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    US Navy Evaluates Metal Strom’s FireStorm Non Lethal Weapon Launcher

    The Australian weapon developer Metal Storm International (MSI) completed a demonstration of non lethal weapon system utilizing its rapid fire ‘Metal Storm’ system. The company was one of two companies invited to participate in a Market Research Demonstration (MRD) for the US Marine Corps System Command’s Mission Payload Module – Non Lethal Weapon System program, assessing the maturity level of new technologies. Following the MRD, the U.S. Government plans to solicit proposals for the System Development and Demonstration Phase (SDD).

    Metal Storm demonstrated its FireStorm lightweight multi-barrel 40mm electronic weapon, operated by Navy personnel. During the demonstration the Navy evaluated the system’s performance at ranges of 30 and 150 meters, launching two non-lethal munitions from each barrel. “We believe our weapons platform will offer significant advantages in range, area coverage, precision, and scalability over current non-lethal weapon systems.” MSI General Manager, Peter D. Faulkner said, following the recent test.

    “The Mission Payload Module – Non-Lethal Weapons System will provide a non-lethal counter-personnel capability to support missions requiring crowd control and will deny, defend and control area access while allowing the user to engage threats at standoff ranges and protect non-combatants.” he added. Follow-on increments of the FireStorm could be integrated on different tactical vehicle platforms, unmanned ground vehicles, and Navy surface vessels.

    Com-MRAPs Facilitate SATCOM, IP Networking to Support Combat Units

    DataPath to Integrate Satellite Communications Networking on new, armor protected mobile networking hubs

    The US Army is planning to deploy new communications hubs mounted on MRAP vehicles, to establish ‘everything-over-IP’ (EoIP) network in support of mobileoperations or temporary deployments. The vehicles, to employ DataPath satellite on the move link will establish robust line-of-sight (LOS) and beyond-line-of-sight (BLOS) network to support forward command elements on temporary deployment or on the move. With this communications hub moving on the battlefield, many other users and vehicles can leverage the BLOS connectivity to establish mobile, high- bandwidth capability to send and receive video, data and voice communications.

    The order awarded by the Army’s WIN-T program office, will initially include a SATCOM hub earth terminal and two satellite COTM systems that will be installed on U.S. Army Mine Resistant Ambush Protected (MRAP) vehicles. With all options exercised, work under this agreement could total up to $3.9 million, including the initial COTM systems, the hub earth terminal and options for additional systems.

    The DataPath COTM solution for the U.S. Army includes a low-profile antenna that can enable satellite communications (SATCOM) connectivity at vehicle speeds of 80 miles per hour or more. DataPath’s MobiLink system will also be an integral part of the tested COTM solution. The MobiLink fits into a standard SINCGARS MT-6352 tray and links to land mobile radio (LMR) and satellite COTM facilitating  effective cross-band through on-board communications.

    Pathfinder Advanced Pilotage System Enters Developmental Flight Testing

    Lockheed Martin reported progress with its Pathfinder advanced pilotage system, designed to improve situational awareness and flight safety of utility aircraft and helicopters through the use of helmet mounted displays facilitating ‘heads-up’, ‘eyes-out’ performance. Pathfinder utilizes modules of the Modernized Pilot Night Vision System (M-PNVS) developed for the AH-64D attack helicopter. Pathfinder recently entered the developmental testing phase, where pilots and flight engineers from the US Army Aviation Applied Technology Directorate (AATD) are evaluating its technical readiness level for application on cargo and utility aircraft.

    The first flight was performed on an Army UH-60L Black Hawk helicopter. This test phase will be followed by limited user test and evaluation in an operational environment where Army air crews will evaluate the system’s performance role in an operational environment. Lockheed Martin is heading the Pathfinder industry team, which also includes BAE Systems, Elbit Systems of America (EFW) and Thales.

