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Eurosatory 2016: High-Power Irritation and Search Light From Japan

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The cause for the development of the ALPHA-1 portable, ultimate high intensity LED Searchlight (80W) were the disasters in Japan five years ago. At that time rescue forces had no sufficient power lights for the search and rescue task. So Japan Cell started to develop the ALPHA-1. But it is more than just a search light, so it can be used for disaster relief, border protection (guard and monitoring), riot control (strobe function with blinding effect), anti-drone (sensor blending), vermin control or just illumination of the night. The system consist of the ALPHA-1 lamp (3.9kg), two batteries, a battery charger, a sling and a hard case for storage and transport. As options a tripod and external power supply unit is available. The lamp is dust- and waterproof (IP66) and has two modes: continuous light and blinking/strobe. The body is made of aluminium and offers a zoom (2° to 14°). The lifetime of the light source is 10,000+ hours. On battery is good for 50min. of continuous light. The extreme high power light is achieved thanks to the special lamp configuration and the special battery management. Three picatinny rails offer offer the use of all kinds of extra sensors, e.g. laser/laser rangefinder, optical sights and magnifier, video and photo camera, etc.

The ALPHA-1 just reached the status of series production and is already used by the Japanese Defence Forces, Fire Departments, Law Enforcement Agencies and also export users. It has a weapon grip, like a FAMAS.


For more information please see MILITARY TECHNOLOGY #06/2016, available at the show in hall 6, stand #B197; and frequently check back for more NEWS FROM THE FLOOR.


Eurosatory 2016: Seen & Heard

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The US Department of Defense (DoD) has awarded Chemring Military Products (CMP), part of the Chemring Group, a second delivery order under its 5-year Indefinite Delivery, Indefinite Quantity (IDIQ) contract for Non-Standard Ammunition (NSA), valued at over U$29 million. This significant award strengthens CMP’s position as an industry leader in NSA brokering. CMP was awarded a five-year IDIQ for NSA in March 2016 with an initial delivery order in excess of $18 million. The award of this second competitive delivery order brings Chemring’s current contract value to over $47 million. Non-Standard Ammunition is defined as any ammunition or weapon system that DoD has not type-classified. DoD relies on companies, such as CMP, to broker NSA because it supports the needs of the United States and its Allies.

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CMI Defence and Mecar, the latter a wholly owned subsidiary of Nexter, signed and implemented a Framework Agreement, whereby CMI Defence will assume responsibility for marketing and sales of Mecar’s suite of direct fire medium and large calibre ammunition in defined territories. Under the terms of this agreement, CMI Defence will directly supply its key customers with high quality direct fire ammunition specifically with regards to 30mm, 90mm and 105mm calibres developed and manufactured by Mecar. With its world renowned expertise in direct fire medium and large calibre weapons’ systems, CMI Defence is now in a position to offer its customers a full system comprising both weapons’ platforms and related ammunition.

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Safran Electronics & Defense and Safran Vectronix combined their knowledge to create a multifunctional laser range finding device. Developed and made in Switzerland, the revolutionary Clip On Laser Range Finding Device Illumination Pointing Communication (COLD IPC) enables one operator to handle more tasks and manage even more complex situations while keeping the target constantly in sight. Features include a high performance range finder, visible and invisible pointers, an invisible illuminator, an inclination sensor and a Bluetooth module, enabling rapid transfer of data through standard communication interfaces. In addition to providing the user constant control of the situation, the COLD IPC is both compact and versatile. At only 120mm long, 84mm wide and 42mm high, the total weight is 340g, allowing maximum functionality with minimum weight. With its high precision and accuracy, Mil-Spec robustness and versatility, the device ensures outstanding usability and ease of use in multiple situations. Other features include a high quality bespoke display, remote control and built-in rail adaptor.


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The Javelin Joint Venture team, a partnership of Lockheed Martin and Raytheon, successfully demonstrated JAVELIN’s ability to engage targets beyond its current 2.5km range requirement during a series of ground vehicle launch tests. The five tests were conducted for the UK Army at the Salisbury Plain Training Area in Wiltshire, England. During the UK Army-sponsored tests, the JAVELIN missiles were mounted on a SPARTAN armoured fighting vehicle and fired via the Kongsberg M151 Remote Weapon Station. Each missile flew between 1.2 and 4.3km, hitting the stationary ground target in each test.

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Safran Electronics & Defense has signed a contract in the Middle East to provide its Uliss 30XP topographic positioning systems for an artillery brigade. The contract includes training services for the brigade’s personnel.The Uliss 30XP is a Positioning and Azimuth Determination System (PADS), based on a high-performance version of Safran Electronics & Defense’s SIGMA 30XP inertial navigation system, already chosen by the French army to modernize the topographic armored vehicles deployed by the 28th Geographic Group in the Intelligence Brigade.Equipped with a theodolite and a processing unit, the Uliss 30XP is a compact, modular and autonomous system, easily integrated in all armoured vehicles.In the field, the Uliss 30XP precisely identifies the geographic coordinate references needed to operate and point artillery batteries – even without a GPS signal. Easy to use and highly cost-effective, the Uliss 30XP is designed for easy deployment near artillery pieces without their own navigation and pointing systems, to enable highly accurate firing.
In addition, the data gathered during topography missions can be processed to produce high-definition detailed military maps. This latest selection confirms the key contribution of SIGMA 30 pointing systems to artillery effectiveness. Systems in the Sigma 30 family are already used on Caesar, Archer and PzH 2000 artillery systems, the Mars single-rocket launcher, the 2R2M mortar and mobile air defence radars. It is combat-proven in some of today’s most demanding theaters of operation.

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Supacat is in exclusive discussions with TINEX with a view to appointing TINEX as Preferred Partner to provide primary support for Supacat’s industrial supplier co-operation requirements in Norway.  Last year, Supacat signed a £23 million contract with The Norwegian Defence Materiel Agency (NDMA) for a new fleet of Supacat HMT Extenda vehicles. The agreed intention is that TINEX, an Oslo–based full-service engineering company, which specialises in representing international companies in Defence and Security, would be the single point of contact for Supacat in Norway in supporting the programme.  TINEX would also be responsible for integrating a number of systems onto the rolling chassis, which will be built by Supacat at its Devon, UK, facility.  The first production vehicle will be delivered in late 2016 followed by the full fleet delivery from 2017 to 2019.

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Curtiss-Wright’s Defense Solutions introduces the newest member of the Rugged Video Gateway (RVG) family of video management solutions, for size, weight and power (SWaP)-constrained ground and airborne platforms. The 8-port, multi-format, RVG-SDI Crossbar Video Switch speeds and simplifies the routing of 3G, HD and SD-SDI video sources, such as distributing video camera data to multiple displays. The RVG-SDI functions as a non-blocking crossbar switch and features eight external miniBNC connectors, each of which can be configured as either a video input or output. The unit’s unique level of configuration flexibility enables any input to be routed to any or all of the 7 remaining I/O ports. Additionally, the RVG-SD1 can be configured on-the-fly via its external RS-422 and CAN control interfaces or statically to support a specific mission.

