The four year program is worth about US$42 million (MSEK 312). Through the integration process Swedish Gripen C/D fighters will be equipped with two-way datalink, communicating between the aircraft and the missile once it has been fired.
The European BVR Air/Air missile will be integrated on the Swedish Gripen.
The Meteor missile will be tested to work with the fighter’s radar, avionics systems and displays. The order includes test flights and test firing, as well as the integration of Meteor with support and maintenance systems such as simulators and planning computers.
Gripen has been used since 2006 as the test aircraft for the development of Meteor. Multiple missiles have been fired from Gripen to date. This experience can now be utilised for a more cost-effective integration of Meteor with the Swedish Armed Forces’ Gripen C/D.
BAE Systems plans to offer the Hawk Advanced Jet Trainer (AJT) for the U.S. Air Force’s Advanced Pilot Training Family of Systems. Part of the US Air Force Advanced Pilot Training (APT) Family of Systems (commonly called the T-X system) APT aims to provide the training system for the next generation of operational pilots. It is expected to replace the aging T-38 trainers by 2017. BAE Systems intends to be the prime contractor for the program, based on its U.S. business unit. “We will pursue strategic partners in the U.S. to provide best value to the U.S. Air Force while investing in the U.S. industrial base” said Larry Prior, Executive Vice President of Service Sectors, BAE Systems.
BAE Systems announced Sept. 8 that it will pursue the U.S. Air Force's Advanced Pilot Training Family of Systems with its most advanced fast jet training system, the proven Hawk Advanced Jet Training System. (Photo: BAE Systems)
Since the current Hawk AJT meets the USAF requirements now, BAE Systems is confident it can achieve this goal. Hawk family aircraft are already serving as F-35 lead-in trainer for the U.S. Navy, Royal Air Force and the Royal Australian Air Force. The Hawk AJT now entering service with the Royal Air Force has evolved from the Hawk aircraft, of which over 900 aircraft were built and delivered across 18 countries, flying more than 2.5 million flying hours.
Warfare of the future is not just about flying the aircraft, but about understanding, processing and reacting correctly to the quantity of information available in the cockpit. To introduce the pilot to these advanced cockpit environment, the latest configuration of the Hawk integrates live jet training with a high-fidelity virtual environment to support the development of pilots. The system also includes advanced aircraft avionics, a fully integrated training environment, instructor debrief features and other capabilities enabling pilots to train effectively in a synthetic environment and allows them to train in the same way they fight, including multi-engagement scenarios, complex combat situations, intercepts, data-link operations and the use of synthetic sensors.
Defense Update is sponsoring the Global MilSatCom 2010 conference and exhibition, now in its 12th year. This event is a unique opportunity to meet an international array of SatCom decision makers and network with hundreds of leading international decision makers in the satellite communications arena. Global MilSatCom 2010 will be held at the London Millennium Conference Centre, in the U.K., from the 8th to 10th November 2010.
Over the years, Global MilSatCom has led the way in offering a diverse range of international military speakers, key European and NATO players – Belgium, France, Italy, Netherlands and the U.K., and global SatCom leaders from Australia, South Africa, USA, UAE and Canada.
Among the keynote speakers are Air Vice Marshal Muthumanickam Matheswaran AVSM VM from the Indian Air Force, General C. Robert Kehler, Commander, Air Force Space Command, US Air Force, Rear Admiral Liz Young, US Navy, Director, Systems Engineering, National Reconnaissance Office and Commander, Space and Naval Warfare Systems Command’s (SPAWAR) Space Field Activity (SSFA), and Program Executive Officer for Space Systems, Malcolm Green, Chief CAT 9 NII Communication Infrastructure Services, NATO C3 Agency and Bruce Bennett, Director, Programme Executive Officer for SATCOM, Teleport & Services, Defence Information Systems Agency (DISA), USA.