    Pathfinder offers exceptionally wide field of view imaging derived by the forward-looking infrared (FLIR) system developed specifically to support terrain flight and terminal operations in unimproved landing areas during reduced visibility conditions. Its high definition resolution allows pilots to fly at safer altitudes and airspeeds while providing the necessary information to complete complex missions while avoiding obstacles such as wires, poles and trees.

    The Pathfinder also uses a Visible/Near Infrared (V/NIR) camera that enhances situational awareness in low light conditions by blending the V/NIR sensor video with Pathfinder FLIR. Pilots can now see cultural and military lighting, providing aircrews enhanced mission capability and safer flying conditions. The sensor also allows aviators to see laser pointers, improving coordination with ground units.

    The imaging sensors are located in a rotateable turret mounted on the helicopter’s chin. The system was designed as a ‘logistical conscious’ kit, employing only three line-replaceable modules. Part of the system’s modules are common with the AH-64D Apache’s M-PNVS, improving availability and distribution of spare parts.

    US Army Awards 3rd Contract for Armored FMTV Medium Trucks

    BAE Systems has been awarded a $1.6 billion contract from the U.S. Army to build 10,000 Family of Medium Tactical Vehicles (FMTV) and trailers for delivery during 2009 and 2010. BAE is already working on two previous orders received earlier in 2008, for the production of 10,000 vehicles. This new contract brings the total award value for FMTV trucks received in 2008 to $3.7 billion. “This award will boost FMTV production to record rates” said Chris Chambers, vice president of Medium/Light Vehicles at BAE Systems Sealy, Texas.

    Vehicle variants included under this contract include cargo trucks, wreckers, expansible vans, shop vans, tractors, load handling systems, high mobility artillery rocket system support vehicles and Low Velocity Air Drop configured trucks.

    These new vehicles designated A1P2 LTAS FMTV will be manufactured to adhere to the US Army Long Term Armor Strategy (LTAS) configuration, which is designed to accept an adaptable armor system, allowing protection to be increased or decreased based on specific threat levels encountered in theater. Production of the new LTAS cargo vehicle will be performed at BAE Systems’ facility in Sealy, Texas and Cincinnati, Ohio. Deliveries will run from early 2009 till February 2010. Deliveries of the option segment of the order will complete by November 2010.

    Enhanced M-PNVS Could Transform Apache Situational Awareness

    Lockheed Martin recently is introducing a new sensor into the Modernized-Pilot Night Vision Sensor (M-PNVS) sensor system used on the AH-64D Apache attack helicopter. The new Visible/Near Infrared (V/NIR) sensor will gain significant tactical advantages for Army pilots using the system, enabling the crew to better cope with night flying, targeting and coordination with friendly forces over light intensive environment, such as an urban area, by displaying visible or near-visible light sources that may not be clearly indicated by thermal imagers.

    The system also improves the coordination of activities with ground troops. By blending V/NIR sensor imagery with M-PNVS forward looking infrared (FLIR) the Apache crew obtains improve situational awareness in low light-level conditions. The sensor will also allow aviators to see laser pointers, improving coordination with ground units. Follow-on qualification and flight tests are scheduled for later this year to complete the development program.

    The integration required design and installation of a new lens and repackaging of six engineering units that will be used to meet Apache flight environment requirements. If proven successful, follow-on production contracts could follow within few months to begin equipping up to 10 battalions (240 helicopters) with the new system by early 2009.

    Lockheed Martin is developing the V/NIR under a $9.4 million funding award in 2007 for the proof-of-principle phase for the M-TADS/PNVS by the Apache Program Executive Office in Huntsville, AL.

    European Defense Spending Shrink

    While the global defense market continues to expand, Europe stands as an exception, with defense spending a declining priority throughout most of the continent’s capitals. A prolonged period of peace and the lack of a direct territorial threat have created the mindset in European government that whatever security is needed can be provided through finite budgetary allocations. Very little exists to change this situation, as government officials remain reluctant to make the case to their publics that a greater financial commitment is needed in order to maintain the present “pax Europa.”