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Saab displays concepts of tomorrow’s camouflage solutions at Eurosatory 2016 in Paris. Intelligent camouflage is one area that will be the game changer for future armed forces. Barracuda, the signature management experts within Saab, is constantly working with research and development in order to introduce new products and solutions to secure that armed forces around the world stays undetected, no matter what happens. At Eurosatory 2016, Saab highlights new concepts within the field of intelligent camouflage to the attending audience in Hall 6, stand #J353.

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FN Herstal is showcasing its newly developed FN HUD (Head up Display) sighting system, at Eurosatory 2016. This system features the latest advances in digital electro-optics and is the fruition of FN Herstal’s continued investment in digital technology. The FN HUD is a state-of-the-art digital weapons suite that vastly improves the accuracy of pilots when firing axial mounted rockets and machine guns on rotary wing aircraft. The FN HUD also improves the capability of pilots with a lightweight optical projection head and an FN HUD computer for advanced ballistic calculations and digital control. Through this interface the FN HUD can also communicate with other avionic systems, such as the mission computer, the Armament Management System and the LRF for improved ballistic correction capability. Much more than a targeting system, the FN HUD features include compatibility with NVIS night vision goggles, integrated laser rangefinder, weapons inventory and status information, high reliability with no moving components and backwards mounting compatibility with legacy targeting systems. It is on display alongside FN Herstal’s other new innovations at FN Herstal booth – Belgian Pavilion, Hall 6, Booth #F 197.


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At RUAG Ammotec, precision and reliability are key aspects of every product, and are what make this constantly growing division the European market leader in small-calibre ammunition, pyrotechnic elements and components. At Eurosatory 2016, RUAG Ammotec presents among other things its Frangible ammunition. Law enforcement, military and security personnel must be able to train as close to reality as possible. But standard ammunition doesn’t allow dynamic shooting closer than 15 meters because of the high risk of ricochet or backsplash. Training with marking- or blank rounds is good for interactive scenarios, but it is often observed that is degenerates into “a game”. Because there is no direct risk of getting injured, shooters don’t pay enough attention to safety aspects like their own cover and get tempted to take too many risks. That’s where the RUAG Ammotec’s Frangible ammunition comes into play. These 9x19 and 5.56x45 bullets are specially produced to be used in tactical training situations for close quarters battle and military operations in urban terrain CQB/MOUT. The bullet fully disintegrates into small, uniform fragments upon impact. The fragments loose their energy very quickly and move only in an accurately defined danger zone. Because of the injection moulding, the copper-particles are bound in the polymer and therefore cannot become airborne. This is reducing the possibility of backsplashes or ricochets and the damage inflicted on steel targets. Furthermore there are no respiratory and filtration problems. But make no mistake: Frangible ammunition is still lethal ammunition. That means that the stress factor at training remains high and users pay attention to the safety protocols. All calibres are tested according to NATO Standards. The bullets are made from copper and polymer by injection moulding, lead-free and fully recyclable.

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For more information please see MILITARY TECHNOLOGY #06/2016, available at the show in hall 6, stand #B197; and frequently check back for more NEWS FROM THE FLOOR.

Eurosatory 2016: RUAG COBRA Mortar System Developing Towards Serial Production

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The RUAG COBRA Mortar System continues to develop towards serial production after impressing in trials for Swiss and international customers.

RUAG's COBRA during trials. (Photo: RUAG)

Since the selection of the RUAG COBRA Mortar System by the Swiss Armed Forces it has been part of the country’s Armament program for 2016. At a recent presentation to the Swiss Minister of Defence, the parliamentary security commission and members of Swiss Army’s joint Staff, RUAG demonstrated the latest status of the Swiss configuration of its 120mm Mortar including the semi-automatic loader and integrated on board ballistic computing.

In May, the COBRA underwent further shooting exercises as part of a live demonstration for a number of interested international customers. During this shooting the COBRA was integrated in a Piranha, and again demonstrate its ability to fire four rounds in under 20 seconds. The continued success of trials is a clear indication of the COBRA’s capability and that it will soon be ready for serial production.

The COBRA has been developed with RUAG’s extensive experience in the Mortar Business and with a clear focus on providing modern and flexible fire support. The technology within COBRA supports MRSI (Multiple Round Simultaneous Impact) firing and effective deployment of shoot & scoot tactics. Its intuitive handling, open architecture and 81mm insertion barrel support easy integration with modern command & control equipment and effective user training.

At EUROSATORY 2016 RUAG is exhibiting under its new promise “We listen to make it right, we stay to make it real, a promise you can trust.” The new promise has been formulated to restress RUAG’s long term commitment to its customers, its solution oriented focus and trustworthiness.

Eurosatory 2016: RUAG SITTAL Proven Efficient/Effective Training Tool by French Army

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At Eurosatory 2016, RUAG showcases its SITTAL small arms trainer, which is now available with wireless technology and in a mobile configuration. These latest developments make training more effective by providing users their full range of natural movement, and increasing access to training.


RUAG Defence is continuing to develop its SITTAL small arms trainer. The professional shooting simulator teaches weapon handling and firing for both individuals and fire teams, on a range of weapon types. The latest development makes wireless weapons compatible with the SITTAL and still provides the precision and realism that is the hallmark of RUAG Defence’s Simulation & Training technology.

SITTAL has proven an efficient and effective training tool since its adoption by the French Army, thanks to its high realism and the depth of analysis made possible by the data it records. Instructors can assess trainee’s aim, trigger pressure and even breathing during exercises allowing them to make corrections and improve performance.

SITTAL is powered by RUAG’s immersive 3D technology encompassing realistic scenarios and environments inhabited by characters whose behaviour is made realistic thanks to advanced artificial intelligence. Instructors can easily edit and create new scenarios, improving the continued effectiveness of trainings and helping users train for specific missions they will face.

The new mobile configuration of the SITTAL provides an easily transportable version of the trainer with space for five shooters. This configuration provides the same detailed feedback on trainee’s performance but doesn’t require dedicated infrastructure.

At EUROSATORY 2016 RUAG is exhibiting under its new promise “We listen to make it right, we stay to make it real, a promise you can trust.” The new promise has been formulated to restress RUAG’s long term commitment to its customers, its solution oriented focus and trustworthiness.

Eurosatory 2016: Roketsan Expands and Strengthens Industrial Partnerships

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Airbus Helicopters and Roketsan Missiles Industries have signed a Memorandum Of Understanding (MoU) at Eurosatory to execute a program to integrate the CİRİT 2,75” Laser Guided Missile to Airbus Helicopters H135M and H145M helicopters.

