night vision equipment also be used to mark target positions, guide friendly forces toward targets of interest or away from hazardous areas.

    Desert Hawk III Upgrades & Enhancements:

    In April 2009 Lockheed Martin successfully completed flight testing of a new signals intelligence (SIGINT) payload and a next generation wing design that will provide enhanced capabilities for the company’s small Desert Hawk III (DHIII) Unmanned Aircraft System (UAS). By 2009 the British Army have used DHIII extensively in both Afghanistan and Iraq.

    The recent flight tested enhancements mark the first time a SIGINT payload has successfully flown onboard a small UAS platform. The new payload option to become available for operational use later this year will significantly expand the Desert Hawk’s surveillance capabilities by adding the ability to detect and locate sources of radio frequency emissions.

    High Altitude, Long Loiter (HALL) UAV

    Developmed by Aurora Flight Science and Boeing, the Orion, High Altitude, Long Loiter (HALL) Unmanned Aerial System is designed for stratospheric missions.

    The Orion will be able to cruise at an altitude of 65,000 ft for about 100 hours, powered by reciprocating engines consuming liquid hydrogen fuel. With a gross takeoff weight of 7,000 lbs (3.175 tons) HALL will be able to carry payloads weighing about 400 lbs (181kg).

    The U.S. Army/SMDC is supporting a team lead by Aurora and Boeing as a strategic partner, developing two Orion HALL platforms, to demonstrate the new technology. First flight is expected by 2009. Aurora and Boeing have also teamed since 2004 on a Boeing-led concept definition study of a twin-engine, larger unmanned platform designed for missions over a week long, carrying multi-sensor payloads weighing up to 2,000 lbs. The HALL demonstrator will have a wing span of 132 ft (40.2 meter) and length of 57 ft (17.4 m’).

    US Army Announce JLTV Winners

    GTV, Navistar-BAE Systems and Lockheed Martin will develop three competing designs for final selection within 27 months.

    The U.S. Army narrowed the list of potential JLTV bidders to three, awarding development contracts for each of the three teams, to continue the 27 month technology development of the proposed Joint Light Tactical Vehicle. The finalist to be selected at the end of this phase could win orders to deliver more than 60,000 armored vehicles over an eight year span augmenting and replacing part of the 160,000 HMMWVs currently in service with U.S. armed services. According to Lt. Col. Wolfgang Petermann, JLTV Product Manager for the Army the new vehicle will replace part of the HMMWV fleet but is not intended to serve as a direct replacement for that vehicle.

    The new program could be worth over $40 billion over the next decade. The Pentagon evaluated proposals and models submitted by six teams, and awarded development contracts to three of the teams. General Tactical Vehicles group, combining General Dynamics Land Systems and HMMWV maker AM General was awarded $45 million; the Navistar-BAE Systems team received $40.5 million and Lockheed Martin, also teamed with BAE Systems received $36 million contracts. The later was a cost plus fixed fee contract while the first two are cost share awards. Three of the losing teams filed protests on the selection decision, causing the Army to issue ‘Stop Work’ order pending a decision by the Government Accountability Office (GAO).

    Each of the teams selected will be asked to build four test vehicles during the first 15 months, to be followed by a test phase that could last another year. One or two winning teams will receive Low Rate Initial Production (LRIP) contracts by 2011, to begin production of vehicles, and accelerate production over the next 24 months. According to Lt. Col. Ben Garza, JLTV Program Manager for the US Marine Corps, the test and evaluation phase will include testing of the vehicle’s armor and ballistic hulls, the vehicle and trailers will undergo performance and reliability testing, including assessments from joint warfighters. Furthermore, the teams will have to demonstrate a ‘family of vehicles’ approach across the three payload categories and share a commonality of components, demonstrate technical maturity, requirements achievability and integration capabilities.

    While the winners of the contracts will ultimately produce refined prototypes of the vehicles at the end of the current technology demonstration phase, the Army’s current intention is to hold another full and open competition for the system development and demonstration (SDD) phase which will allow all interested parties to compete. The Pentagon is also interested in extending international involvement in program. Australia has officially endorsed the program and is interested to commit by 2010, as the vehicle design is matured. Britain, Israel and Canada are also interested and were reported to be discussing possible co-development funding.

