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Power at DSEI 2015

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Lincad, a leader in the design and manufacture of specialist batteries, chargers and power management systems for the military will be displaying their latest products on stand S4 - 430, where visitors can see demonstrations of its enhanced, multi-chemistry CARAVEL Mk2 Charger and the all-purpose, lightweight Power Scavenger which comes with USB connectivity for ultimate flexibility of use in the field. This mobile power management device charges different battery types from any DC input, such as solar panels, a vehicle or other batteries.

Lincad provides bespoke solutions for any application that requires battery power, no matter how big or small that application may be. The company has grown to become leaders in battery technology and design, with proven expertise in providing power for critical applications. Lincad works closely with customers to ensure that they receive the optimum solution for their system requirements, as well as the high quality service that they would expect from a recognised British supplier.

The core business of Lincad is the supply of batteries, chargers and intelligent power management systems for military applications. Its main customers are the UK Ministry of Defence (MOD), UK Defence Primes and Strategic Military and Defence Partners. More recently, Lincad has been involved in developing new battery, charger and power management technologies for specialist applications across a range of different sectors.

For more information please see MILITARY TECHNOLOGY #09/2015 (Lincad-feature in the issue), available at the show on booth #S2 165; and frequently check back for more NEWS FROM THE FLOOR. 

IBD to Protect Kongsberg Weapon Stations

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IBD Deisenroth Engineering has been selected to equip Kongsberg's weapon stations with advanced light weight protection for actual and future scenarios. Both companies intend to proceed with additional activities to further enhance the superior capabilities of the weapon stations.

The modular design of the survivability concepts allows an easy adaptation of the weapon stations to the specific protection needs defined by the customer. As a result the weight can be kept to a system compatible minimum and the dynamic performance of the weapon stations is maintained.

We see large potential in working together with one of the worldwide leading manufacturers of advanced weapon stations,” stated Gero Voss, CEO of IBD.

IBD Deisenroth Engineering is a private company base in Lohmar, Germany providing the complete range of survivability technologies with the IBD PROTech® product family.

DSEi 2015: Setting Standards, Becoming Excellence - Fr. Lürssen’s Role in Addressing Global Needs

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Around the world, naval fleets have turned to Fr. Lürssen Werft in Germany to help them meet their demanding requirements in monitoring and securing the world’s oceans.

The patrol vessel KDB “Darulaman” (08), third-in-the class of four 80m OPVs Fr. Lürssen Werft built for the Royal Brunei Navy, is seen here entering Sydney Harbour as part of the warship fleet at the Royal Australian Navy International Fleet Review 2013. Note Terma’s SCANTER 4100 2D surface/air search radar, THALES Nederland’s STING EO Mk2 fire control radar, and BAE Systems Bofors’ 57mm gun mounted on the foredeck ready for action at a moment’s notice. (Photo: Royal Australian Navy)

Naval Shipbuilding at its Best

Fr. Lürssen Werft designs and builds a wide range of naval vessels – fast patrol boats, Offshore Patrol Vessels (OPVs) and frigate-sized combatants. Providing high-performance, high-reliability platforms is the philosophy the shipyard developed over decades. The design found in products like the PV 80 or PV 85 patrol ships is able to cope with the growing demand for multimission-capable surface assets capable of supporting the agile development of defence capabilities. This is mainly in response to rapidly changing operational requirements as can be found across the whole of Southeast Asia. When the PV 80 design was down-selected by the Government of the Sultanate of Brunei, it was expected that the platform will replace some of the Royal Brunei Navy’s older assets, and successfully compete with other designs like the three “Nakhoda Ragam” class corvettes originally built for Brunei. At the end, the Sultanate rejected the delivery of the latter, stating that the newly selected PV 80 design will be able to better cope with completely new challenges, e.g. developing strategic partnerships with other Navies in the region and cooperating in the combat of smuggling and terrorism.

Fr. Lürssen Werft delivered them – in two batches – in 2011 and 2014. Now in full-scale deployments, the vessels are described as a “completely new capability” of the Royal Brunei Navy. The shipyard has a long history of involvement, at various levels, in shipbuilding projects of other Navies and law enforcement agencies in Southeast Asia. This ranges from the supply of complete vessels, design, construction documents, know-how, and technology transfer to logistics and through-life support. This scheme also includes the supply of material packages, training, and cooperation with local shipbuilders.

The portfolio of OPVs, fast patrol boats, and minehunter designs Fr. Lürssen Werft showcases at DSEi 2015 in London is not surprising. The shipyard is described by many observers as a well-proven, traditional partner of a number of the world’s naval fleets, including the Turkish Naval Force and the German Navy.

Exemplifying Turkey as one of the shipbuilder’s main customers, it had received a total of seven contracts; six of which called for the local construction and delivery of 10 “Doğan” class missile Fast Attack Craft or FAC (Lürssen FPB57 design), three “Kiliç” class (Lürssen FPB57-052 B) missile FAC, and six “Tufan” class (Lürssen FPB 57-052 Mod) fast patrol boats. The latter is also known as the KILIÇ-II programme which included the licence-production of five units at Istanbul Naval Shipyard.