We present to our customers, extremely versatile platform with highly effective weapons for armed scout operations. What we believe is that this program will lead to a long-term cooperation between our companies to extend our solutions to allied countries armed forces,” Emin Alpman, Chairman of the Board of Roketsan, said.

Airbus Helicopters is proud to reinforce its industrial cooperation with Roketsan. We are optimistic about the genuine interest such solution based on the H135M and H145M could raise both in Turkey and in the international market,” Olivier Michalon, Airbus Helicopters Senior Vice President and Head of Europe, concluded.

Olivier Michalon, Airbus Helicopters Senior Vice President and Head of Europe and Emin Alpman, Chairman of the Board of Roketsan.

Furthermore, Junghans Defence (Junghans Microtech Germany and Junghans T2M France) and Roketsan have expanded their global partnership by signing an MoU at Eurosatory 2016 to provide new co-developed fuze systems to the global defence markets.

Junghans and Roketsan are excited to be working closely on a broad technology collaboration partnership. As demonstrated by this MOU, Junghans and Roketsan are looking to build sustainable, long-term partnerships with the ultimate goal of bringing the best quality, the safest and reliable fuzing systems to munitions manufacturers in defence markets.

Combining Junghans’s comprehensive expertise, specialised background in the domain of fuzing technologies with the Roketsan’s acquired knowledge, experience and infrastructure for rocket / missile fuze systems, Junghans and Roketsan aimed to meet fuze requirements of the munition manufacturers in Turkey, France, Germany and International Markets with the solutions achieved by the help of innovative approaches, modern technologies and required effort.

The Diehl, Junghans, Roketsan team alongside Turkish officials during the signing ceremony. 


For more information please see MILITARY TECHNOLOGY #06/2016, available at the show in hall 6, stand #B197; and frequently check back for more NEWS FROM THE FLOOR.

Eurosatory 2016: Uro: High Mobility is a Tactic, Not Just a Requirement

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Galicia, in the northwest corner of Spain, is a rugged, austere but startlingly productive region. And it has given birth to a number of companies that reflect their native soil: robust, driven, agile and focused on success in markets often constrained by severe competition and scarce customer resources.

Uro Vehículos Especiales SA focuses its activities on high mobility tactical vehicles, a segment of the defence market that is among the most oversubscribed there is, in the view of many observers.

URO VAMTAC

Although the experience of Iraq, Afghanistan and Mali certainly gave a much needed transfusion to the industry in the form of programmes for tens of thousands of tactical vehicles such as the MRAP and JTLV series, those days are long gone. The future of this segment of the industry lies largely in the hands of those manufacturers agile enough to respond to emerging requirements, rather than to try to shoehorn customer requirements into an existing product range.

Such is Uro’s philosophy, as the company’s Chief Executive Justo Sierra told MT during Eurosatory 2016 in Paris this week. “We have a market niche oriented strategy,” he says, adding that where the company shines is in its ability to cater for short series production of highly specialised vehicles customised for a specific mission. “We find we succeed where we can convince the customer that our three areas of expertise – vehicle performance, system integration capability and a strong ability to customise – can provide the best value solution to their requirement,” he says.

A regular exhibitor at Eurosatory since 1996 (the company was founded in 1981) Uro has seen significant change in the intervening period. “When we first came we faced maybe three of four serious competitors – now there are dozens,” says Sierra. To succeed, therefore, his team addresses regional and specialised markets in which their unique core skills as systems engineers will reinforce their aggressive and customer focused marketing approach. There is much attention being focused on the Middle East at the moment, for example, as well as Southeast Asian nations such as Singapore and Malaysia. At the Defence Services Asia exhibition earlier this year the company showed a variant of its VAMTAC tactical vehicle mounting a Thales Starstriker turret featuring the LMM missile. That, according to Sierra, came from an initial approach from Thales looking for a suitable platform on which to demonstrate its system shortly after Uro began to deliver VAMTAC to the Malysian armed forces in 2009.

Leveraging the performance of a well-designed vehicle, bending every industrial sinew to achieving the maximum possible delivery of customisation (and thus operational efficiency) for the customer’s specific requirement and providing an effective response that is both swifter and more agile than any competitor speak directly to the issue of high mobility in corporate strategy, according to Sierra. Competing on price for requirements of hundreds or even thousands of vehicles is just not a realistic goal, in his view. Winning on ‘best value,’ however, is a very different prospect. “We are a knowledge company,” says Sierra. “That is what we exploit.”

Eurosatory 2016: Curtiss-Wright and Raytheon Team for MBT Upgrade Market

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At Eurosatory 2016 in Villepinte this week, Curtiss-Wright Defense Solutions (CWDS) announced the company is teaming with Raytheon to provide turret drive and stabilisation system upgrades for the M60 and Challenger 1 main battle tank (MBT) fleets. This represents the company’s first major teaming partnership with Raytheon.

Individual components of the Electric Gun Turret Drive Upgrade Kit are integrated to provide enhanced stability, accuracy and speed of action for MBT main armament.

The company’s Electric Gun Turret Drive Upgrade Kit, developed in its drive technology business unit in Neuhausen am Rheinfall, Switzerland, replaces older, less accurate hydraulic and hybrid-based stabilisation systems on tanks such as the M60 and Challenger 1 with full state-of-the-art electro-mechanical drives. Stefan Jaeggi, CWDS Director of Sales, Marketing, Business Development and Programmes, indicated to MT that previous applications in which this expertise has proven useful have included the Scout/AJAX and Warrior Capability Sustainment Programme for the British army.

Curtiss-Wright has already delivered several such kits to Raytheon and supported their integration into both M60 and Challenger 1 tanks, resulting in a series of successful live test firings. The approach, according to CWDS Vice President of Business Development and Capture David Dietz, is, “a scalable, modular, off the shelf capability that significantly improves reliability, acceleration and audio noise reduction,” for the turrets in question.

The company’s approach to the upgrade market for this type of performance enhancement is entirely customer centric, according to Jaeggi. As a result, there are already a number of upgrade programmes in progress, notably in the Middle East, though the identity of the customers cannot at this stage be revealed. There are several more such programmes at an advanced stage of negotiation.


Eurosatory 2016: CHALLENGER 2 Life Extension Programme Gains Traction

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The UK's Defence Equipment and Support (DE&S) organisation has received a number of replies to its pre-qualification questionnaire (PQQ) for the British Army's projected CHALLENGER 2 main battle tanks (MBT) life extension programme (LEP). The British Army wants to extend the life of its CHALLENGER 2 MBTs out to 2035 (up to 227 tanks are to undergo the LEP, aimed primarily at addressing obsolescence issues in the turret).