The upcoming Latrun 2010 Conference will focus on ‘Fighting in Urban Terrain’ jointly conducted by the IDF Ground Forces Command and the Institute for Land Warfare studies. The three-day event will also include a ‘Technology Day’ focused on Force Protection, sponsored by SIBAT, Israel’s Ministry of Defense Export authority. (Register here to visit the technology day)
The first industry day held at the 2009 Latrun conference provided defense professionals from foreign and the Israeli military to explore first hand the latest and unique defense systems being developed by Israel's defense industries. The 2010 event will quadruple the number of exhibitors and demonstrators, promising an exciting experience for visitors. Photos: ILWS.
‘Urban Warfare’, as the main theme of the two-day conference, will be addressed by Israeli and foreign speakers, discussing operations in Grozny (Chechnya 1995), Tyre and Beirut (Lebanon 1982), Baghdad and Fallujah (Iraq 2004), East Timor and Gaza (Gaza strip, Operation ‘Cast Lead’ 2009). The conference will also discuss the international law of war and ethical responsibilities of the warfighter in urban terrain.
Discussions will cover planning and execution of tactical operations, employment of firepower in support of urban operations, development of intelligence plans and tactical aids, and the challenges of logistics support in urban terrain. It will also discuss the illusive nature of this type of combat, whether irregular, urban guerillas immersed in the civilian environment, or the changing roll of military forces, from combat to civilian population control.
The Latrun conference and exhibition has attracted foreign delegations from a number of countries including North and Latin America, Europe, Asia and Australia. Photo: ILWS
Presenters at the Force Protection technology day will include Lt. General (U.S. Army Ret.) Thomas F. Metz, former director of the U.S. Joint IED Defeat Organization. The head of the IDF Merkava IV production Program will also discuss the evolution and development of the protection system for Israel’s Merkava tank.
The event will coincide with a dynamic and static display (indoor and outdoor) of Israeli indigenous defense technologies, including weapon systems, unmanned systems, armored vehicles, defense electronics and electro-optics.
Senior leaders planned to address the conference include the IDF Chief of Staff, Lt. General Gabi Ashkenazi and Minister of Defense Lt. Gen (ret) Ehud Barak.
The Technology Day is open for professional visitors from the military, industry and civilian sector by invitation only. Foreign visitors and delegations are welcome. Access is free of charge but requires prior registration. Click here for the full conference agenda . Attendees are offered a special package at a five star hotel in Tel Aviv, and transportation to and from the conference site.
The US Army Communications & Electronics Command in Washington awarded Liteye Systems a contract valued up to $22.6 million, for the delivery of monocular displays for the LRAS3 target acquisition system. Deliveries will begin immediately and span over five years. The total quantity to be delivered has not been determined yet but could exceed 4,000 units.
LRAS3 target acquisition system mounted on an M1200 Armored Knight.Liteye LE-600 monocular display used for the enhancement of LRAS3 target acquisition systems. Photo: Liteye
The U.S. Army is fielding the new Monocular Display augmenting the Long-Range Advanced Scout Surveillance System (LRAS3), multi-sensor target acquisition systems that detect, recognize, identify, and geo-locate targets at long distances. The monocular displays selected for the program were developed by Liteye Systems. The display consists of Liteye’s Military Off the Shelf (MOTS) LE-600 miniature display, that can be used in helmet mounted or hand held viewer modes of operation. The handheld system comprises a high-resolution OLED microdisplay, energy efficient electronics and optics, all packaged in a compact form factor, built to meet military-standard.
The LRAS3 is deployed with scout platoons at infantry and armor the battalions, providing the scouts autonomous, long range, line-of-sight reconnaissance and surveillance capability. The system automatically determines Far Target Location (FTL) coordinates for any target ranged to by the operator. The system is currently mounted on US High-Mobility Multi-purpose Wheeled Vehicles (HMMWV) and the Stryker Armored vehicles, M707 Knight, and M1200 Armored Knight Support Vehicle. The system can also be dismounted, using a tripod and battery pack.
