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    Better Simulators for the Typhoon

    Typhoon Operators to Receive Improved Simulators

    Typhoon operators are scheduled to receive 15 improved simulators as part of the Typhoon Integrated Logistics Support (ILS) framework. Known as ‘Supplement 5 Simulators” these systems will incorporate an advanced visual system, improving performance, resolution and visual effects while lowering maintenance costs. The package consists of nine Full Mission Simulators (FMS) and six Enhanced Cockpit Trainers/Interactive Pilot Stations (CT/IPS-E), complementing existing systems fielded with Typhoon operators. Four of the simulators have already been delivered under an earlier contract and will be refurbished to the new standard.

    The fielded simulators are also expected to receive their first in-service upgrade, enhancing functionality, utilizing real weapon system code and maintaining a training capability commensurate with the real aircraft. These upgrades are expected to be fielded within three months after availability on the aircraft at the main operating bases. Future enhancements, such as Wide Area Networking (WAN) and the integration of the Laser Designator Pod and Helmet Mounted Display, are also considered.

    Fire on Board the Russian Navy Akula II Nuclear Submarine kills Twenty Russian Sailors

    In the latest incident of undersea tragedies that have struck the Russian Navy, a serious accident aboard a Russian nuclear attack submarine killed at least 20 and injured 22 last Saturday, November 8. The K-152 Nerpa (Seal), a Shchuka (Pike) class, (NATO Akula II) nuclear submarine was apparently on sea trials, sailing out from the shipyard in Komsomolsk-on-Amur, near Vladivostok, the Russian Navy Pacific Fleet base. Novosti reported that the incident, which killed 20 people on board a Russian Pacific Fleet nuclear submarine occurred by a fire in the bow of the boat, but there was no immediate threat to the nuclear reactor, which is located in the stern section of the boat a source in the Pacific Fleet Headquarters said. A malfunction of the automatic fire suppression system seemed to be the source of the accident.

    According to Russian naval sources, there are two fire suppression systems on board nuclear submarines: air-foam and chemical. The air-foam system is designed to extinguish local fires and consists of two stations located at either end of the boat. The foam reserve supports six foam stations. Each station can produce one cubic meter of foam which can be applied by means of a 10 meter long hose. The stations are placed such that they can deliver foam to any corner of the compartment.

    The chemical system is designed to extinguish any type of fire in a space except for fuel and ammunition fires and consists of a fire suppression station located in all compartments except the reactor compartment. The reactor compartment is covered by stations located in the 5th and 7th compartments.

    The extinguishing agent is Halon 114B2. The system can deliver three shots of extinguishing agent to each space. The system can be activated remotely from the central command post or from a local control panel as well as manually from the station in the compartment.

    The Akula-II class of nuclear subs, a late Soviet-era design, are able to dive deeper, more than 600 meters, run more silently than previous attack subs, and move at speeds up to 33 knots while fully submerged. The construction of the Akula II class Nerpa nuclear attack submarine started in 1991 but has been suspended for over a decade due to lack of funding. Akula II class vessels are considered the quietest and deadliest of Russian nuclear-powered attack submarines. A late Soviet-era design, Akulas are able to dive deeper, more than 600 meters, run more silently than previous attack subs, and move at speeds up to 33 knots while fully submerged. But naval experts mention that the Nerpa’s patchwork history may well have contributed to Saturday’s disaster. One of the reasons was apparently the acute shortage of qualified experts in the Russian naval establishment, especially in the Pacific Fleet. Naval analysts wonder why 208 people, including 81 service personnel had been onboard the submarine at the time of the incident, instead of the regular 73 man complement of the sub.

    “India has been one of the main supporters of Russia’s defense industries after the Soviet Union collapsed, and provided funds that helped to keep our shipbuilding going,” says Vadim Kozulin, a military expert with the PIR Center, a security think tank in Moscow. According to media reports, a deal was struck in 2004 in which India paid up to $650 million to refit the Admiral Gorshkov, a Soviet-era aircraft carrier, and assist completion of the Nerpa, which had lain on blocks at the Komsomolsk-na-Amur shipyard since its construction was largely abandoned in 1991. In fact, Indian media have reported on various occasions that the construction of the Nerpa was partially financed by the Indian government, which paid $650 million for a 10-year lease of the 12,000-ton submarine. Nerpa is planned to join the Indian Navy in 2009 to be re-designated INS Chakra. Indian news agencies reported last week that a team of 40 Indian naval specialists was slated to arrive in Vladivostok to learn about the ship. India previously leased a Charlie I class nuclear submarine from the Soviet Union from 1988 to 1991, while Russia also handed over to India the INS Sindhuvijay a diesel-electric submarine, after an extensive overhaul at a shipyard in northern Russia.