If budgets allow, a purchase of an 8x8 wheeled mechanised infantry vehicle (MIV) is expected to formally get underway in the next few weeks as well, being the British Army’s top new programme priority. General Dynamics UK (GDUK) is already producing 589 tracked AJAX-family scout vehicles for £3.5 billion, and Lockheed Martin UK is developing a WARRIOR IFV sustainment programme ahead of an expected production contract. With a protected-mobility vehicle programme in there as well, the British Army’s CHALLENGER 2 LEP has been underway for several years, but been pushed back again and again. The UK Ministry of Defence (MoD) hopes to name the winning assessment phase teams around October and select a winning submission in 2019. The following companies have all expressed interest at Eurosatory 2016:
BAE Systems and GDUK (partnering in an industry consortium that includes Leonardo-Finmeccanica (formerly Selex ES), Moog, Safran Electronics, and GD Mission Systems; at a new facility it is building at Merther Tydfil, South Wales, to assemble the AJAX),
CMI Defence (partnering with Ricardo UK),
Krauss Maffei Wegmann (KMW),
Lockheed Martin UK,
Rheinmetall, and
RUAG (supported by a group of UK-based industrial partners, carrying out the work in the North of England).

It is expected that two of these contractors will be invited to negotiate for the assessment phase (AP) of the contest, after which one contractor will be selected to run the programme.

Eurosatory 2016: First Photographic Recap of the Week

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Eurosatory 2016

Patria's AMV equipped with a Leonardo-Finmeccanica weapon system: A 12,7mm remote controlled weapon system together with the company's Generic Vehicle Architecture (GVA) compatible electronics. Also, Patria's AMV Part Task Trainer networked with Patria NEMOTraining Simulator on left.

Roketsan's full bombastic force shown at Eurosatory. Seen here SOM and SOM-J.

Saab's booth full of innovation. Find ground systems here


FFG's PMMC G5 alongside multi-functional platform WiSENT 2 (in back), the latter with 570 Z tracks by DST Defence Service Tracks. 

TERREX at ST Kinetics' booth.

Rohde & Schwarz introduced a new handheld to the market alongside overall solutions. 






Harris has introduced the FALCON III RF-7850S advanced wideband Secure Personal Radio (SPR). Story here

Insitu's RQ-21A full size mock-up in Paris. 

Orbital ATK's range of 30mm and 40mm munition. 

Orbital ATK's Precision Guidance Kit (PGK) for 105mm. 

Orbital ATK's Precision Guidance Kit (PGK)

Otokar brought their range of vehicles to the show. 

Robotic terminator.

Kongsberg displays its NASAMS system.

Safran's JIM compact. Story here

Safran Electronics & Defense is unveiling at Eurosatory 2016 its new range of Sigma 30 artillery inertial navigation and pointing systems, designed to meet armies’ emerging needs. Story here





This pictures depicts the countires that have either opted for or are trialing Rafael's TROPHY LV protection system. 


FLIR Systems' Ranger R6SS ground-surveillance radar detects and tracks personnel and vehicles within a 15 kilometer range. Story here

Kelvin Hughes showcases scalability of their solutions alongside enhanced command and control.

Lincad has been awarded the contract to design the battery for Thales' new hand-held radio 

Qioptiq, an Excelitas Technologies company, at Eurosatory is showcasing its JaguIR line of thermal cameras.



Qioptiq, an Excelitas Technologies company, has secured a significant multi-million pound (£) contract for the supply of KITE In-Line Weapon Sights and maintenance items to the Commonwealth of Australia Department of Defence (DoD) in support of the Australia Defence Forces (ADF) LAND125 3C project.

The Blighter Counter-UAV system.


ST Kinetics unveiled the TERREX 3 at Eurosatory. Two prototypes are currently on its way to Australia to compete for the Australian Army's Land 400 programme.



Elbit SystemsIronVision Helmet-Mounted System for Armoured Fighting Vehicles. Story here

Elbit Systems' SupervisIR Wide Area Persistent Surveillance System.

CONTROP Precision Technologies approached Eurosatory 2016 with its newly designed SPEED- ER observation system. Story here
The German Army's PUMA IFV.

Rheinmetall’s new Infantry Fighting vehicle (IFV): The LYNX. Story here



Roketsan CIRIT 2.75" Laser Guided Missile launcher.






Eurosatory 2016: BlueBird Aero Systems Answering the Global Need for UAS

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BlueBird Aero Systems describes itself as a major player in the tactical Unmanned Aircraft System (UAS) industry. Established in 2002, it specialises in the design, development, and production of micro, mini, and tactical systems, as well as peripheral equipment for different applications in the military, Homeland Security (HLS), and civilian markets. At EUROSATORY 2016, the manufacturer presents, in addition to the SpyLite and MicroB systems, its ThunderB air vehicle, a small tactical UAS with an endurance exceeding 24 hours and an extended range of 150km, depending on the configuration and type of mission.

BlueBird's CEO Ronen Nadir in an interview with MT. 

In an interview with BlueBird's CEO Ronen Nadir, he stated that ThunderB can operate in GPS-denied and COMJAM (Communications Jamming) environments. Much smaller than the ThunderB, the MicroB system can fly for one and a half to two hours. "The new MicroB (creating a new niche in the UAS segment) can fly almost two hours, with the same avionics, with the same payloads and batteries", he said. "It's a very aerodynamic and efficient design, combined with a very economic engine and control system. This is why our system can (offer) better capabilities than the systems of our competitors (...). With these (operational) parameters, you'll get a very efficient system."

In an earlier announcement, Nadir said that the company owns, "expanded UAS capabilities outside the traditional tactical ISR (Intelligence, Surveillance and Reconnaissance) world," and has added a number of, "unique features", including ultra-high-resolution photogrammetric (mapping and 3D) payloads; locator units for Blue Force Tracking; HD (High Definition) video transmission; MESH technology; advanced Remote Video Terminal (RVT); and more. He added, "Since its recent upgrade, (the) ThunderB UAS has attracted significant international attention, (and) has already been sold to customers in Europe and Asia, and is undergoing evaluation by a number of additional customers."

Questioned about the market penetration, Nadir noted that the companys first military customer was the US Marine Corps (USMC), adding that "the second customer was the US Special Operations Command (USSOCOM)." As to the civilian or commercial market, Nadir said that, "with some kind of shift of attention, in order to meet customer requirements, it is not ready for drones from the regulations point of view." He continued, "If this (civilian airspace) is flooded with 'quadcopters' for short-time, short-range missions, there will be problems. But the military, law enforcement (forces), and border control (organisations) really need UAS with better realiability, with longer endurance."

Nadir told that the company is not looking for a specific market; "but, we are answering the global need for UAS with three major (design) characteristics: long endurance, long range and realiability."

He suggested to MT, if the user needs proper results from UAS missions, "you'll need to use a very expensive payload, (...) say 150,000 US dollars. When you put such an expensive, cooled infrared (IR) sensor with stabilisation (onto the aircraft), you want back the very best results from a reliable UAS that offers no engine (failures), no loss of communication, no avionics malfunction; but offering the ability to operate in a GPS-denied and (...) COMJAM environment. That's why we concentrate on very reliable aircraft."