    This static environment is explored in Forecast International’s latest European Military Markets analysis. In this study, Forecast International notes the disconnect between what European governments expect of their militaries, and how much they are willing to invest in them. Shrinking defense investment throughout much of Europe is occurring against a backdrop of extensive modernization of national armed forces and an increased willingness by governments to allocate military resources to international peacekeeping missions. Compounding Europe ‘s lackluster defense efforts is the poor cost-versus-performance investment per individual soldier. While in terms of sheer number European military manpower is considerable, more than half of its troops are deemed unsuitable for deployment abroad.

    Furthermore, assigning secondary importance to defense matters also stands to hinder a renewed effort by France to jump-start the creation of a European military component under the auspices of the European Union. Most ominously for the Euro-defense initiative, defense spending cutbacks are occurring among the European nations with the most substantial military capabilities.

    Although Italy and Spain experienced bumps to their respective defense budgets in 2008, each allocated slightly less than one percent of their GDP toward their armed forces. Both are now preparing to slash their defense spending through the upcoming fiscal year, if not further. Meanwhile, Germany spends only 1.3 percent of its annual GDP on its armed forces, and under current spending plans, its defense budget is to increase by only 1.4 percent annually through 2012. France and the U.K., which together accounted for nearly 48 percent of all defense expenditure among European members of NATO in 2008, face difficult decisions regarding several large-scale defense programs as future budgetary increases for both become more circumscribed.
    “Though defense spending in Europe has increased in nominal terms, as a percentage of GDP, the amount allocated toward defense investment continues to decline,” said Forecast International European Military Markets Analyst Dan Darling. “The deteriorating economic climate in Europe renders any reversal to this trend unlikely in the near future.”

    Despite this economic malaise, not all European countries are slashing defense budgets, especially those feeling the military heat in their own backyards, according to the report. Russia ‘s intervention in Georgia last August signaled an alarm of sorts for those countries situated close to, or alongside, Russia ‘s borders. The Baltic nations of Latvia , Lithuania, and Estonia have each pledged to focus on military investment with newfound vigor, while the Nordic nations are reconsidering previous plans for budgetary reductions and – in the cases of Finland and Norway – are set to increase defense budgets. Poland, too, is boosting its defense investment nearly 10 percent more than in 2008, while preparing to spend nearly $25 billion on a 10-year modernization program that will extend to 2018 and is intended to improve its military hardware.

    Yet some of these countries represent minor military markets in Europe, and all too often, words have often been used as a substitute for action where pledges to invest more toward defense are concerned. While each NATO member is tasked with allocating a minimum of 2 percent of annual GDP toward defense, only five European members – Bulgaria , France, Greece , Turkey, and the U.K. – currently do so, and the newer members of Central and Eastern Europe absorbed into the Alliance from 1999 through 2004 continue to fall short of this requirement.

    “Without greater investments by the stronger Western European nations, the continent’s defense capabilities – still formidable in terms of air superiority and heavy armor – will remain inadequate for the expeditionary-type roles tasked to their armed forces,” Darling says. “The end result could be that in the event a Euro-army emerges, it might not carry the significant weight as envisioned by the idea’s enthusiasts.”

    While Forecast International projects that total defense spending among all dual EU-NATO members in Europe will reach $280 billion in 2009, this seemingly significant amount is diluted by the fact that such investments are occurring at the national – and not the collective – level. Instead of being pooled toward common platforms, these resources are often wasted on individual programs intended to serve as a form of life support for local defense industries.

    “Despite a combination of factors, including operations in Afghanistan , a resurgent Russia , and military modernization processes that call for more expensive professional armies and increasingly costly equipment, Europe continues – and will continue – to be highly partial to social investment over strengthening defense,” Darling adds. “While certainly understandable, this attitude marks a continuous trend since the end of the Cold War and is, of course, aided by the implicit knowledge of U.S. military commitment toward the continent’s security. With a sharp economic slowdown gathering hold across much of the continent, the primary sense of threat for many Europeans involves social welfare, not defense matters.”