The German Navy’s new flagship, the 7,300 tons (full displacement) Type F125 frigate “Baden-Württemberg” (F 222), is to prove to the world’s naval community their inherent expertise in naval shipbuilding Fr. Lürssen has developed over the past decades. German Navy officials said at the christening ceremony of her sister ship, “Nordrhein-Westfalen” (F 223), in Hamburg on 16 April 2015 that the shipbuilding expertise found in this new class of surface warships marks another major milestone towards the strategic partnership between Fr. Lürssen Werft and the German customer. Fr. Lürssen Werft, part of the ARGE F125 consortium, not only delivered a new ship but also a vision of what quality and performance can mean in today’s naval shipbuilding.

Today, a little over a third of the shipbuilder’s workload is still for the German Navy, however. But this reputation forms the company’s ‘key’ for addressing worldwide demands for sophisticated surface ships.

Reaching New Heights

Founded by Friedrich Lürßen in 1875, the shipyard achieved a number of major milestone throughout its history, mainly in commercial shipbuilding: building the first motorboat in 1886; designing record-breaking speedboats shortly before WWI (upon which Fr. Lürssen earned a reputation for performance); delivery of the first large yacht “Oheka II” in 1927 (that set the standards for large yachts); manufacturing of racing and pleasure boats in the 1920s and 1930s; launching of the first superyacht in 1971 (which is now seen as a precursor of the modern Lürssen yachts). The Lürßen family continues to be dedicated to the defining principle of “leading in quality and performance”. The founding philosophy is purely the ‘blueprint’ for how Fr. Lürssen Werft is recognised today on a worldwide scale. “We always try to be at the forefront of technology, methods of production, and quality”, said the company.

Spanning a history of 140 years, no other shipbuilder in the world owns this magnificent heritage. Also a technology leader in integrated logistics support (including system documentation, spare part management and supply, and repair, refits, and upgrades) and consultancy, Fr. Lürssen, which now has several manufacturing locations across northern Germany, is always eager to be at least two steps ahead of others, offering best practice to its commercial and military customers.

Building a Strong Presence Abroad

It cannot be ignored that ‘globalisation’ plays a key role in Fr. Lürssen’s vision to address new markets. Because they are forever-changing places, Fr. Lürssen’s leadership knows that it will have to adapt to the ever-changing requirements of naval fleets, Coast Guards, and law enforcement organisations in the future. In recognition of the increased shipbuilding needs and procurement activities across Asia, the MENA (Middle East and North Africa) region, and in parts of the African continent, Fr. Lürssen Werft has decided to step up their presence with the setting up of Lürssen Marine Technology Pte. Ltd. (LMT) in Singapore. The organisation now serves customers in these regions. Fr. Lürssen also established an experienced design team under the name of Lürssen Design Centre Asia Sdn. Bhd. (LDCA). Both these organisations will aim to meet the demand for paramilitary and law enforcement vessels to be built in Asia. This trend also goes in line with the development of new patrol craft designs like the Interceptor FIB 25 design. It can be more effectively deployed for surveillance, interdiction, patrol, and policing duties in coastal and territorial waters than larger and more costly frigate-sized combatants.

For the MENA region in particular, Brigadier Dr. (Eng) Thani A. Al-Kuwari, Assistant Chief of Staff for Financial Affairs, Qatar Armed Forces, expects a strong growth of the naval market, with the regional new-construction ship market valued at US$45Bn. This is led by Saudi Arabia, Egypt, Libya, and the United Arab Emirates (UAE). All of these countries have important shipbuilding plans on the table.

A premier example in Asia, Brunei, certainly mirrors the region’s ‘fast run’ for new-build platforms that display inherently improved performance and multimission characteristics. With the induction of four 80m vessels of the PV 80 design, the Royal Brunei Navy can now position itself as a capable force, fulfilling its steadily increasing obligations in the Sultanate’s coastal waters. Adding to the capability of the four “Ijtihad” class (Type FPB 41) patrol boats also built by Fr. Lürssen Werft, and delivered to the service in 2009 and 2010, they considerably enhanced its operational capabilities, and provide the fleet with a significant enforcement capacity.

Brunei’s Defence White Paper of 2011 cited the importance of securing the nation’s part of the South China Sea. The “Darussalam” class OPVs form exactly that part of a more capable force, which is needed to defend Brunei’s souvereignty and territorial integrity. The Royal Brunei Navy’s Chief, First Admiral Halim, stated in an interview with our sister magazine NAVAL FORCES in 2014 that the “Darussalam” class allows the service to deploy at far greater distances, including the Philippine Sea, eastern Indian Ocean, and the South Pacific Ocean. “...their versatility was emphasised in the tragic wake of Typhoon Haiyan that struck the Philippines. We deployed two of our “Darussalam” units to provide Humanitarian Aid and Disaster Relief [HA/DR]”, the Admiral said.