MT learned that the latter would pose risks, however. Nadir told in Villepinte that BlueBird has answers to tackle the problems. "We use three different frequencies to (overcome) such (risks) in a jamming environment. You can switch automatically to (another) link (that) is undetectable and hard to jam by the other side." He continued, "This switching enables you to fly in a COMJAM environment."

If GPS is denied or jammed, the company has three solutions on the table. FIRST, there is a GPS anti-jamming technique based on special antennae electronics that can eliminate the hostile signals. SECOND, there is the ability to work with different GPS systems (GLONASS, additional satellite networks and different satellite frequencies). Nadir described the THIRD technique as an "all-round" solution: "If your GPS is completely jammed by the other side, you'll use our INS (Inertial Navigation System) in order to calculate your position, so you can estimate your position, and by using a good INS or even a better compass, you can adequately calculate your actual position with relatively good results, say a few hundred metres per hour of flight. We found a way to automatically update the aircraft's position by fixing on a known landmark position. Using (its) video camera, we can look at those landmarks and automatically update its position. So, we can fly for 24 hours without using GPS, while maintaining our targeting capability."

Nadir confirmed that the company's systems currently on offer are complementary solutions. "You can use them to pinpoint (time-critical) targets, undertake surgical missions (countering snipers) or securing a football event." For almost two hours, the MicroB can survey a large area at very low cost. "If you need more than that (...) and if you need to fly out for 80km (or for) four hours of endurance, you can use our SpyLite UAS, and you can launch two or three of them for a more extensive mission (as) to enhance border control, to search for immigrants at the borderline, or to (watch at) survivors in the desert", he explained. A company brochure reads that SpyLite is a combat-proven, electric, mini-UAS optimised for providing covert, 'over-the-hill' or extended-range intelligence and/or mapping-on-demand capabilities. BlueBird noted that SpyLite is unique in its ability to operate even in strong winds and on cloudy or rainy days, assuring high operational availability for three to four hours and a communication range of up to 50km. The latter can be extended up to 70km.

Nadir informed MT that shipboard operations are an easy task. "(...) if you need to (operate) a UAS for an even more extended-range mission (for 24 hours or over a range of 160km), you can launch the SpyLite from a ship under severe (weather) conditions. After 15, 16 hours, you don't need to return to the ship; but, you can send it to the (land) base, and (that) can be far away, say 500km. You can use your SATCOM communication in order to transit the UAS from the ship to the land-based station. After nine or 15 hours of flight, it can automatically land there. You don't need to field all of the recovery equipment on a ship, which is expensive and not always working."

STN

Eurosatory 2016: Seen & Heard by Andre Forkert

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DREHTAINER recently received the order to supply a mobile command post for the Royal Netherlands Air Force. The so-called MSAPF (Mobile Special Access Program Facility) serves the purpose of training as a part of the F-35 introduction. In a first step the protected and HF shielded building is going to be set up in the USA to be used subsequently for exercises and operations.

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It is not really a premier, because there are several users and testers in the armed forces community worldwide using the camouflage systems, but for the first time ever FibroTex can show them to the public. At Eurosatory the israelian company FibroTex is showing two mobile camouflage systems. These systems provides significant increased protection and survivability of any static or moving platform.

The “Mobil Kit” can be quickly and easy assembled to a vehicle (in ca. 20 minutes) and is a fully operational solution. It offers a multi-spectral concealment (against EO-, NIR-, SWIR-, TIR-, UV-, visual, radar and thermal detection). At the same time the user can see outside and reduce the influence of the weather (hot and cold) by the insolation. The system has to be customized to any vehicle type individually and it is very durable. It includes all platform parts, even the wheels, windows, turrets, headlights or mirrors. The camouflage “net” sticks to the vehicle by magnets and the net parts are connecting (kind of special plastic Velcro) and overlapping. The material is fire retardant and water repellent. At Eurosatory you can find the system at different vehicles like a Land Rover DEFENDER, a Toyota Land Cruiser and some other tactical 4x4. The camouflage systems comes in a bag and can be stored inside the vehicle, the system weight for a DEFENDER 110 is ca. 14kg – it is very light weight and flexible. And it is available in different colours/pattern, e.g. urban, winter/snow, desert, etc. For a static use of the vehicle a multi-spectral modular system net can be added to even allow more protection.

The “Magic Screen” system is available in all sizes, from the individual soldier up to big vehicles, e.g. 8x8. Used on vehicles you can even drive with it. It is still mobil but heavier than the Mobil Kit. It looks a little bit like overlapping plastic plates, but the material is the solution and a big secret.
The “Solo System” is part of the “Magic Sreen” family but for a single individual soldier. It is like a paravan (foldout screen) you just put up and spread to get cover behind it. You even can move behind it without any effect to your protection, because you are not a part of the system, just sitting or laying behind it.

Some weeks ago FibroTex held a workshop with special units of European military and police forces, the next one will be available in February 2017, again in Germany and close to the border with the Netherlands.


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If there is a CBRN threat you need certain information fast to take the right decisions and actions. Therefore Bruker introduces the new portable (weight 14.6kg) BioDetector pBDi. It is a laboratory in the box, that also can be used in the (contaminated) field.

Emergencies involving biothreat agents can occur because of a natural catastrophe, a localized outbreak (epidemic) or a worldwide outbreak (pandemic) of an infectious agent, warfare, or acts of terrorism. Rapid and reliable identification of biothreat agents is of utmost importance not only to confirm that a bioterrorism event has occurred, but also to initiate appropriate organizational as well as medical countermeasures.

The Bruker pBDi is a portable detection platform for rapid and sensitive on-site identification of biothreat agents. Developed for use by non-scientific personnel, the pBDi is easily operated, even while working in protective equipment under extreme conditions. Fully portable and operating from internal batteries, pBDi can be used in the hot zone. Equally pBDi can be integrated with various mobile platform solutions, where it can be powered from an external supply.

The pBDi employs a sensitive electrochemical biochip technology for multiplex ELISA-based (enzyme-linked immunosorbent assay) detection of biothreat agents. The pBDi builds on the technology of the Bruker portable Toxin Detector and offers new features such as integration with a mobile suitcase, battery operation, Bluetooth connection to a ruggedized tablet PC and assays for bacteria, viruses and toxins identification.

pBDi offers an universal detection for toxins, bacteria and viruses, with a direct identification of up to six agents in 20 minutes, a powerful and simple-to-use ELISA-based technology with a sensitive system for toxins, bacteria and viruses. It is a battery-operated system with a ruggedized tablet PC (even smartphones, tablets, etc. Can be used) that require a minimum sample preparation (max. 4min – it used to be 1hr, and you do not need a clean room any more). The data processing is automated and “Traffic Light” based. pBDi can be directly connected to a C4I system to transfer results and positions. As a databank (to compare the samples and their reaction with the antibody) a biological chip is used. There are altogether four different chips available at the moment with 4 to 5 agencies each. Through that system it is easy to implement new agents, just a chip has to be updated and the user just have to give an antibody to Bruker to fulfil the task.