The U.S. Army Long-Range Advanced Scout Surveillance System (LRAS3) produced by Raytheon. Seen here is the dismounted configuration, which will now employ a monocular display improving the operator usability and orientation. Photo: Raytheon
The Army evaluated different alternatives for the display, and determined that the a small monocular viewer is preferred, because of its small package and flexibility while maintaining high performance required to accurately display the LRAS3 video. The new display will greatly reduce the weight of the dismounted package, enabling systems operators to maintain good orientation and situational awareness, while operating the system on or off the vehicle.
It’s tempting to look at the Army’s cancellation of the solicitation for a next-generation troop carrier and conclude that the service has lost its way in figuring out how to meet future combat needs. After all, this is the same service that spent a decade developing a successor to its Kiowa armed reconnaissance helicopter, killed it, and then killed the successor to the successor two years later. End result: Kiowa keeps flying for the foreseeable future. It is also the same service that spent $18 billion developing a net-centric family of future fighting vehicles — the “future combat system” — and then couldn’t convince defense secretary Robert Gates the program made sense. Such episodes don’t inspire confidence.
But most of what has gone wrong with Army modernization plans during the first decade of the new millennium can be traced to the fact that senior policymakers were pushing a concept of future warfare bearing little resemblance to the combat operations soldiers were actually conducting. When your civilian superiors are enchanted with capability-based, network-centric, transformational warfighting concepts but your force is straining to meet the challenge posed by lightly armed and elusive insurgents, it’s pretty hard to come up with a modernization plan that everybody likes. Secretary Gates changed all that by telling Army leaders to forget the fancy theories and focus on winning today’s fight.
So the Army’s revised plan for modernizing its armored vehicles is more practical than visionary, a focused effort to reconcile what is needed with what is affordable. The only new system in the plan is a “ground combat vehicle” that can be fielded in a few years while correcting deficiencies of existing vehicles noted in overseas conflicts. The reason the service pulled back its request for proposals last month was because it feared contractors had been asked to include too many features — a problem that could delay fielding while raising costs. The service is taking two more months to scrub its requirements before going forward. The other parts of the plan are mainly about upgrading existing vehicles to provide greater protection, mobility, awareness and firepower to soldiers as they deal with diverse adversaries employing unconventional tactics.
The basic building block of today’s Army is the brigade combat team, which comes in three flavors: heavy units dominated by Abrams tanks and Bradley troop carriers that provide maximum protection but are difficult to deploy quickly; infantry units that are easier to deploy but more lightly protected; and Stryker units organized around a wheeled (as opposed to tracked) combat vehicle that are more deployable than heavy units but more protected than infantry units. Current brigade combat teams thus offer an adaptable mix of protection and mobility that is tailorable to the character of whatever contingencies arise. That is the logical way to organize ground formations in an era of diverse threats.
The problem with the existing armored vehicle fleet is that it wasn’t designed to cope with improvised explosive devices. Efforts to adapt the fleet to the new style of warfare have used up all the space, weight, power and cooling capacity of the vehicles, leaving little margin for further improvement. The revised vehicle plan seeks to “buy back” that margin by upgrading Stryker, Abrams and Bradley while replacing much older M113 troop carriers. The new ground combat vehicle will replace one type of Bradley troop carrier so that a full squad of nine soldiers can ride inside with improved protection and awareness. It’s a reasonable plan, but given past mis-steps, the Army needs to keep its existing vehicles up to date as a hedge against future failures in fielding better equipment.
767 MMTT delivered to the Colombian Air Force. Photo: IAI/Bedek
Israel Aerospace Industries (IAI) has completed initial flights testing of the Multi Mission Tanker Transport (MMTT), an aerial refueling aircraft converted from a pre-owned B767-200ER (Extended Range) aircraft by Bedek Aviation Group (a subsidiary of IAI). Upon testing completion the aircraft will be transferred to the Colombian Air Force. The tanker conversion project spanned over more than two years.