The fourth PV 80 unit, KDB “Daruttaqwa” (09), recently visited Singapore and participated in the biannual IMDEX Asia 2015 maritime defence exhibition. The 80m long patrol ship was received on 13 May 2014. Like her three PV 80 sisters, she was ordered by the Government of Brunei after rejecting the initial three “Nakhoda Ragam” class corvettes built by BAE Systems.

Strategic Issues Influence Naval Ship Offerings

Strategic aspects face the whole of Southeast Asia. They become an issue for shipbuilders like Fr. Lürssen Werft in their efforts to promote mission-oriented surface ship designs. Innovations in naval ship design and construction will arguably help certain customers outline their naval doctrine.

According to Admiral Halim, no maritime sector is currently attracting as much attention as Maritime Situational Awareness (MSA) and Maritime Security, requiring “new ships and capabilities to defend against the spectrum of new threats”. According to Brunei’s Defence White Paper, the new assets received by the Sultanate’s Navy are also capable of monitoring much larger powers, like China or India, acting in hydrocarbon-rich areas close to Brunei’s territorial waters. The White Paper re-affirmed that the main function of the Government was to defend the country, although it stated that the threats were no longer conventional but less traditional security problems like smuggling or terrorism.

All the nations in the region have strong motivations to invest in MSA and Maritime Security capabilities. This scheme also includes countries like Papua New Guinea and the Philippines, both of which do have a stronger commitment to MSA in littoral or coastal waters in the near future. Also, developing strong strategic partnerships with other naval forces in the region will be indispensable to combat smuggling, terrorism, and other illegal activities in parts of the South China Sea and Philippine Sea. For the small and slowly developing Navy of Papua New Guinea in particular, this means that achieving military presence in its littoral and EEZ waters not only requires the ability to fill in existing capability gaps (e.g. maritime surveillance), but also a high degree of interoperability with multinational force components. Therefore, analysts predict an increasing demand for small, agile, and multimission-capable surface assets in both these countries. It is important to note that Papua New Guinea is presently lacking any viable surface force for protecting its marine resources – hydrocarbons, minerals, wildlife. Territorial waters off Papua New Guinea are believed to host huge oil and gas resources, as well as base, precious, and strategic metals intimately associated with high-grade Seafloor Massive Sulfide (SMS) systems. They are in need of a certain level of protection.
Stefan Nitschke

Kuwait Opts for 28 Eurofighter TYPHOONs

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The Eurofighter Consortium today welcomes the State of Kuwait as a new member of the Eurofighter community.

This new international success follows an order from the Sultanate of Oman for 12 aircraft in December 2012 and it is a further evidence of growing interest in the Eurofighter Typhoon across the globe and in the Gulf Region in particular with the Kingdom of Saudi Arabia and the Sultanate of Oman who have already ordered this combat aircraft.

On behalf of the  consortium and its Eurofighter Partner Companies (EPC) the CEO of Eurofighter, Alberto Gutierrez, said: "This new agreement is the confirmation of the superiority of the Eurofighter over its competitors and will provide a great  opportunity for further Eurofighter orders. We are delighted to welcome Kuwait as the newest member of our Eurofighter Typhoon family. The Eurofighter is already proven and trusted by six nations to perform in all operational environments."

With Kuwait, the Eurofighter Typhoon confirms its role as Europe's largest military collaborative programme with a total of 599 aircraft committed. It provides leading-edge technologies and strengthens Europe's defence industry in international competition. More than 100,000 jobs in 400 supplier companies are involved in this four-nation programme and deliver significant contributions.

Since entry into service of the first Eurofighter Typhoon at the end of 2003, 444 aircraft have been delivered to six nations: Germany, the United Kingdom, Italy, Spain, Austria and Saudi Arabia. In December 2012, Oman became the seventh customer and ordered a total of twelve aircraft. Eurofighter Typhoon is currently in service at 22 operational units and up to now, the whole fleet has completed more than 300,000 flying hours worldwide.

DSEI 2015: Turret Drive Servo System (TDSS) brings cost-effective, scalable building block approach to Ground Vehicles

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Curtiss-Wright Defense Solutions introduces an innovative upgradeable Turret Aiming and Stabilization Drive system designed to deliver scalable functionality and power adaptability to ground vehicle designers and turret manufacturers, at Stand S9-231. The Turret Drive Servo System (TDSS) is designed and manufactured by Defense Solutions' Drive Technology business unit in Neuhausen am Rheinfall, Switzerland. TDSS enables system integrators to select the exact aiming and stabilization solution that their platform requires - from a manually operated drive all the way up to a highly sophisticated, stabilized drive system - while streamlining enhancements and/or system modification for use on a different platform. The TDSS approach is significantly more cost-effective and flexible than traditional bespoke aiming and stabilization system alternatives. TDSS is designed to make it easy for system integrators to configure only the system that they require now, while adding increasing levels of stabilization as their mission evolves. TDSS system components can be easily adapted for use on different ground vehicle turrets to meet dynamic program requirements including performance and precision.