    On February 17, 2009 GAO denied protests filed in November last year by three teams that lost the initial selection process of the Army’s Joint Light Tactical Vehicle – Textron-Boeing-SAIC, Northrop Grumman-Oshkosh and Force Protection. The GAO decision will enable Pentagon to launch the 15 month program designing and manufacturing 12 vehicles for subsequent testing, leading to a procurement decision in 2011. After the filing of the protest, the Army issued stop work orders to the winning companies, an action that could have delayed the program by few months.

    The JLTV concept vehicle proposed by GTV, a joint venture between General Dynamics and AM General. Photo: Tamir Eshel, Defense Update

    Dragon Runner Robotic UGV

    QinetiQ Introduces a Field Transformable Small Robot


    A new range of ‘Dragon Runner’ Small Unmanned Ground Vehicle (SUGV). was unveiled at AUSA 2008 by QinetiQ North America. These robots represent a modular ground robot system capable of performing a wide range of missions in urban, mountainous or rural environments, from underground and in-house to the handling of improvised explosive device (IEDs).

    Based on the Dragon Runner platform developed for US Marine Corps Warfighting Laboratory few years ago, the modular base unit Dragon Runner weighs less than 20 pounds and can be carried by one person in a standard-issue pack. The wheeled base unit is field-transformable, with quick snap on or bolt on tools, morphing the robot for different missions, including reconnaissance inside buildings, sewers, drainpipes, caves and courtyards; perimeter security using on-board motion and sound detectors; checkpoint security; in-vehicle and under-vehicle inspections; and hostage barricade reconnaissance and negotiation.

    The Dragon Runner is controlled from a compact, hand-held control display employing a quad-screen mode that supports four simultaneous camera views or any one individual view. Operators of Dragon Runner SUGV have the ability to add tracks for maximum mobility and a manipulator arm with rotating shoulder, wrist and grippers for dexterity. In addition, day and night pan/tilt/zoom cameras, motion detectors and a listening capability allow Dragon Runner SUGV to further extend the combat team’s situational awareness. The add-on elements quickly snap or bolt into place, without the use of special tooling. Additionally, Dragon Runner SUGV, gives operators field-changeable frequency capabilities, using analog or digital radio options, to improve flexibility and range. The robot and control system run on standard batteries, further simplifying logistic support and integration with current units and missions.

    Dr. William Ribich, President of the Technology Solutions Group, QinetiQ North America is proud of the versatility of the new robot that “can climb stairs, open doors, provide critical reconnaissance information and disarm IEDs – all while protecting our troops, who control the robot from a safe distance… When Dragon Runner SUGV takes a hit, that means at least one soldier or marine was kept from harm,” Ribich concluded.

    Among the articles covering new robotic systems at AUSA 2008 are:

    LHA-6 Amphibious Assault Vessel


    Northrop Grumman received a $2.4 billion construction order from the US Navy, for the detail design and construction of a new amphibious assault ship, LHA 6. Work will be performed primarily at the company’s shipyard in Pascagoula, Miss., and ship delivery is scheduled for 2012. The LHA-6 class is the successor of the Tarawa class (LHA 1 commissioned in 1976) currently in service. Northrop Grumman has built five LHAs as well as seven USS Wasp (LHD 1) class ships. The Pascagoula shipyard is currently building an eighth LHD, Makin Island.

    Like its predecessors, it will be able to operate as the flagship for an expeditionary strike group. Ships of this type may also play a key role in the Maritime Pre-Positioning Force (Future). LHA 6 design modifications optimize aviation operations and support activities. Removal of the well deck provides for an extended hangar deck with two wider high bay areas, each fitted with an overhead crane for aircraft maintenance. Other enhancements include a reconfigurable command and control complex, a hospital facility, additional aviation fuel capacity, and numerous aviation support spaces.

    These changes equip the ship to be an integral part of joint, interagency and multinational maritime forces. It will be configured to support landing force elements as well as various naval amphibious command and control and support organizations.

    Hezbollah: Can it take the political lead in Lebanon?