    Several incidents involved Russian submarines in the past. The worst-ever submarine disaster occurred in August 2000, when the nuclear-powered Kursk, one of their newest cruise missile submarines, sank mysteriously in the Barents Sea, killing all 118 crew members. Three years later, a decommissioned nuclear sub, the K-159, sank in the Barents Sea, killing nine members of the skeleton crew aboard at the time. Then in 2005, a mini-submarine of the Pacific Fleet got trapped in an undersea fishing net near Vladivostok, and was only saved with the help of a British rescue team. On September 7th 2006, a Victor III submarine K-414 Daniil Moskovsky suffered an electronics fire, caused by short-circuit in the nose section, while in the Barents Sea, killing two crew members. The boat was already 16 years old and long overdue for overhaul.

    Obama Administration Scrutinies Defense Spending Bonanza

    Does Obama means an end to Defense Sector’s prosperity?

    The election of Democrat Barack Obama as the next American president has left onlookers questioning the future of U.S. defense spending. The Pentagon under the Bush administration witnessed unprecedented budget growth as a result of towering base budgets combined with hundreds of billions of dollars in supplemental wartime funding. Given the government’s growing deficit and the fragile state of the U.S. economy, these soaring budgets would have been deemed unaffordable no matter which party entered the White House. “The tremendous spending increases of the last eight years therefore appear to have come to an end, though that is not to say that sweeping cuts are looming,” said Shaun McDougall , Forecast International’s North America Military Market analyst.

    Having the biggest impact on topline spending in the near future will be the war in Iraq , as overall levels of defense spending will gradually decrease as violence declines and the pace of operations winds down. “It should be noted, however, that the military will still require significant recapitalization funds to replace lost or damaged equipment even after combat troops are withdrawn,” stated McDougall. Obama will stand by this critical investment, though he will seek to end the days of supplemental spending bills by consolidating all defense appropriations. This move will provide improved oversight of wartime funds, and could put an end to some questionable procurement strategies.

    Iraq demonstrated the unpreparedness of U.S. forces to sustain prolonged ground operations, as proven by extended deployments in the face of falling readiness levels across the board. In response to these shortfalls, Obama will continue a plan initiated by President George W. Bush to expand the Army and Marine Corps by a combined 92,000 members, which will require a substantial financial commitment in terms of both personnel costs and associated equipment. The National Guard and Reserve forces have also been strained by the wars, and will require continued investment as they prepare to face future domestic and foreign challenges.

    One should therefore not anticipate the same drawdown that came under President Bill Clinton following the fall of the Soviet Union. “The spending vacation of the 1990s has had a dramatic impact on today’s military, one that the Pentagon is still struggling to recover from,” McDougall states. The Air Force’s aircraft fleet continues to age, and the Navy’s 280 deployable ships are not enough to support the service’s maritime strategy. Obama says that the U.S. “must preserve [its] unparalleled airpower capabilities to deter and defeat any conventional competitors,” and adds that he would support naval recapitalization by replacing aging ships and modernizing existing platforms.

    Myriad national security threats around the world will also stave off potentially crippling budget cuts. The ability to wage full-spectrum warfare is essential when potential adversaries run the gamut from decentralized non-state actors to growing conventional powers. Obama plans to continue to prepare the military to “succeed in both conventional wars and in stabilization and counterinsurgency operations,” says McDougall. His stance will likely require the Pentagon’s defense budget to continue at or slightly above inflation in the near term, and overall spending will be higher when wartime requirements are included.