"The new TDSS delivers unmatched target location accuracy and turret stabilization, while providing system integrators with an unprecedented level of freedom to define and deploy the exact solution they require, when they require it, with the ability to upgrade and add stabilization functionality as system requirements change," said Lynn Bamford, Senior Vice President and General Manager, Defense Solutions division. "What's more, because TDSS uses standard system configurations, it speeds system development and enables programs to reach demonstration and production phases more rapidly.  The use of preconfigured TDSS system components also reduces the time and costs associated with the requirements definition process."

ATLAS ELEKTRONIK to showcase its latest innovations at DSEI in London

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The ATLAS ELEKTRONIK Group will be showcasing its products and technologies at the De- fence Security and Equipment International (DSEI) in London, taking place from September 15 to 18, 2015. The main focus of its presentation will be on innovative products and technologies in the fields of submarine systems, surface combatant systems, unmanned vehicles, torpedo technology, and systems for coastal and harbour protection.

The following “Innovations by ATLAS” will be displayed:

EXPANDED FLANK ARRAY SONAR (EFAS):
In a sonar concept study, ATLAS ELEKTRONIK was asked to define, specify, design and de- velop a new array configuration for the then latest boats of the German Navy (U212A, 2nd Batch). Questions of a fundamental nature, such as the influence of the flow-induced noise on a flank array of expanded area, called the Expanded Flank Array, were clarified theoretically by simulation and also empirically through trials and measurements. Trials with the test body ‘Flame’ showed that the array to be developed should be fitted with a sonar dome for en- hanced performance. This is one of the unique features of the EFAS array in comparison to competing systems, which do not have a sonar dome.
The subsequent development work was carried out in close collaboration with ThyssenKrupp Marine Systems. Through the comprehensive use of numerical simulation methods, ATLAS broke new ground in order to obtain the optimum solution for the partly conflicting requirements regarding the acoustics, the flow properties and the strength, especially in view of the very high shock requirements. The development yielded a solution that was able to demonstrate considerable gains in per- formance for the EFAS at sea with the U-35 of the German Navy. The range of this new type of flank array can extend up to 100 kilometres for surface targets, such as merchant ships, and typically is a factor of two or three times more than the values achieved with the precursor ar- ray.

ATLAS DATA LINK SYSTEM (ADLiS):
The effectiveness of tactical data links is one of the strategic success factors in networked and joint operations. The prime challenge is to give all participating units full information to meet both the tactical situation and the requirements in near real-time for a common operational picture. The innovative ATLAS Data Link System ADLiS offers a degree of interoperability that is unprecedented in the market: coverage of all NATO Link channels (11, 16 and 22), provision of the new Link A for non-NATO units, as well as the unique ability to allow data exchange between all channels. ADLiS means boundless tactical communication in near real-time.

MODULAR UNMANNED SYSTEMS – ARCIMS and SeaCat:
By integrating products across the ATLAS Group, a highly effective mine warfare mission sys- tem has been developed. With its large and flexible payload bay, the ARCIMS unmanned sur- face vehicle (USV) is augmented by the advanced ATLAS SeaCat autonomous underwater vehicle (AUV) to allow autonomous mine-hunting missions. ARCIMS’ AUV launch and recovery system allows the AUV to be launched over the stern for concealed mine-hunting operations. For example, in an over-the-horizon or covert mine- hunting mission, the USV launches the AUV, which then carries out its mine warfare mission by surveying the seabed using on-board sonar. By surfacing temporarily during the mission, the UUV transmits sonar data back to the Command Centre via the USV acting as a relay sta- tion. The USV can recover the AUV automatically through a nose-mounted capture device, thus efficiently retrieving the vehicle for the next mission.

The ARCIMS USV can be seen in live performances at East of Royal Victoria Dock, ExCel on:
Tuesday, Wednesday and Thursday at 12.00pm and 3.30pm
Friday, 11.30am and 2.30pm

HEAVYWEIGHT TORPEDO SeaHake mod4 Extended Range:
With a maximum range repeatedly having been demonstrated to extend beyond 80 nautical miles, the SeaHake® mod4 Extended Range (ER) sets a new benchmark for heavyweight torpedo operations that unlocks new tactical and operational capabilities. While retaining all tactical capabilities of the original SeaHake mod4, the new ER version fully exploits the combat battery and propulsion system to achieve the world’s longest range for heavyweight torpedoes, outperforming its competitors by a factor of two to three. To permit communication between the torpedo and firing unit, a new high-precision navigation and com- munication section provides a satellite communication and navigation capability throughout the operational cycle. This unique performance provides significant new operational and tactical capabilities, such as launching the torpedo from land for coastal defence, surface ship launching from long range, and torpedo operations using third-party targeting (TPT) into extreme littoral environments. For land-launching, an innovative mobile launching system for the SeaHake mod4 ER forms the basis of a robust and effective anti-access/area denial (A2-AD) coastal defence system. The large-area coverage of the system, utilizing the torpedo range of more than 80 nautical miles, combines with the low-cost readiness and operation to offer unparalleled efficiency in coastal A2-AD against surface and subsurface targets. High-value installations and sea lines of communication (SLOC) chokepoints can be covered 24/365 with instantly ready and mobile effectors.