These agents can be detected: Bacillus anthracis (Anthrax), Yersinia pestis (Plague), Francisella tularensis (Tularemia), Brucella melitensis (Brucellosis), Burkholderia mallei (Glanders), Orthopox viruses (Smallpox), Botulinum Toxin A, B, C, D, E, F, Staphylococcal Enterotoxin A, B, Ricin and Abrin.

According to Bruker it only takes two days for user training. As options Bruker offers a training kit, a sample preparation kit and customer specific assay development.


Saab Shoulders the Ground Combat Burden

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Shoulder launched infantry weapons – notably the AT4, Carl-Gustaf M4 and NLAW – form the core of the ground combat offering from Saab’s Dynamics business unit and at Eurosatory 2016 company executives provided a detailed update on these three programmes.


The inspiration for continued development, according to Anders Wahlström, Head of Business Management, Business Unit Ground Combat, centres on the evolution of , “a complex and fragmented security situation.”

The need to cater simultaneously for expeditionary operations and national territorial defence and the stretching of existing military resources to confront an ever wider variety of challenges, ranging from hybrid warfare to anti-terrorist operations, requires units down to the lowest organisational level to be equipped, trained and supported for multiple missions.

Coupled with reducing numbers of military personnel and the emergence of new, heavily armoured vehicles (such as the Russian T-14 Armata) this means that organic fire support – flexible and immediate – becomes an increasingly essential requirement for infantry squads, platoons and companies, particularly when air sovereignty and therefore close air support can no longer be automatically assumed.

The AT4 already provides anti-armour, anti-structure and anti-personnel effect out to 1,000m (600 in the anti-armour role) for the individual soldier. Combat proven, in service with 15 nations and with over one million rounds manufactured, according to Anders Haster, Director of Business Management, Marketing and Sales, the AT4 is lightweight and flexible, with a common training programme capable of being customised to user-specific needs.

An enhanced version, the AT4 Roquette NG, is now in production for the French armed forces, with delivery scheduled to begin in 2017. Providing anti-armour, breaching and anti-personnel effect at extended ranges, the AT4 Roquette NG adds the capability of being fired from confined spaces, thus enhancing tactical flexibility and survivability. The weapon is attracting considerable attention from other European nations and the testing and qualification programme has provided considerable data for the US Individual Assault Munition (IAM) programme, according to Wahlström, who states it is showing signs of life again, “after 15 years as something of a ghost programme.”

Light weight is also a theme extending to the Carl-Gustaf M4, for which the ultimate aim is to provide the user with a loaded weapon under 10 kilogramme. Compatible with intelligent sights and ready to accept programmable ammunition, the shoulder launched weapon embodies sufficient development margin to take full advantage of planned enhancements in range, precision and rapidity of response.

The Next Generation Light Anti-Tank Weapon (NLAW) shoulder fired anti-armour weapon already provides the soldier with the capacity to defeat any current armoured target out to 800 metres in the NLAWi variant, and Wahlström indicated further range increases are currently in development, although not yet specifically requested by current end users. With recent selection by Switzerland and significantly increased interest from European and Asia-Pacific nations, the NLAW programme continues to provide powerful effect at the squad and platoon level. Well over 20,000 missiles – which have a maintenance free shelf life of approximately 20 years – have already been delivered, says Haster.

Saab’s range of shoulder fire weapons provide a flexible tactical toolbox and empowers tactical commanders to be able to select appropriate organic anti-armour and obstacle breaching firepower rapidly and with no requirement for intra-unit tasking or the delays associated therewith.

Canadian government investing in UAS training and testing facilities

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On 17 June, the Canadian federal government announced an investment of $300,000 to support development of a range for training and field testing of unmanned aerial systems (UAS) in Foremost, Alberta.

Minister of Innovation, Science and Economic Development Navdeep Bains, announcing the investment, said it would be used to support fitting out costs for the range. The government of Alberta will also invest $100,000 in the undertaking, which will be used for business development and range management.

The Foremost Centre for Unmanned Systems, based at the village’s airfield, will benefit from ideal visual flight rules for 90% of the year and a sparse population, according to the Canadian Centre for Unmanned Vehicle Systems (CCUVS).  Some 700 square nautical miles of airspace will be designated up to 18,000 feet for UAS operations, thus allowing Canadian manufacturers, developers and users to test and evaluate UAS of almost every size and description in safety.

The Foremost centre will provide facilities for both military and civil UAS development and testing. Global spending on UAS is expected to triple, to $14 billion, by 2023 and a May report by
PricewaterhouseCoopers values the global market for business services using drones at over US$127 million.

The Canadian Army photo shows troops demonstrating UAS deployment during Exercise Rafale Blanche at CFB Valcartier in January 2015.

China simulates chemical and nuclear attacks on port

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In 2010 the People’s Liberation Army (PLA) established eight nuclear, chemical and biological (NBC) emergency teams to act as the focal point for NBC readiness and emergency intervention. Since then little has been heard of them outside China – which makes the recent announcement of a unique military exercise even more interesting.

In recent weeks, a simulation exercise has been conducted by the PLA’s maritime NBC team, centred on an unnamed port in the northeastern province of Liaoning. The several scenarios comprising the exercise included chemical attacks on the port as well as exercising the team in the requirements of a systems denied environment following the electromagnetic pulse of a nuclear detonation. Comments appearing in Chinese press outlets indicate the exercise was used primarily for planning purposes by PLA senior staff.

China’s coastline extends for 14,500km, stretching from the Gulf of Bohai in the north to the Gulf of Tonkin in the south. Of the nation’s 2,000 ports, several rank among the world’s largest container facilities and China has expanded its container capacity to become the world’s leading provider. Over 130 of the ports are open to foreign vessels and the PLA has long considered port security one of its primary defence concerns.

Indian Air Force inducts first female fighter pilots

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At the Indian Air Force Academy at Dundigal, Defence Minister Manohar Parrikar formally commissioned the nation’s first three female fighter pilots. Flying Officers Avani Chaturvedi, Bhavana Kanth and Mohana Singh – all in their early twenties and each with about 150 flying hours to their credit – will now move on training on the BAE Systems Hawk advanced jet trainer at Bidar in Karnataka before being assigned to active service squadrons. The three were among 22 female cadets commissioned in the passing out ceremony.

Although a historic move, the Indian Air Force already has 94 pilots in its rotary wing and transport fleets. The three young officers now breaking new ground will be the subject of intense scrutiny as the service examines the progress of women in combat roles on an “experimental basis” for the next five years. Neither the Army nor the Navy have any current plans to induct women into combat units or warships, although President Pranab Mukherjee announced in February that all combat roles will be opened to women in the future.