    This is not to say that the DoD will be impervious to today’s fiscal constraints. Each of the Pentagon’s programs will be assessed by the incoming administration, and indeed some will be reduced in scope or cut altogether. Missile defense, the Airborne Laser, and the Army’s Future Combat Systems will face the most scrutiny from an Obama administration early on, as will efforts to replace a deteriorating nuclear stockpile. Additional savings can also be expected through sorely needed acquisition reform, which Obama strongly supports.

    Obama’s priorities will be made more apparent upon his retooling of the U.S. National Security Strategy, and even more so following the release of the next Quadrennial Defense Review, which will provide a comprehensive long-term view into the administration’s future defense plans. “Despite a new party in the White House, the new strategic documents in many ways will contain more similarities with their predecessor’s than differences,” McDougall says. The Pentagon will face the same daunting challenges on Inauguration Day that it confronts now, and any administration would be hard-pressed not to maintain a healthy defense budget.

    Russia Considers Producing RPG-32 in Jordan

    Bazalt, the Russian developer and manufacturer of the RPG is planning to introduce a new multi-purpose rocket grenade by 2010. The new RPG-32 “Hasim” weapon is equipped with reusable collimator based optical sight, effective up to a range of 700 meters.

    A night sight can also be used. The disposable round comprises a rocket stored in a sealed launcher-container. It is designed for optimal use at short to medium range (350 – 400 m) offering up to 80% hit probability. The warhead, comprises a 105mm caliber tandem anti-tank capable of penetrating 650mm of steel armor (behind reactive protection) or 72mm multipurpose (fragmenting high explosive thermobaric) warhead, designed to defeat buildings, fortifications, light armored targets.

    The company is negotiating with Jordan to set up a joint venture to produce rocket-propelled grenade launchers in the Middle East. Vladimir Korenkov, general director of the state enterprise Bazalt. Jordan has been involved in the development of the weapon’s launcher since 2005; as the system enters production, complete weapons will be locally assembled from parts delivered from Russia.

    RMG – A new Multi-Purpose Assault Weapon from Bazalt

    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 RPG-28 has a 125mm warhead using a tandem warhead to penetrate armored vehicles protected by reactive armor. The weight of a loaded launcher is 13.5 kg and the effective aiming range is about 300 meters. The RMG also uses a tandem warhead but is optimized as multi-purpose anti-structure munition.

    It is capable of breaching a brick wall at a range over 500 meters, penetrate 300 mm of reinforced concrete or over 100 mm or homogeneous steel armor. Its tandem warhead has a shaped charge precursor and a 10.5 cm diameter main warhead made of high explosive Thermobaric charge. It is designed to explode within the target or on impact, selectable by the user. RMG has an effective direct fire range of 130 meters.

    Rifle Input Control

    Today’s soldiers are required to operate a number of electronic devices – each with its own functionality and controls, all that, without taking hands off the weapon and eyes off the performing task. Thales Australia and Kord Defence are developing a rifle input control (RIC) interface, adaptable to various rifles which enables warfighters to do this virtually impossible task. The weapon mounted pushbutton controller provides fast, one-hand and ‘eyes free’ access control of a range of devices directly from the weapon. RIC’s three- or five-button controller attaches to the front of the rifle.

    The system is based on the patented Chordic Graphical User Interface (CGUI) technology developed at the Australian Institute of Marine Science, and already used to control the Royal Australian Navy’s Mine warfare Underwater Combat Systems (MUCS). The system preset functions are triggered by different combinations of a several pushbuttons (called chords). RIC contains a programmable microprocessor that translates these codes to interface with a range of electronic devices, including thermal weapon sights, infrared sensors, night aiming devices, laser rangefinders, radios, computers etc. For beginners, RIC will display a small on-screen symbol to show which button was pressed. After a relatively short time, the soldier remembers the combinations from muscle memory allowing the interface to operate ‘eyes free’.

    Audio and coice prompts can also be used to enhance this capability. RIC can be used with gloves, by left or right handed operators. It uses wired or wireless configuration and runs on a battery that can last for three years. Currently in prototype form, RIC is undergoing lab and field evaluation throughout 2007 and, by mid 2008 Thales plans to have the pre-production units ready for the Australian Styer assault rifle. It will also be adaptable for the M4 carbine, MP-5A and M-16 and, with future modification, RIC will get a universal mounting enabling integration into any weapon having a lower picattiny rail.