ATLAS SECURITY FOR COASTAL AREAS (ASCA)
The new ATLAS protection system ASCA considers the specific requirements of the diverse application environments through its extremely scalable and modular architecture. Thanks to the versatile configuration possibilities with underwater and surface sensors, an optimum situa- tion picture can be generated for any local and regional need. Starting with the protection of port terminals or refineries and expandable up to the full surveil- lance of entire coastal regions and the wide-ranging exclusive economic zones (EEZs) extend- ing out to 200 nautical miles, ASCA is able to cover all the necessary tactical, operational and strategic missions. Depending on the needs of the customer, all products of ATLAS ELEKTRONIK can be inte- grated into the flexible system architecture together with third-party units.

German Defence Technology at DSEI 2015

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On 15-18 September, 26 leading companies of the German security and defence industry showcase their high-tech products on the German Pavilion at DSEI in London.

One of the highlights is the visit of the German corvette LUDWIGSHAFEN AM RHEIN (K 130), which was put into service only two years ago, and therefore ranks among the most advanced vessels of its kind. Not only latest trends, but also particularly successful field-tested products and systems are showcased under the banner of German Defence Technology.

High-ranking representatives of the German MoD announced their visit to the German pavilion, which thereby receives a visible political support of the Federal government for this corporate display of industries. Once again, the German pavilion is under the patronage of the German Defence Industry Group (GWM e.V.).

This focussed display of performance capabilities clearly represents the broad range of German technological expertise and engineering on a national stage like DSEI. Highest product quality and economic viability, as well as reliable after-sales service are principal elements for the increasing competitiveness of German industries on an international level. These outstanding skills and traits set optimal preconditions for European and international cooperation.

The corporate display on exhibitions, specifically SMEs, benefit from this corporate display on exhibitions by demonstrating their product portfolio in the context of a mutual concept. German SMEs account for more than half of the added value in the German security and defence industry and are therefore an essential and indispensable pillar of this industrial sector.

The exhibitions core area encompasses defence technology for land forces, naval systems and equipment, aerospace systems, as well as:

  • C4ISR,
  • Weapons, ammunition, guided missiles,
  • Armoured and unarmoured vehicles,
  • Aerial defence,
  • Unmanned vehicles,
  • Sensor technology, and
  • Equipment components.

DSEI 2015: Revision Showcases Innovation on All Levels

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 Revision showcases the "New UK Head Protection System:" The COBRA PLUS Head Protection System at booth #S9-430, alongside SAWFLY and WOLFSPIDER Ballistic Eyewear and Nerv Centr Mobile Power Systems.

In February 2014, Revision expanded its capabilities by adding Energy Storage and Power Management to its roster of integrated optics and armour technologies. Advanced, electronic battlefield equipment comes with the challenge of sustaining power, ideally without the weight, complexity and waste that numerous types of batteries present for troops. Similarly, the efficient use of power, scalability, and modularity can be extended beyond individual soldier use providing new larger format power capabilities for vehicles, UAV’s, submersibles and other platforms where maximum power with minimum signature is required.

The opportunity for an integrated energy system that provides flexible storage and power management that can be easily adapted to a wide range of mission scenarios is extensive,” said Jonathan Blanshay, CEO of Revision. “We are pleased to add power management – the ability to store, deliver, harvest, and share energy to our roster of technologies in support of fully integrating electronic equipment while lessening the battery burden on soldiers.”

After acquiring this technology and engineering talent last February, we are excited to be debuting the first two Nerv CENTR rechargeable products that will power many of the electronic devices used by soldiers in theatre and remove the need for continual replacement and disposal of non-reusable batteries,” Richard Coomber, Vice President, Integrated Systems explained. “The ability of these products to indicate remaining system energy and to be recharged easily not only allows peace of mind in knowing that the needed power is available, but also lessens the need to carry multiple replacement batteries. The SharePack System, in particular, offers an innovative energy storage solution by integrating flexible and scalable power provision and management capabilities into a conformal man-worn unit.”

The intelligently designed SHAREPACK can store, deliver, harvest and share power. Offering flexibility, upgradable software, the system can be adapted to charge or provide power to a broad range of electronic devices and can be recharged quickly by equipment such as a solar blanket, vehicle outputs or energy harvested from the operational environment. Combining multiple SHAREPACKS creates a larger energy reserve to support power-hungry ground equipment. The multi-functional LCD display provides a comprehensive set of information including system wide real-time data on the available power.

The Nerv CENTR SOLOPACK is a low-profile, rechargeable lithium ion battery that packs the energy needed for a 12-hour mission. Weighing approximately a pound, the battery is small enough to fit into a magazine pouch or its own compatible carrying case. The rugged SOLOPACK is designed to plug-and-play, offering a high power density to power currently fielded equipment while reducing the weight burden of carrying spare batteries.
The newest initiative is for Revision Power and Electronics is to provide vehicular silent watch power management solutions.