Parrikar, a strong supporter of gender parity, hailed the event as a milestone and, while admitting there would be administrative obstacles to be overcome, stressed that women would come to play a significant role in the Indian armed forces over time.


SECNAV warns cost of F/A-18E/F could rise

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Speaking in Germany on 19 June, US Secretary of the US Navy (USN) Ray Mabus warned that unless the US government approves sales to allies, the cost of new Boeing F/A-18E/F Super Hornets for the USN could rise.

Mabus admits to being frustrated by delays in approval of foreign sales and fears the USN may face a cost penalty as a result. The White House has been delaying approval of an estimated $3 billion sale of 28 aircraft to Kuwait for almost a year.

Boeing has stated it needs to be producing two aircraft for month to ensure economical production and current expectations are that Congress will approve only 16 F/A-18s for the USN Fiscal Year 2017 request. Lack of approval of the Kuwaiti order will leave a gap that may increase unit costs for the USN. The Navy is expected to request a larger number for Fiscal 2018, which may persuade Boeing to maintain current price levels, though this is currently far from certain. The company is understood to be spending “hundreds of millions of dollars” in procuring long lead time materials such as titanium to cater for expected orders.

Welcoming Mabus’ remarks, a Boeing spokesperson said the company “agrees that a Kuwaiti order is an important element in continuing a production rate of two per month to keep prices optimal.”

A400M Helicopter Refuelling Kit Ready by End of 2016

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An air-to-air Refuelling (AAR) refuelling kit for the C-295 was extensively tested by Airbus Defence & Space (DS) with dry contact scheduled in July and helictopter AAR with an H-225M by November 2016.

A video shown during Airbus DS Head of Engineering Miquel Angel Morell’s presentation during TMB16 depicted no proximity nor stability issues issues between the helicopter and the tanker aircraft. The next step according to Morell will be industrialisation.

On A400M helicopter AAR, currently a large topic with many air forces, is currently in R&D, the main problem being proximity between the two aircraft, and the air flow behind the A400M.  The A400M AAR R&D programme consists of two phases Advances Simulation &Training and Wind Tunnel Tests. has been launched with the main goal was simulation and wind tunnel tests.

The next step is to physically refuel a helictoper by the end of this year. According to the head of engineering, “following successfull completion of the R&D programme, a Flight Test Prgroamme will follow to fully validate the results of previous phases. The target is to proceed with proximity testing before end of 2016.”

Airbus Defence & Space Details Market Growth, Innovation

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Airbus Defence & Space (DS) invited journalists from around the world to its annual Trade Media Briefing 2016 (TMB16), informing about their current and upcoming technology solutions. Dirk Hoke, CEO Airbus DS, informed the TMB16 audience: “We have to become more agile, more faster, increasing the speed of our business, learning to integrate start-up ideas. We are looking at how via technology we can grow our business again. We have to look at our traditional business, military aircraft, to increase the speed of our business. We expect to grow faster than the market."

Jean Pierre Talamoni, Head of Sales & Marketing, Airbus DS, in a presentation during Airbus DS’ TMB16, stated that, “our DNA is CSI (Customers, Services, and Innovation).” Customers as in, “if we have them we will keep them,” Services as in Intemacy with customers, and Innovation as in following the speed of technology.

Giving an outlook of military aircraft in the defence procurement market, Talamoni explained that, “up until 2020 we have a huge part coming from the US, but no growth.” A large part is coming coming from the ASPAC (6%), Europe, without France, Germany, the UK, and Spain (2%), who make up their own market growth-share (1%), and the Middle East (3%) and Latin America (2%). In Airbus DS’ view of the defence market, 25% of procurement budgets are dedicated to aircraft and 21% to space systems, C4I, missiles, and UAVs, in the timeframe 2016-25.

2/3 of these opportunities are in Asia and the Middle East, according to the industry expert, seeing the competition globally. In the next 10 years, military opportunities include approx. 150 heavy transport aircraft, 85 tanker aircraft, 750 combat aiircraft, and 350 mission aircraft. “The more competition we will get, the more we will have to fight for new markets,” he said, stating Russia, Japan, and Embraer as up-and-coming competition. Also, with an already existing surplus of C-130s, he boasted, “the A400M will kill the C-130,” creating a larger surplus of C-130s in the future, thereby creating more competition.

Concerning India and its “Make in India” mantra, Talamoni wants fair participation: “We cannot go faster than the music. What is missing in India is to show that this vision is not only marketing, but a line for the next 40 years.”

We have an aircraft that is perfectly suited for today’s crises, able to land everywhere,” Talamoni told the press, talking about the A400M. The aircraft is currently in operational use with French Forces in Burkina Faso/Chad/Mali/Mauritania/Niger in Operation Barkhane; the RAF in Operation Shader, supporting TORNADO and Eurofighter TYPHOON over Iraq and Syria; in Operation Chammal, supporting French MIRAGE 2000s over Iraq and Syria; supporting German TORNADOs and Turkish fighters since 2015; and more.

The A330MRTT is in operations with Australia, France, Korea (ROK), Saudi Arabia, Singapore, the UAE and the UK. 2015 saw a repeat order of +2a/C by Australia, a 2nd tranche of +8 a/c by France, and the new order of four aircraft by the ROK.  According to Talamoni, Airbus MRTT has captured 85% of the global tanker market, excluding the US market, with many more to come, including India. “Soon we will launch good news about Poland, Luxemburg, and the Netherlands,” he said. 27 MRTTs have so far been sold to different customers. Continuing with the C295, Talamoni informed that 168 aircraft have so far been sold to 23 countries with 11 repeat orders.

According to the head of sales and marketing, the C295 Medium Transport Aircraft is one of the most versatile aircraft on the market. In terms of future R&D, he stated that helicopter refuelling; AGS, AEW, SIGINT; and Water Bombing will be in service soon. Also, a big competition is coming up in Canada.

Canada is very important to Airbus, not just as a sale of an MPA, but in service support of the fleet for a very long time. “We are confident that we will wind, as the C295 is the only proven aircraft that has proven complete mission systems on board for Canada’s SAR requirement,” Fernando Ciria Head of Marketing, Tactical Airlifters, and ISR, explained. The C295 MPA has the capacity to detect and track small targets and the capacity to drop large rescue packages, while having great endurance. This includes to human movement and drug trafficking. In terms of a border surveillance capacity, the C295 provides high resolution SAR/GMTI radar, EO/IR and target designation turret, ESM/ELINT, COMINT, wide band video link, and the FITS tactical system.

The air-to-air Refuelling (AAR) refuelling kit for the C-295 was extensively tested by Airbus DS with dry contact scheduled in July and helictopter AAR with an H-225M by November 2016. A video shown during Airbus DS Head of Engineering Miquel Angel Morell’s presentation during TMB16 depicted no proximity nor stability issues issues between the helicopter and the tanker aircraft. The next step according to Morell will be industrialisation.