    Rafale’s Latest Radar Moves into Production

    Thales celebrated last week the launching of the first production model of the RBE2 AESA radar, and the validation of the new software functions, which will further enhance the capabilities of the new radar.

    The announcement follows the French government approval to cleared its aerospace and defence companies to go ahead to undertake complete transfer of technology (TOT) of strategic systems for the $10 billion Indian contract for acquisition of 126 multi-role combat aircraft. Key technologies that can be transferred include AESA radars, stealth composites and advanced missiles network enabled technologies. Such a move will better position France ahead of US companies, since US manufacturers are unlikely to be granted such a sweeping approval, given the traditional tough position on technology transfer, taken by the US Congress.

    Production of the RBE2 fighter radar marks an an important step toward maturation of the French Active Electronically Scanned Array (AESA) radar, designed to upgrade the Rafale multi-role fighter. The radar is also an important element in the French fighter offering in key export markets, particularly India and Brazil. According to a French defence procurement agency 2006 decision on the Rafaele Roadmap, the delivery of Air Force and French Navy Rafale fighter aircraft with a new generation of sensors including the RBE2 radar will commence by 2012.

    Flight testing of the new AESA radar began in 2003 and completed earlier in 2008, validating the radar’s performance in an operational configuration. The radar’s concepts were validated in 2005 followed by industrialisation phase in 2006, culminated in the beginning of production of the hardware model. Final validation of software functions is expected to end in the 1st quarter of 2010 with the delivery of AESA radars to Dassault. Full integration of the AESA RBE2 positions the Rafale as the only combat aircraft of its category equipped with active arrays for both its radar and electronic warfare suite. This outstanding system that allows a 360-degree smart antenna array coverage, is a real technological breakthrough on-board the aircraft.

    Thales has been developing its own European advanced AESA radar technology since the 1990s. With its long experience in radar technology for combat aircraft and in Passive Antenna Electronic Scanning functions qualified for the Rafale’ RBE2 radar, Thales has been testing development models of the RBE2 AESA radar since 2003.

    Raytheon to Modernize F-15E Radar with AESA Technology

    Boeing (NYSE: BA) and Raytheon (NYSE: RTN) have launched a Radar Modernization Program (RMP) for radar installed in the F-15E Strike Eagle. Backed by a $238 million award from Boeing, for the system’s design and development phase (SDD), Raytheon will implement its latest active electronically scanned array technology to upgrade the Eagle’s radar systems already operated with U. S. Air Force F-15C and U.S. Navy F/A-18E/F Super Hornet and F/A-18G Growler.


    According to Dr. Tom Kennedy, vice president for Tactical Airborne Systems, Raytheon’s AESA team has been working on working on some early software and design development initiatives since the company was selected by Boeing last November. “Maintaining the momentum on our high-performance AESA programs is critical because it results in technological advances that will keep our aviators at the cutting edge of combat operations today and in the future,” said Kennedy.

    The RMP will incorporate an Active Electronically Scanned Array (AESA) antenna with more-supportable radar electronics. The AESA replaces the APG-70 radar currently integrated on the F-15E, improving radar reliability, maintainability and performance while reducing support costs. When integrated into the F-15E weapons system, the AESA radar will improve detection and tracking of enemy targets, including small targets.

    During the SDD phase, Boeing team member Raytheon will produce developmental and flight-test units and support Boeing’s integration of the AESA into the F-15E. The integration activity will take place at Boeing facilities in St. Louis prior to the developmental and initial operational test and evaluation flight programs. Initial operational capability is expected in fiscal year 2014 with 12 operational aircraft.

    One of the first F-15E derivatives to fly the AESA radar is the Singaporean F-15SG, recently flown for the first time from Boeing’s St. Loius plant. F-15SG production deliveries will begin in the second quarter of 2009. The final aircraft in this procurement will be delivered to the RSAF in 2012. The F-15SG’s integrated sensor suite, includes the Active Electronically Scanned Array (AESA) radar and the SNIPER advanced targeting pod, facilitating long-range air-to-air and air-to-ground capabilities.