IAI Multi-Mission Tanker Transport (MMTT) converted by Bedek Aviation from a Boeing 767ER Photo: IAI
After the initial envelope verification flights, follow-on tests included in-flight refueling of an IAI C10 Kfir fighter jet, demonstrating easy and stable hook-up in each of the two WARPs. Photo: IAI
The MMTT is configured with two Wing Air Refueling Pods (WARPs) of the ARP3 model, developed and manufactured by IAI. The MMTT can also be configured with a boom, or a mixed boom, Hose and Drogue refueling system. During the first 3.5-hour flight test, the full envelope, including altitude, speed, and Mach number, was opened without any flutter or buffet problems. Follow-on tests included in-flight refueling of an IAI C10 Kfir fighter jet, demonstrating easy and stable hook-up in each of the two WARPs.
IAI was awarded a multi-year contract in 2007 worth more than $150 million for the upgrade the Colombian Air Force’s Kfir aircraft. The first upgraded Kfir C10 was redelivered in 2009 and have been in operational activity ever since.
Israel and Russia have signed today a military cooperation agreement and are negotiating the establishment of a joint venture to develop and produce unmanned aerial vehicles in Russia. Israel’s minister of defense Ehud Barak and his host, Russian minister of defense, Anatoly Serdyukov have signed a military cooperation agreement today, paving the way for tighter cooperation in the field of unmanned systems, counter terrorism and asymmetric, urban warfare – fields Russia expects a dialog with Israel could be beneficial.
Russian Prime Minister Vladimir Putin meet Israel's Defense Minister Ehud Barak September 6, 2010 in Moscow. Photo: Novosty
“It is very important to us that in the transition to a new image, the Russian armed forces use the experience the Israeli armed forces have and the work they have done” Serdyukov said, adding Russia has bought 12 UAV systems from Israel, and 50 servicemen are currently being trained to operate them. Gradually opening to the world defense market, Russia is planning several acquisitions of major platforms, including helicopter carriers, and Italian armored vehicles. Past cooperation with foreign defense industries were limited to contracts where customers insisted on the integration of non Russian avionics or weaponry. The acquisition of Israeli UAVs was one of the first procurements foreign systems completed by the Russians.
The twelve UAVs Russia has acquired were delivered by IAI off-the-shelf, to fulfill ad-hoc requirements for military and homeland security uses. Among the off-the-shelf available systems were two Bird Eye 400 systems, eight I-View MK150 tactical UAVs and two Searcher Mk II tactical short range UAVs. Some 50 Russian military servicemen are currently undergoing training in the use of these systems.
A second contract worth $100 million is expected to be delivered this year. The Russians were also after more advanced UAVs of the Heron 1 class, but after long deliberation Israel’s defense ministry decided to exclude such advanced systems as ‘too sensitive’ for transfer to the eastern bloc. However, to enable the deal to go forward the MOD approved IAI to proceed and establish a Joint Venture with a Russian partner, to establish a UAV development and production center in Russia. Prospects for the Russian demand for such systems are estimated at $300 million. According to various estimates, the Russian military needs up to 100 UAVs and at least 10 guidance and control systems to ensure effective battlefield reconnaissance.
Despite the warming relations with the country once known to be its enemies largest arms provider, Israel is concerned of Moscow’s determination to pursue arms transfer plans to Syria, particularly of the Yakhont P-800 supersonic anti-ship missiles which keep Israeli naval vessels at risk throughout the eastern Mediterranean. Israel is particularly concerned about a possible transfer of such weapons from Syria to Lebanon’s Hezbollah. Another issue is the transfer of S-300 air defense missiles to Iran, which has been dragged for years. Moscow has never clarified its position regarding the fulfillment of the contract signed with te Iranians.