On A400M helicopter AAR, currently a large topic with many air forces, is currently in R&D, the main problem being proximity between the two aircraft. The A400M AAR R&D programme consists of two phases Advances Simulation &Training and Wind Tunnel Tests. has been launched with the main goal was simulation and wind tunnel tests. The next step is to physically refuel a helictoper by the end of this year. According to the head of engineering, “following successfull completion of the R&D programme, a Flight Test Prgroamme will follow to fully validate the results of previous phases. The target is to proceed with proximity testing before end of 2016.”

Why not use the tanker for more things, was a question asked by Miquel Angel Morell, Head of Engineering. “It can be used as a tanker, and other applictation, why not LINK16 extension,” he asked. “You can transmit all the excisting datalink information to a ground control station immediatly via SATCOM, acting as LINK16 data relay to make local LINK16 information accessible to the C3I network.”

There are two main options to implement Joint Range Extension (JRE) capability to the MRTT:Tx/Rx of Link16 messages through an IP SATCOM (JREAP-C), e.g. Inmarsat4/Skynet; or Tx/Rx of Link16 messages through UHF DAMA radio (JRAP-A). Interested customers include Australia and France, with the latter also involved in the next step: Integration in one MRTT fitted with wideband SATCOM.

The C295 has been the workhorse for Airbus DS. It has been flying for 25 years and is still flying. Botwana have just renewed their fleet, on-going deliveries include 24 to Egypt (with 21 delivered, having repeatedly ordered the aircraft in five batches; with deliveres to be finished this year), and one to Mali (to be delivered this year).

A strong focus on Africa is due to the very old fleets on the continent with the C295 being the perfect tactical airlifter, according to the Head of Marketing, Tactical Airlifters, and ISR. “The African environment is very hard to operate in, but the new C295W with winglets and an enhanced performance engine mode provides larger payload from hot and high airfields (7.85t at 50nm) and longer range and fuel savings. Egypt created a new fleet model, the Medium Size Airlifter, for conducting missions, previously allocated to the C-130H," according to Ciria.

The C295 is a proven solution for maritime patrol, bringing high manoeuverability and excellent low-level flying qualities. It provides a proven mission system with a renewed Fully Integrated Tactical System (FITS) and advanced sensors for target aquisition and classification.

Africa requires CSAR operations with the refuelling capacity for helos (C295 AAR with a roll-on roll-off system). The C295 has the capacity to detect and track small targets (human movement, drug trafficking) and the capacity to drop large rescue packages, while having great endurance. The aircraft’s Border Surveillance capacity include High resolution SAR/GMTI radar, EO/IR and target designation turret, ESM/ELINT, COMINT, wide band video link, and FITS.

According to Ciria, Gunship work still being customised with a customer, and New Zealand has just opened discussions (future airlifter + future MPA), where Airbus DS can create important .

Talamoni informed that, “despite the capability of the Eurofighter TYPHOON, today we are facing serious competition in Europe with the F-35. EUROFIGHTER is the plane that should protect Europe in the future. We will lose engineering capabilities here, with technology going as fast as it does.” With Oman deliveries starting 2017; Kuwait ordering 28 aircraft, other countries targeted include Belgium, Finnland, Poland (even though they are overburdend within too many things: Air defence, helicopters, F-16 replacement, according to Talamoni), and “nordic nations will have to replace their fleets...it is time we are engaging this game on a European level.”

We have to play our chances in the ASPAC with a maximum of strength. It is not the quality of the aircraft and its operational capabilities that makes the difference, it is politics,” he concluded.

Airbus DS Unveils A330 MRTT Full Flight Simulator

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Stefan A. Miegel, Head of Airbus Defence & Space (DS) Military Aircraft Services, at the annual Trade Media Briefing 2016 (TMB16), unveiled Airbus DS’ decision to invest in a new A330 MRTT Full Flight Simulator (FFS) on top of an existing Air Refuelling Operator Simulator (ARO). The simulator will be manufactured by INDRA, and will be located in the already existing International Training Centre in Seville. Airbus will be advising Indra and market the FFS.

More on this soon.

Continuous Improvement on the Eurofighter TYPHOON

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599 Eurofighter TYPHOONs are on on order with 478 aircraft delivered; out of these 47 were delivered to five customers in the last 12 months. “We have been investing a lot to have the airframe fully up to speed,” Alberto Gutierrez, Head of Airbus Defence & Space (DS) Eurofighter Programme, in a presentation during the annual Trade Media Briefing 2016 (TMB16), said. P4E enhancements include DASS, low band extension, enhanced jamming, passive geolocation, enhanced weapon integration, and additional stores and weapons. “We are expecting to run MLU in 2025,” he informed.

Eurofighter TYPHOON has been proven in action, with the last 12 months involving Red Flag exercises, Baltic Air Policing, and in operation with the RAF over Syria/Iraq, and over Yemen with the Royal Saudi Arabian Air Force. “Feedback from operation makes me extremely proud,” the head of Eurofighter programme boasted.

Continuous improvement on the aircraft is currently ongoing with several user nations contracts signed, e.g. a 5-year extension for logistic and engineering support services from 2017 onwards with the four core nations. Also, new customers are looking at aircraft deliveries by 2019, which is possible, according to the industry expert.

The latest contract was signed with Kuwait for 22 single seat and six twin seat Eurofighter TYPHOONs on 5 April. Kuwait has become the eighth customer. On export opportunities, Gutierrez told the audience that Malaysia under the lead of BAE Systems and the UK government has no news at the moment, while in Indonesia, “we believe we have a good offer to re-vitaliseIndonesianindustry."

In the Gulf, we hope for new orders from existing customers, and are very interested in getting into Qatar,” he continued. “In Europe we believe we are a perfect candidate as a F-16 replacement. We are currently contesting the Danish desicion, and are awaiting the response. Finland has to replace F-18, as well as fighter-replacements in Belgium, and Poland. Switzerland also has to replace their old fighter fleet, and we believe we have to keep going in Europe. On top of that, Eurofighter TYPHOON is the best aircraft for Canadian government demands, and in terms of pricing and quality we are an excellent match. We are ready, we are keen to be involved with either Germany and Spain as the lead nation.”

On the topic of the German Air Force’s (Luftwaffe) Future Combat Air System (FCAS), Gutierrez said: “They want us to investigate a TORNADO replacement, complimentary to the Eurofighter TYPHOON. Man-Unmanned Teaming is one of the technologies involved. We believe it will be a non-manned aircraft that carries bombs, being controlled by a manned aircraft (a two pilot aircraft). We are currently working with the Luftwaffe, seeing that it will not be a starting from scratch aircraft, as it will not be inexpensive

On the topic of the E-Scan radar, the commitment by Kuwait, Germany, and Spain is already there, while the Italian Air Force is considering it. Upon contract signatures, the radar could be fielded by 2018, and Gutierrez expects production to begin 2017, with Kuwait possibly being the first customer.


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