    F-15SG1 successfully completed its first flight from Lambert International Airport in St. Louis on Sept. 16. The aircraft now will undergo a one-year flight test program to confirm aircraft performance. Flight testing will take place at Boeing facilities in St. Louis and in Palmdale, Calif. More than 1,500 F-15 aircraft have been delivered and are in service with the U.S. Air Force, Republic of Korea Air Force, Israeli Air Force and Royal Saudi Air Force.

    Sweden Plans to Equip Mechanized Battalions with Hundreds of Wheeled APCs beginning 2014

    The new Wheeled APC wil replace tracked vehicles including the PBV302, Swedish Hägglunds BV206(S) and Russian origin MT-LB, as well as several wheeled 6×6 APC variants of the Patria PASI Series.

    The Swedish Defence Materiel Administration (FMV) announced a request for Quotation (RFA) for the delivery of hundreds of wheeled armored personnel carriers to equip Swedish Army mechanized battalions by 2014. The new vehicles are required to replace aeging tracked and wheeled APCs currently operational as armored personnel, combat support and combat service support carriers. In the past years FMV considered the development of an indigenous platform (SEP) but cancelled this plan. BAE Systems is expected to be one of the candidates for the new program, offering a new wheeled platform derived from the SEP program. Other offers are expected from international bidders such as General Dynamics Land Systems, and fromFrance, Germany and Finland.


    The new vehicles are required to replace aeging APCs currently operational as armored personnel, combat support and combat service support carriers, including tracked platforms such as the PBV302, Swedish Hägglunds BV206(S) and Russian origin MT-LB, and well as several wheeled 6×6 APC variants of the Patria PASI (XA-180/202 and 203).

    FMV decided that the new armored vehicles should be wheeled. Initially, 113 vehicles would be required to equip mechanized ‘medium weight’ battalions. Overall, up to 150 vehicles will be needed, to augment and replace some of the APCs currently supporting heavy armor battalions equipped with Leopard 2 and CV90 tanks. The basic requirement is for 74 APCs, 10 company command vehicles, 18 armored ambulances, four communications carriers and seven repair vehicles.

    FMV also requests an option to double its order as well as split or differ some of the logistical support packages. The vehicles are scheduled to be operational in the first battalion by 2014. Proposals for this tender are expected by the end of November with contracts to be concluded in the first half of 2009.

    Sniper Targeting Pod Enhances Cooperative Engagement Support

    Better High Definition TV, and FLIR sensors, Two-way Datalink, advanced algorythms to maintain the Sniper’s combat edge

    Lockheed Martin (NYSE:LMT) has received a $147 million contract from the U.S. Air Force for additional Sniper  Advanced Targeting Pods (ATPs). The Sniper ATP supports Air Forces’ precision guided weapons such as JDAM, SDB, Paveway, Laser JDAM and Maverick missiles, and provides critical long-range, positive identification of targets and coordinates self-generated video down link (VDL) to remotely-operated, video enhancement receiver ground terminals. The company is currently developing advanced high definition TV sensors, better thermal imaging, two-way datalink to further enhance the system.

    According to Ken Fuhr, director of Fixed-wing Targeting Programs at Lockheed Martin Missiles and Fire Control the company continuously drives new features and capabilities into the system. One of the latest introduced features is the missionized two-way data link system. Other planned improvements include a low-light-level, high-definition TV, enhanced forward-looking infrared and algorithm upgrades. Each system advancement is supplied in a single line replaceable unit design for flexible flightline upgrade capability.

    Lockheed Martin has a Cooperative Research and Development Agreement with the Air Force Research Lab to integrate Quint Networking Technology into the Sniper pod. This will enable a two-way data link between other Sniper ATP-equipped aircraft and ground parties, dramatically shortening targeting, close air support and damage assessment timelines.

    For joint force coordination, Sniper ATP has successfully demonstrated real-time, streaming video via its VDL to the Army Apache helicopter using the Video for Unmanned Aerial Systems Interoperability Teaming-2, or VUIT-2 system. To further support such cooperative engagement and ‘non traditional ISR capability, the system incorporates meta-data in every frame of video. Such data includes date/time stamp and coordinate information to further ensures accuracy throughout intelligence and command and control functions.