Revision SharePack LCD Screen (Photo: Revision)

Revision develops and delivers purpose-built protective soldier equipment for military use worldwide. The company, which began with eyewear, has expanded to face, head and torso protection as well as energy storage and power management products, continues to develop innovative capabilities for integrated, performance-enhancing soldier systems.  To that end, Revision brings together the most advanced expertise, state-of-the-art facilities and finest technical minds. Privately owned and ISO 9001:2008 certified, Revision’s operational headquarters is located in Essex Junction, Vermont, USA, with additional offices in Luxembourg, Canada, and the UK.

For more information please see MILITARY TECHNOLOGY #09/2015, available at the show on booth #S2 165; and frequently check back for more NEWS FROM THE FLOOR. 

DSEI 2015: Saab Receives US Order For AT4CS RS Systems

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Saab has received an order from the US Army for the shoulder-launched AT4CS RS (reduced sensitivity) anti-armour weapon system. Deliveries will take place during 2016.

The AT4CS RS is a disposable, preloaded weapon with a specially developed, unique shaped-charge warhead that delivers outstanding behind-armour-effects inside the target. Thanks to this new warhead the AT4CS RS also has improved insensitive munition (IM) characteristics.

"This is another great milestone for Saab and the AT4 system. This new order demonstrates the continued belief by the customer in the capabilities and versatility of our product, as well as its future potential. Together with the major December 2014 order from the French armed forces, this order emphasises that Saab is the leading supplier in the shoulder-launched product segment,"Görgen Johansson, head of Saab Business Area Dynamics said.

The AT4 is one of the most successful anti-armour weapons ever developed. Great flexibility means it is not limited to combating tanks and heavy combat vehicles; it is equally effective against landing craft, aircraft and helicopters, as well as armoured vehicles. It can also be employed to protect fixed installations, supply points and other vital assets. The product range includes AT4 HEAT (high explosive anti-tank), confined space (CS) and anti-structure tandem (CS AST) variants. In 2014, new versions of the weapon were introduced to the market. These new variants are part of the proven AT4CS family and build upon Saab's modular 84-mm product range including the Carl-Gustaf multi-purpose reloadable weapon system and the AT4 family of disposable weapons. The new AT4 variants - the AT4CS ER (extended range) and AT4CS HE (high explosive) -- provide multi-purpose, direct fire support with confined space capabilities.

DSEI 2015: Estonian Hybrid Multi-Mission Tracked Unmanned Vehicle Unveiled

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Estonian defense company Milrem unveiled the prototype of what they call the first hybrid unmanned multi-mission tracked vehicle in the world at this year’s leading defense and security event DSEI, which will be held in London, UK, from 15-18 September.

Milrem's unmanned multi-mission tracked vehicle prototype. 

The unmanned vehicle developed by Milrem is intended to assist or take the place of humans in life-threatening situations such as war, crisis situations, high risk working environments as well as places that are difficult to access. Compared to other UGV platforms, according to the company, the innovation behind Milrem’s UGV lies in the track system where all the necessary components are placed inside the track system, leaving the middle platform free for different applications. This enables using the platform for multi-mission superstructures.

Weighing only 750kg with a payload of 500kg, the UGV can be used as a remote weapon station, remote observation and sensor vehicle, transport platform for the wounded and many other functions that can pass through any terrain imaginable, be it snow, sand or swamp. The vehicle will be developed to be operated remotely or autonomously.

Most of the unmanned solutions created so far are intended to perform one specific task, i.e. small bomb robots," Kuldar Vaarsi, CEO of Milrem, said. "The UGV concept that Milrem has developed is universal and will effectively supplement defence capabilities on a battalion level. Unmanned ground vehicles will be a big part of the modernization of military capabilities in the next 5 to 10 years.”

The UGV has been developed in cooperation with the Estonian Ministry of Defense and the Estonian Defence Forces. Milrem is also cooperating with different universities and companies in Estonia, Latvia and Lithuania, including Tallinn University of Technology, University of Tartu, Estonian National Defense College and Lithuanian Center for Physical Sciences and Technology. Milrem is a member of the Estonian Defense Industry Association

DSEI 2015: New PNR and ANR Headsets

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The MESIT Prístroje Company takes advantage of its experience with intercom systems for the implementation of personal headsets that are designed for effective voice communication either inside or outside the combat vehicle, especially in difficult and noisy environments. Using both passive and active means they reproduce the crew’s intercom and the vehicle’s radio signals with very high noise-attenuating characteristics to reduce listening fatigue and to protect against it. This high degree of attenuation is achieved through the integration of an ANR (Active Noise Reduction) module inside each earshell and the PNR (Passive Noise Reduction) of the ambient noise that its construction provides. The MESIT prístroje Company is able to offer a large choice of variants, that can be customised in accordance with customers’ requirements, such as different PPT switches, microphones, connectors, helmets, liners, camouflage covers, also including a passive version that functions without an external power supply and an active version that offers ANR, TTC (Talk-Through Capability) and VOS (Voice Operated Switch). Evidence of the success and the exceptional qualities of the headsets is clear-cut, based on the fact that several thousand of them were marketed within a short time-period. The MESIT Prístroje Company, a member of the MESIT Group, will be exhibiting its current headset models at DSEi in London.
Source: MESIT