    Raytheon Introduces Upgrades for JSOW, Maverick Aerial Strike Weapons

    Raytheon announced progress on upgrades being developed for two of its combat proven air-delivered guided weapons. The company’s JSOW C-1 weapon has recently passed the critical design review milestone, to be followed by flight testing next year while new software upgrades introduced to the Maverick TV guided weapon will improve its ability to engage distant targets.

    The U.S. Navy and Raytheon Company (NYSE:RTN) completed a critical design review of the Joint Standoff Weapon C-1, achieving a major program milestone. The new weapon adds moving maritime target capability and a two-way data link to the combat-proven JSOW family. According to Commander Andrew “Chunder” Kessler, JSOW deputy program manager for JSOW in the Navy’s Precision Strike Weapons program office, once fielded in 2010 the new weapon will represent the world’s first network-enabled weapon. Forthcoming phases in the testing program will include begin captive carry testing of the JSOW C-1 from an F/A-18 Super Hornet aircraft to commence in 2009. Raytheon is currently negotiating the first production lot of JSOW C-1 missiles, toward an expected contract award in December 08.

    Raytheon is also working on an upgrade for the AGM-65 H/K TV-guided Maverick air-to-surface missile. “The software retrofit will improve the pilots’ ability to visually identify and engage distant targets,” said Col. Eric Theisen, Air Combat Command’s Advanced Programs division chief. “This translates into greater standoff distance for the weapon and better survivability for the operator.” This upgrade is part of a $5.7 million contract option awarded by the US Air Force in October 08.

    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.

    Skunk Works and XTEND Simplify Multi-Drone Command

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    Lockheed Martin Skunk Works® and XTEND have achieved a major milestone in JADC2 by integrating the XOS operating system with the MDCX™ autonomy platform. This technical breakthrough enables a single operator to simultaneously command multiple drone classes, eliminating the friction of mission handoffs. From "marsupial" drone deployments to operating in GPS-denied environments, explore how this collaboration is abbreviating the data-to-decision timeline and redefining autonomous mission execution.

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

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    As traditional defense primes face mounting competition from agile “neoprimes” such as Anduril, Palantir and Helsing, the balance of innovation is shifting toward software-defined warfare and scalable, dual-use technologies, while global industry consolidation—marked by Boeing’s integration of Spirit AeroSystems and other strategic mergers—signals an intensified race to secure control over the defense technology value chain. Our Defense-Tech weekly report highlights these trends.

    Europe’s “Drone Wall”

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    In early October 2025, a coordinated wave of unmanned aerial system (UAS) incursions—widely attributed to Russia—targeted critical infrastructure across at least ten European nations. The unprecedented campaign exposed the fragility of Europe’s air defenses...

    Weekly Defense Update & Global Security Assessment

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    Executive Summary The past week (September 18-25, 2025) represents an inflection point where strategic defense concepts have transitioned from doctrine to tangible reality. An analysis of global events reveals four primary, interconnected trends shaping an...

    U.S. Air and Space Forces Push Next-Gen Programs at the AS&C 2025 Conference and...

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    At the 2025 Air, Space & Cyber Conference, U.S. Air Force and Space Force leaders unveiled major updates on next-generation fighters, bombers, unmanned systems, and space initiatives, highlighting both rapid innovation and critical readiness challenges as the services race to outpace global competitors. A short version is available here, with a more detailed version for subscribers.

    TADTE 2025: Reflecting Taiwan’s Strategic Themes

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    The Taipei Aerospace & Defense Technology Exhibition (TADTE) 2025 crystallized around four dominant strategic themes that collectively illustrate Taiwan's comprehensive approach to defense modernization amid escalating regional tensions. Based on a detailed report by Pleronix (available upon request). Includes a Podcast discussion on TADTE 2025's highlighting Taiwan's four strategic themes beyond the post's coverage.

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

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    Israel’s Iron Beam 450 high-power laser system has completed final testing, marking a major leap in air defense. Developed by Rafael, it offers precise, cost-effective interception of rockets, UAVs, and mortars, and is set for IDF deployment by 2025.