    To answer this a crucial question it must be determined first, whether Hezbollah can be regarded as a Lebanese entity, or a foreign implant, which has it’s actions determined in Tehran or Damascus.

    According to the various Taif Agreements, the Lebanese president must be a Maronite Christian, the prime minister a Sunni Muslim, and the speaker of the Parliament, a Shiite Muslim. Beyond this, even after Hezbollah’s historic decision to take part in Lebanese elections, the organization is still claiming that it can’t realize the full extent of its power due to the delineation of voting districts, which, according to them benefit other ethnic groups. But not all agree to this situation remaining unchanged forever.

    “Hezbollah could definitely take power in Lebanon within a few years. I wouldn’t want to commit to a specific date, but this could definitely take place even within five years,” said Dr. Boaz Ganor, deputy dean of the LaSheikh Hassan Nasrallah, Secretary-General of Hezbollahuder School of Government and Diplomacy at the Interdisciplinary Center and executive director of the International Policy Institute for Counter-Terrorism.

    Dr. Boaz Ganor, deputy dean of the Lauder School of Government and Diplomacy at the Interdisciplinary Center. Photo: IDC“Nasrallah and Hezbollah have two objectives, short- and long-term, in two different arenas – in Lebanon and in the region,” he explained. “In the Lebanese arena, the short-term goal is changing the political balance in such a way that will improve the status of the Shiite community in the eyes of the other ethnic groups in Lebanon and their political representation.

    “In the long-term, Hezbollah’s goal (supported by Teheran Ayathollahs) is to turn Lebanon into a Shiite caliphate according to sharia law similar to Iran. On the regional level, Hezbollah’s short-term goal is to expel Israel from Lebanon and in the long-term to eradicate the State of Israel and establish a radical Islamic regime in its place. When we look at these objectives, we see that Nasrallah has achieved the goals he set for himself in the short-term.

    Dr. Ganor explains, “Shiite numbers have risen above those of the Christians in Lebanon. In the last decade, there has been increased Christian emigration out of the country, mainly to the West and to Latin America. It is clear that the demographic trend tends to benefit the Shiites. All of this stems from the desire and the aspiration of Iran to bring about a radical Shiite regime in Lebanon, and I estimate that in a not-so-long time this will happen.

    But whatever one may think of Hassan Nasrallah- he is nobody’s fool. Even if he made some mistakes in the past, as ignoring Israel’s disproportional reaction to the capturing of it’s two soldiers, the Hezbollah leader is a wise man, with a shrewd tactical mind. Whatever he chooses, remains to be see, but it will be interesting to watch out for.

    Part I: Hezbollah: On the War path or seeking political domination of Lebanon?

    Hezbollah: On the War path or seeking political domination of Lebanon?

    A report released last week by United Nations Secretary General Ban Ki-moon described Hezbollah as a threat to Middle East security, and called for both the Lebanese militant group and Israel to stop threatening each other through the media. The report, sent to the members of the UN Security Council, also criticized Syria for allowing weapons smuggling to Lebanese militias.

    “Hezbollah’s maintenance of a major armed component and a paramilitary infrastructure separate from the state, including a secure network of communication, which the group itself deems an integral part of its arsenal, is a direct challenge to the authority of the government of Lebanon and its security forces and prevents their exclusive control over the entire territory of Lebanon,” said the report.

    What then will the next war look like?

    Sheikh Hassan Nasrallah, Secretary-General of HezbollahShould Sheikh Hassan Nasrallah, Secretary-General of Hezbollah chose to go to war with Israel for another round, he may well be in for a very unpleasant surprise. Israel simply cannot afford another rocket offensive on it’s territory, wherever it may come from. No democratic government can survive such a situation, even if world opinion will sharply condemn its brutal reaction. A future rocket attack must be prevented at all costs, all Israelis agree.

    A recent interview with GOC Northern Command, General Gadi Eisenkot and articles written by two senior reserve officers, indicate that the IDF will continue to give first priority to firepower, even if the targets it chooses are different than those selected in previous conflicts. Eisenkot presented his “Dahiyah Doctrine,” under which the IDF would expand its destructive power beyond what it demonstrated two years ago against the Beirut suburb of Dahiyah, considered a Hezbollah stronghold.