DSEI 2015: Steiner Introduces Two New Solutions

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Steiner’s new Intelligent Combat Sight (ICS) integrates a laser rangefinder and a ballistic calculator into a rugged and compact tactical weapons sight that greatly increases accuracy and first round hit probability for infantry soldiers and tactical operators.

The 6x40mm ICS, a true EO aiming device, provides trajectory compensation out to 800m by automatically calculating the point-of-aim based on ammunition ballistics, measured distance and angle to the target.

The scope’s internal computer and inclinometer instantly calculate perfect holdover at your exact distance and provide a bright red dot aiming solution in seconds – all at the push of a button.
Despite its sophisticated technology, the ICS is ruggedised, simple to operate and requires minimal training. It is optimised for the 7.62x51mm Battle Rifle, but can be easily configured for specific 5.56mm, 300 Blackout and .300 Win Mag cartridges.

The new P-Series binoculars are designed specifically for tactical and surveillance teams. There five models ranging from full size to compact. Each delivers bright, three-dimensional images, sharp resolution and a wide field-of-view for fast image capture, high detail and quick target appraisal. The 10x50mm, 7x50mm and 8x30mm porro prism models have a floating prism system that uses silicon lens mounts to absorb severe shock, impact and abuse without damage. The compact 10x26 and full-size 10x42 models roof prism models are light and easy to carry for maximum mobility. Their bright 10x power images are perfect for sniper/spotter teams, border surveillance, patrol car and tactical operations.

All models feature a new Gray NBR Long-Life Rubber Armoring that blends into the urban environment for better concealment. Accessories include a neck strap and carrying case.

DSEI 2015: WEW Showcases Refueling Options for Man and Machine

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Refueling man and machine is the focus for WEW’s presence on stand S4-350 at DSEi, in particular its ability to provide refuelling solutions for land vehicles, aircraft and the provision of potable, clean water for troops. WEW will also be showcasing its Full Spectrum Logistics Support concepts, whereby it offers turn-key packages of equipment and support for specific deployed fuel and water challenges.

WEW’s rapid delivery water systems leveraging the interoperability of STANAG 2413 hook-lift-equipped logistics vehicles. (Photo: WEW)

All WEW systems are purpose-designed for “Plug and Play” simplicity, most are easily transportable through any civilian or military logistics chain and many systems are air-portable. All WEW solutions provide a “Drop & Go” fuel and water capability for any deployment. This way, forces deployed on expeditionary operations can be assured of extremely rapid deployment and redeployment, even in the most forward and hostile operating areas.

Core to many of the products is the use of the DROPS or PLS (Pallet Loading Systems) hook-arm load handling systems, which provide considerable flexibility to military logistics vehicles across the world.  The hook-arm makes WEW’s fuel and water systems easily deployable and fully interoperable with other suitably-equipped NATO load-carriers through the common adoption of the STANAG 2413 convention for ISO container and flat-rack handling.

The Full Spectrum Logistics Support proposal encompasses both Contractor Logistic Support, or CLS, whereby the company ensures that its customer’s equipment is kept both up to specification and serviceable. The alternative is Contracting for Availability (CFA), where WEW owns the equipment but supplies it to the customer for deployment on operations or training on a call down basis as and when necessary.

WEW’s range of systems stretch from small 2,000l units able to be carried on a Light Protected Patrol Vehicle through 10-13,000l DROPS systems in service with 13 nations, as well as base storage and dispensing units of over 60,000l which are currently being delivered to clients in the Middle East. The fuel systems can be fitted with a variety of pumping and filtration systems depending on usage.  he water systems can have chlorination, reverse osmosis, filtration, heating/cooling and pumps, in both cases making the units truly stand-alone systems.

DSEI 2015: DREHTAINER Showcasing Comprehensive Performance Spectrum and Innovative Solutions

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DREHTAINER is presenting its comprehensive performance spectrum and innovative solutions in the field of defence technology under the motto „Protection makes the difference.“

In addition to diverse, partly protected special container solutions, the Zero Shock System is being demonstrated. In combination with the VGAM (Vehicle Global Acceleration Mitigation) system of our British partner Advanced Blast & Ballistic Systems, this protection system does not only keep the shock wave impact of mine or IED blasts off the interior of vehicles or containers but also counters their global movement.

We want to tell our guests more about DREHTAINER’s diverse tailor-made container and protective solutions and look forward to interesting conversations,” Reinhard Glombek, Managing Partner of DREHTAINER stated.