The issue of missiles transfer to Syria was dealt with Moscow on discrete channels for some time but has raised opposition in the Kremlin, as many officials refused to back off from the commitment to its Syria ally. In the past Russia denied Israel’s claims of the use of Syrian-supplied Russian made missiles by Hezbollah, during the 2nd Lebanon War in 2006. However, since that war Russian defense manufacturers continuously refer to the successful combat use of their Kornet and Metis guided missiles, without openly mentioning Hezbollah as the ‘end user’.
Two weeks ago Israel’s prime minister raised this issue with Russian prime-minister Vladimir Putin and today. This topic was also include din today’s meeting between Putin and Barak. The P-800 missiles have a range of 300 kilometers, carry a 200-kilogram warhead and feature a unique ability to cruise several meters above the surface, making it difficult to detected and intercept it.
Thales Australia is supplying the Australian Defence Materiel Organization (DMO) over 35,000 Bullet Trap Blank Firing Attachments (BTBFAs) designed for the Australian assault rifle Austeyr F88. The BTBFA is a patented technology registered by Thales Australia. The bullet trap is attached to the end of the rifle barrel and enables the weapon to function when firing blank ammunition. If a live round is inadvertently fired, the bullet is retained within the BTBFA, preventing injury to bystanders or the soldier firing the weapon. It is colored red to enable easy identification of their use during exercises. It will be used on training ranges.
A major advantage over conventional Blank Firing Attachment (BFA) is that the BTBFA is designed to actually stops an accidental firing of a live round, before it leaves the barrel. Photo: Thales Australia
BTBFAs weighs about half the weight of the current in-service bayonet, and are optimized for the new Thales F3A1 blank round. A major advantage over conventional Blank Firing Attachment (BFA) is that the BTBFA is designed to actually stops an accidental firing of a live round, before it leaves the barrel, compared to conventional BFA which provides the back pressure to enable blank firing. According to Thales, BTBFA can stop a live round travelling at 800 m/sec down the barrel, in the space of 6cm. Thales Australia has also designed BTBFAs for use with other in-service weapons.
Sure Fire, LLC was awarded a $16 million contract by the Naval Surface Warfare Center, for the delivery of Visible Bright Light Heavy (VBL-H) fire control device for the M2HB .50 caliber heavy machine gun. This application augments the capabilities of heavy crew served weapons in low-light or low observation situations. The device provides visible target designation to assist the gunners in target detection, recognition, and identification within the effective range of the M2HB heavy machine gun.
The U.S. Special forces are seeking to field an integrated fire control system to support crew served weapons, that will include day/night sights, bright light and laser illumination devices, fire control and improved muzzle suppressor, integrated into a combined fire control system. This photo depicts the Hellfighter Very Bright Light - Heavy from Surefire. Photo: Surefire.
The VBL-H employs a LED light flashing at a high rate – strobe of up to 30 flashes per second, producing a high
intensity white light or infrared beam with low power consumption. The effective range is one kilometer. Beam angle can also be tuned from a 1° spot to 20°.
VBL-H is part of a day/night target acquisition and fire control solution for crew served weapons, known as MDNS-CSW. An Operator equipped with the MDNS-CSW system is able to recognize, engage, and defeat enemy personnel and targets during close-in or extended range combat in open terrain or urban area. The system comprises a day and night sights, the VBL-H illumination device, and high-power laser aiming light.
Fire control solutions are provided by the ballistic processor module that interfaces with all sights to provide targeting data and aiming corrections. The weapon employing the MDNS-CSW can be operated manually from a remote control unit configured with two-grip handler. MDNS-CSW is designed to match four typical crew-served weapons employed by the U.S. Special Forces, including the M2HB, .50 Cal heavy machine gun, the MK44 Minigun, M240 series 7.62mm medium machine guns and Series MK-19 and MK-47 automatic grenade launcher.