    Honeywell Wins Production Contract for the Micro Air Vehicle (MAV)

    90 systems will be fielded by the end of 2009

    Honeywell (NYSE:HON) will deliver 90 Micro Air Vehicles (MAV) Block II under a $65 million production contract received this week. Once fielded next year, MAV will become the first system developed as part of the US Army ‘Future Combat Systems’ (FCS) program to enter operational service. Initial systems have already been deployed with US forces in Iraq.


    In September 2009 Honeywell was awarded an additional $30 million contract to deliver 46 T-Hawk (Block II Micro Aerial Vehicle) systems. 40 of the systems are destined to the U.S. Navy and six to the British Ministry of Defence. The cost of the two systems differs significantly – while the unit cost of the U.S. T-Hawks systems remains around $700,000 a piece, the systems to be delivered to the UK cost British cost only $437,000 each. The gap could reflect the costs of different payload systems.

    The MAV system recently received the trademark ‘T-Hawk’, can be carried in a backpack. It is equipped with video cameras and video datalink, relaying video images from the hovering MAV, directly to the operator’s handheld terminal. Each system consists of two air vehicles and one ground control unit. All systems are expected to be delivered through 2009, beginning in the second quarter. Honeywell is also offering a civilian version for law enforcement use; such systems are currently being evaluated by the Miami Dade Police Department.

    The cylindrical vehicle weighs 17 pounds and measures 14 inches in diameter. It can hover at height, descend to inspect hazardous areas or perch at high vantage points, searching for threats without exposing warfighters to enemy fire. The T-Hawk is designed to operate over mission durations exceeding 40 minutes of flight, at maximum speed of 40 knots. It is capable of take off and land vertically from complex desert and urban terrains without using runways or helipads at altitudes of 7000 ft.

    The system requires minimal operator training and includes two airborne vehicles and a portable ground station used to guide the aircraft and receive images from the cameras. The ground station can be used to program a flight path for the T-Hawk or control it manually. The aircraft also can be optionally equipped with electro-optical cameras for daylight operations or infrared cameras for night missions.

    High Capacity Fuel Cell from Protonex

    Protonex unveiled its new fuel cell, offering unique advantages for military applications. The Protonex fuel cell is designed for optimized output power of 30 watts at 17 volt. The system is based on the fuel cell processor and replaceable cartridges, storing 720 W/h each. The cartridge contains Sodium Borohydride fuel in dry state and, upon being mixed with water it generates hydrogen consumed by the fuel cell to generate electricity. Protonex licensed the hydrogen generation technology from Millennium Cell Inc.


    The cell will generate full power within 60 seconds from activation, for up to 24 hours. A Protonex fuel cell with three fuel cartridges replaces a3 BA5590 batteries, saving 62% on weight, 50% on size and about 20% on cost per mission.

    Another application for the Protonex system is designed for Unmanned systems, both UGVs and UAVs. The ProCore fuel cell system generates 2-4 times the energy density of advanced batteries, significantly extending the run time of ground robots or UAVs and increasing their payload carrying capability. For example, the Protonex fuel cell was recently demonstrated on the AeroVironment Puma small UAV, which maintained continuous flight for nearly five hours. The standard Puma is equipped with rechargeable batteries that sustain mission of up to 150 minutes. The nearly five-hour duration of the Puma flight using fuel cell battery hybrid power surpassed the longest previous Puma flight achieved by AV using any technology. Looking forward, AV and Protonex expect Puma flight durations to increase further through optimization and continued development of the hybrid system.

    Earlier in July 2007 Protonex received an $800,000 extension to a previously awarded contract with the Air Force Research Laboratory (AFRL) to increase the power density of the ProCore fuel cell system, enabling even longer flight times and increased payload capability of small unmanned aircraft. The improvement in the chemical hydride fueling subsystem is expected to increase energy density, with the potential to deliver enough power for up to four times the available energy of batteries of the same size and weight, achieving flight times of up to ten hours. The ProCore uses a high power fuel cell stack technology to deliver energy density of 1,000 watt/kg. The entire system of fuel cell and cartridge weighs about two kilograms, each cartridge having the capacity of 770 W/h. The net output of the system is 50-200 watts, at voltage levels of 20-30 volt and output current of 1 – 10 amp.

    Multi-Purpose Mini Robotic Platform

    Technological Solutions Meeting Counter-Terror Indoor Challenges

    An example for a matured miniature robotic platform fully adapted to the urban, indoor and subterranean environment is the EyeDrive, developed by ODF.