    “We will wield disproportionate power against every village from which shots are fired on Israel, and cause immense damage and destruction. From our perspective, these are military bases,” he said. “This isn’t a suggestion. This is a plan that has already been authorized.”

    Retired Major General Giora Eiland, formerly head of the National Security Council, belongs to a similar school of thought, and even takes this doctrine one step further.

    Retired Major General IDF Giora Eiland, formerly head of Israel's National Security CouncilEiland states it is impossible to beat an efficient guerrilla army supported by a state, totally immune from retribution. The fact that Hezbollah has rebuilt its strongholds beneath the Shi’ite villages in southern Lebanon made IDF maneuvering efforts difficult, while, targeted strikes against rocket launch sites will not decrease the number of rockets fired at Israel. Those are frequently launched from civilian populated houses, which Israel sofar refused to attack.

    “Thus, Hezbollah operates under optimal conditions from our perspective. A legitimate government runs Lebanon, supported by the West, but it is in fact entirely subordinate to the will of the Shi’ite organization,” writes Eiland. He recommends preemptive action: that Israel will pass a clear message to the Lebanese government, as soon as possible, stating that in the next war, the Lebanese army will be destroyed, as will the bulk of Lebanon’s civilian infrastructure. Such stern warnings, which are, in Israel’s open society quite uncommon, should not be taken lightly, nor should Hezbollah, Syria, Iran or the international media disregard this new trend, which has taken firm hold in the Israeli media.

    So where is Nasrallah heading to? Is it another war, to try out Israeli patience once more, or is this part of his domination powerplay to get further involved into Lebanese politics?

    For its critics Hezbollah is nothing more than a tool of Iranian policy operating in Lebanon as a regional extension of Tehran’s political and strategic interests, in conjunction with Syria, Iran’s main ally in the Middle East. For its supporters, it is equally an indigenous representative of a major Lebanese community, working to reflect the aspirations of its constituents. In fact, Hezbollah is a combination of all the above.

    Next: Can Hezbollah take the political lead in Lebanon?

    Diehl’s Sky Sphere set to Defeat UAS, OWA Drones Head-On

    0
    Diehl Defence has teamed up with Skysec to develop a drone interceptor. Diehl works with Skysec’s subsidiary, Skysec Defence, to modify the original civilian-oriented net-arresting interceptor into a hard-kill system suitable for military missions....

    Defense Update Weekly News Summary

    0
    Welcome to the latest episode of Defense-Update News Summary! In this episode, we dive into this week’s developments in defense technology, military acquisitions, and strategic partnerships worldwide. Some of this week's highlights include: Elbit Systems...

    Unmanned Combat Aerial Vehicle Program Launches as Part of Rafale F5 Standard

    0
    The French Ministry of Armed Forces has officially launched the Unmanned Combat Aerial Vehicle (UCAV) program as part of the Rafale F5 standard development. This event marks the beginning of a new era in...

    Air Defense & C-UAS Innovations at the AUSA 2024 Exhibition

    0
    Army Air Defense Undergoes Significant Modernization to Counter Drone Threats The U.S. Army's air defense branch has experienced its most substantial modernization and growth in over four decades, primarily driven by the need to counter...

    Elbit Systems Address US Army Artillery Modernization with Sigma 155×52 Wheeled Howitzer

    0
    Elbit Systems of America showcases the Sigma Next Generation Howitzer at AUSA 2024, where competing systems from Sweden, South Korea, France, and Germany are likely to be presented, some in models, others in full...

    Defense-Update Weekly News Summary

    0
    Welcome to the latest episode of Defense-Update News Summary! In this episode, we dive into this week’s developments in defense technology, military acquisitions, and strategic partnerships worldwide. Some of this week's highlights include: Elbit Systems...

    Israel Revamps Aerial Bomb Production

    0
    Elbit Systems has signed a 1.5-billion-shekel (approximately $400 million) contract with Israel's Ministry of Defense to establish an aerial bomb manufacturing bombs for the Israeli Air Force. In the past, the government-owned IMI operated...