The X3 technology demonstrator developed by Eurocopter could well fit the US Army JMR Phase 1 requirements.
A Hybrid High Speed Helicopter (H3) technology demonstrator developed by Eurocopter began flight testing on September 6, 2010 at the French flight test center at Istres. The new aircraft designated ‘X3’ (X Cube) combines vertical takeoff, landing and hovering performance with high speed cruising capability at speeds exceeding 220 knots. The announcement came less than two weeks after United Technologies (UTX.N) unit Sikorsky claimed an unofficial speed record of 250 knots (460 km/hour) with its X2 prototype .
on November 29 the X-3 hybrid helicopter reached the initial speed marker flying at a speed of 180 knots, the next target - exceeding the speed of 220 knots, isplanned for March 2011. Photo: Eurocopter
Almost three months later, on November 29 the X-3 hybrid helicopter reached the initial speed marker flying at a speed of 180 knots, an altitude of 12,500 ft. and performed maneuvers up to 60 degrees angle of bank. Following several months of inspections, Eurocopter will aim for the next target – exceeding the speed of 220 knots, planned for March 2011. By the end of 2011, Eurocopter hopes to be in a position to decide if a program should be launched. If the company will pursue this plan, the hybrid helicopter could be in the market in six years. The concept is aimed at allowing Eurocopter to bring to market a high-speed Super Puma- or Dauphin-sized rotorcraft before the end of the decade. While others are opting to pursue higher speeds, Eurocopter believes 220-230 knots is the sweet spot.
The hybrid helicopter uses the main rotor mainly for lift, with the two propellers replacing the tailrotor. Yaw control is maintained by adjusting the propeller pitch, although the pilot uses the familiar anti-torque pedals. The stub wings take on up to 40% lift at higher speeds, allowing the rotor speed to be reduced. The X3 demonstrator is powered by two turboshaft engines driving a five-blade main rotor system and two propellers installed on short-span stub wings. This configuration combines the speed of a turboprop-powered aircraft and the full hover flight capabilities of a helicopter.
The new concept could be utilized for missions where speed is a determining factor – such as military special operations, long range, long endurance search and rescue, medical evacuation, maritime patrol and border security, passenger transport and inter-city shuttle services.
Initial testing will continue through December with reduced power, progressively opening the flight envelope to speeds of approximately 180 kts. After a three-month upgrade, X3 flights will resume in March 2011 with the goal of reaching sustained cruise speeds in excess of 220 kts.
According to Lutz Bertling, Eurocopter’s President & CEO, the development of the X3 from concept to first flight took less than three years. The X-Cube concept was launched in January 2008, with aim to validate the technical concept of this high speed, hybrid proplusion VTOL system. While the X-Cube takes off and lands like a normal helicopter, during cruising the rotor RPM is reduced, in order to devoid the drag divergence at the tip of the advancing blade. The small wings added to the aircraft partially unload the rotor at high speed, and help avoiding the retreating blade stall. Wing mounted propellers provide the propulsive force in forward flight and anti-torque in hover, thus making the fenestron rotor tail redundant. The development team used elements from several Eurocopter helicopters for the X3, including an AS-365 airframe, the main rotor of an EC-155 and a main gearbox from an EC-175.
Medusa 66mm Non Lethal Weapon System is designed to enable teams to employ scalable response from long distances. Photo: Tamir Eshel, Defense-Update
Medusa 66mm Non Lethal Weapon System is designed to enable teams to employ scalable response from long distances. Photo: Tamir Eshel, Defense-Update
In April 2010 General Dynamics Ordnance and Tactical Systems (GD-OTS) has won a $3 million contract for a technology demonstration (TD) and evaluation of its competing MPM-NLWS candidate system known as ‘Medusa’, developed in cooperation with ATK Aerospace Systems.
The GD-OTS ATK team plans to modify the advanced 66mm grenade and launcher technology to provide improved counter-personnel and non-lethal capabilities that temporarily incapacitate targets through intense light, sound and pressure stimuli.