    Leveraging panoramic video technologies developed for the Eyeball, ODF has created a mini-robot called Eyedrive, which utilizes autonomous movement, 360 degree vision, and the ability to mount lightweight precision weapon to ‘instinctively’ eliminate targets upon command. Similar to a miniature unmanned aerial vehicle, Eyedrive is guidedutilizing a patented ‘sensor guidance mode’ called ‘point and Go’, where the operator points to an object of interest and the robot moves to this direction. It also has built-in navigation and patrol modes that enable a robotic team to work in unison, seeking contact with the target as quickly as possible, thus doubling, even tripling indoor reconnaissance capacity by employing multiple vehicles from a single control unit.

    One of the proposed payloads for the EyeDrive is a hopping mechanism, enabling the miniature robot to negotiate obstacles over one meter in height, by hopping over them. A similar concept is currently underway at DARPA, is designed to negotiate urban obstacles by hopping above the obstacle. DARPA experts considers that hopping mobility can be shown to be much more efficient than hovering for obstacles at heights less than or equal to a few meters. The proposed hopping robot would be truly multi-functional in that it will negotiate all aspects of the urban battlefield to deliver payloads to non-line-of-sight areas with precision.

    The EyeDrive will also be able to carry lethal or non lethal payloads, drop communications relays and unattended passive sensors to monitor hostile activity, or even deploy ‘eyeball’ sensors to dominate primary locations. ODF, in cooperation with Rafael are developing a lethal configuration for the EyeDrive, where the robot could carry up to 16 miniature rockets, capable of eliminating human target from a distance of 30 meters. Four rockets contained in a quad launcher weigh only 280 grams. Each rocket measures 8 millimeter in diameter, and carries a warhead weighing 40 grams. The robot can carry up to four such launchers, with associating target acquisition and control systems, or any combination of launchers and sensors to match specific missions. The weapons are aimed utilizing a target marker coupled with the vehicle’s ‘Point and Go’ navigation system, assuming some of the roles previously performed by trained dogs.

    While a scene of rocket packed mini-robots roaming inside a building monitored the comfort of a nearby van is a bit extreme, SWAT and CT teams are already being assisted by mini-robots on their daily operations. By gaining experience and confidence with unmanned recce missions, weaponized platforms could soon be utilized as an integral element of the assault team.

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

    Mini-Robots Operating Indoors

    Mini-Robots Operating Indoors: Technological Solutions Meeting Counter-Terror Indoor Challenges

    Miniature robots are designed for indoor surveillance and recce, assuming the dangerous mission of patrolling an indoor space suspected to be occupied by terrorists. Among these mini robots are the Swiss made Micro SpyRobot from Macroswiss, the Israeli EyeDrive from ODF and recently introduced Dragon Runner from QinetiQ North America.

    Wheeled robots are fast and agile, but lack the ability to negotiate vertical obstacles. In contrast, tracked robots could be slower but more resilient. Both Dragon Runner and EyeDrive can mount tracks, enabling the platform to negotiate staircases and other obstacles. The Viper, from Elbit utilizes an innovative transforming wheel/track mechanism that adapts to the surface characteristics.

    Several companies are offering tracked robots t best handle multi-level complexes. such are the SUGV-300, developed by iRobot for the US Army Future Combat Systems program. Elbit Systems has also developed a tracked robot known as the the Versatile, Intelligent, Portable Robot (VIPeR), which can climb or descend stairs using patented wheeled/tracked propulsion. The Viper can mount cameras, deployable sensors and even lethal weapons.

    Another approach for obstacle negotiation is the ‘Urban Ops Hopper’, a semi-autonomous hybrid hopping/articulated wheeled robotic platform that could adapt to the urban environment in real-time, delivering small payloads to any point of the urban jungle while remaining lightweight and small. The hopping robot, under development for DARPA will be able to overcome obstacles many times its own size. According to DARPA, hopping mobility can be shown to be much more efficient than hovering for obstacles at heights less than or equal to a few meters. (read more on the hopping EyeDrive)

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

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

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    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

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    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

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    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

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    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

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    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

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    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

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    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...