The Medusa uses an articulated launcher and fire control system, firing non-lethal grenade munitions with electronic, in-tube, range-programmable fuzing that provides precision placement of the non-lethal effect. In addition to the new MPM, the launcher will retain its capability to deploy the current inventory of 66mm non-lethal and obscuration-effect.
In April 2010 the U.S. subsidiary of the Australian company Metal Storm has won a $1.48 development contract, awarded by the U.S. Marine Corps, for the development and demonstration of Mission Payload Module for the Non Lethal Weapon System (MPM-NLWS). The system is based on Metal Storm’s FireStorm weapon system.
This weapon addresses the corps’ requirement for an effective crowd control weapon, enabling a single HMMWV to cover a wide area. The system and payload should be effective at distances of 30-150 meters, disperse over 25 m2 or more within 4-8 seconds and incapacitate 75% of personnel within this target area for a minimum duration of 20 seconds or up to five minutes. The Marines intend to buy an initial batch of 312 MPM-NLWS in the first acquisition spiral. For this contract we lead a team including BAE Systems.
Originally, FireStorm was designed as a four barrel, 24 shot automatic grenade launcher, based on the EOS multi-purpose remotely controlled weapon station. The Marines will be able to tailor the system to their requirements, stacking 10, 15, or even 30 barrels on each platform, depending on specific requirements. For the demonstration testing the NLWS will be attached to the overhead gun shield also known as the Marine Corps Transparent Armored Gun Shield or MCTAGS. The FireStorm can fire both lethal and non-lethal munitions. For the non lethal munitions, different munitions could be used to deliver a wide range of effects, with frangible impact node, irritant, cargo rounds and advanced airburst flash-bang projectiles. The same system can also fire lethal grenades as well.
The U.S. Army began fielding the new second generation Improved Outer Tactical Vest (IOTV), with first kits delivered to soldiers scheduled to deploy to the Afghan theater. Shipments will soon follow to units already in theater. “The latest design Gen-II IOTV vest includes 17 improvements over the Gen-I vest. The new IOTV is designed with more versatile, modular approach, allowing units to configure their gear to better confront multiple threat levels in their unique environment” said Major Craig Fournier from PEO Soldier.
The new and improved IOTV configuration gives the commander the flexibility to reduce the combat load while still maintaining increased fragmentation and 9mm protection. Photo: PEO Soldier, U.S. ArmyThe U.S. Army is fielding new, second generation Improved Outer Tactical Vest (IOTV) to units being deployed to Afghanistan. Photos: PEO Soldier, U.S. Army
Improvements include a totally redesigned and removable yoke and collar, reversible and detachable side carriers and universal side pouch, and equipment anchor points on the front and rear which interface with items such as hydration systems and the Tactical Assault Panel or (TAP). In addition, the new design has better adjustability in the shoulders and hips, to better fit all sizes. The newly designed location for the side-plate is also adjustable to the wearer. Given the enhanced flexibility and modularity of the new kit, soldiers will be able to wear a more comfortable vest, and carry just the equipment they need for a mission. When required or possible, they could strip the IOTV down to its basic function, becoming a light weight load carrying vest, retaining effective protection, maneuverability and flexibility.
“A mounted soldier manning an MRAP turret has the option to utilize all accessories such as deltoid, front, and back protectors for maximum protection, while a dismounted soldier in the mountains can strip the IOTV down to the base vest, removing the side pouch, side plates, and accessory pieces, slimming the IOTV down to a trim 9.86 pounds, minus the plates” Maj. Fournier added, “this configuration gives the commander the flexibility to reduce the combat load while still maintaining increased fragmentation and 9mm protection.” Kits are currently produced in Operational Enduring Freedom Camouflage Pattern (Multicam) and the Universal Camo Pattern (UCP).
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.
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.
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...
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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...
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.
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.
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.