DSEI 2015: Rheinmetall Airburst Technology on Show

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On stand S7-110, Rheinmetall is showcasing various technologies in the field of delayed detonation and airburst ammunition.

(Photo: Rheinmetall)

In the infantry weapons domain, Rheinmetall offers an airburst hand grenade designed to detonate at a fixed, adjusted point in time. In the target zone, the grenade rights itself with the help of steel spring legs. An explosive charge is then vertically launched, detonating at a height of approx. 1.5-2 metres. It is already in service with the Swedish Armed Forces.

With Rheinmetall’s 40mm x 53 ABM airburst ammunition, the detonation time can be programmed. This takes place as the projectile is leaving the barrel, transmitted by infrared signal from the fire control aiming unit. The round detonates at an exactly determined distance above the target, even when behind cover. Therefore this innovative ammunition substantially enhances the combat effectiveness of all standard 40mm automatic grenade launchers. When teamed with the right fire control technology – Rheinmetall’s VINGMATE aiming device, for example – the ammunition has a maximum effective range of up to 2,200 metres. Germany and the Netherlands have qualified this advanced ammunition technology, which Rheinmetall continues to refine and perfect. Dubbed the DM131 by the German procurement authorities, the 40mm x53 Airburst round is currently being delivered.

In the medium-calibre munitions realm, Rheinmetall’s proprietary AHEAD technology features an airburst capability. Each ABM round is programmed at the muzzle as it leaves the barrel. As opposed to programming when the ammunition is fed into the weapon, this approach offers the advantage that the exact initial velocity of each round is calculated and taken into account when programming the airburst detonation point. This contributes to greater accuracy and lethality.

Rheinmetall's AHEAD munition.

When it comes to air defence, Rheinmetall’s AHEAD technology offers a means of neutralising small, fast-flying projectiles such as rockets, artillery and mortar rounds (RAM). Here, in shotgun-like fashion, the ABM round ejects its payload of tungsten subprojectiles in the path of the oncoming target. Relying solely on kinetic energy, the lethal cloud of spin-stabilized, cylindrical tungsten pellets results in a kill probability never attained before. Setting the standard for all 35mm fire units and already in service with the Armed Forces of several nations, it is impervious to electronic countermeasures.

Infantry fighting vehicles (IFV) fielded by Denmark, Estonia, and the Netherlands now feature 35mm ABM technology from Rheinmetall. Furthermore, the main armament of the Bundeswehr’s new PUMA IFV is the ABM-capable, gas-operated MK30-2/ABM 30mm automatic cannon. ABM ammunition makes it possible for the crew to take out targets, even at long ranges or behind cover. Other new Rheinmetall developments include the externally powered 30mm WOTAN automatic cannon, which is also ABM-capable.

With Rheinmetall’s 120 mm x 570 HE Temp. DM11 time-delay tank ammunition, the cartridges are programmed after loading. The necessary system modification (programming kit) can be easily retrofitted into any main battle tank platform equipped with a 120mm smoothbore gun and modern fire control unit. Under the name Multipurpose (MP) DM11, the DM 11 is already in service with the United States Marine Corps (USMC), which uses it first and foremost in asymmetric scenarios against non-armoured and semi-hard targets. In the Bundeswehr, the 120mm HE Temp. DM11 has been introduced as the standard high explosive tank projectile. Other LEOPARD 2 user nations are currently taking delivery of initial stocks of this ammunition, the most advanced and effective tank round worldwide.

DSEI 2015: New LWAC Ammunition Case Heralds Revolution In Military Ammunition Resupply

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A recently tested lightweight small arms ammunition case is on display on the PPD stand, S7-261, during DSEI.  Utilising composite materials and innovative design it reduces the weight of a standard NATO ammunition case by 70% and increases the number of rounds that can be carried on a standard NATO pallet by 10%.

The PPD LWAC (Lightweight Ammunition Case) completed various UN tests in Feb 2015 and was accepted by the end user in May 2015.  The LWAC is now certified for use in non-operational areas such as training, paving the way for initial orders for training ammunition etc.  The operational area tests (STANAG 4423) are underway. So far the LWAC has passed all of those it has faced such as the bonfire and being “fired at” tests.

The significance of the weight saving is demonstrated by the savings that Denmark would have made during its deployment to Afghanistan in 2012. It would have represented a saving of 8 C-130 flights (and €1.14M) just in entry flights let alone savings on in theatre transport.  The US is striving to achieve a 10% reduction in theatre/combat zone transport. It has been calculated that such a saving would have saved the US 7 lives a year in Afghanistan. Shifting ammunition is a very large part of the logistic requirement so any weight saving has an instant human return not to mention savings in costs, CO2 emissions and other green issues etc. For the humble infantryman the weight saving will reduce future medical costs for damaged knees and backs.

PPD’s LWAC can be safely packed and stowed with no requirement for modification to platforms, stowage systems or weapon mounts.  Different colours can be incorporated into the composite LWAC case to signifying the type of ammunition within it, blue= training, green=operational etc.  As the LWAC cases can be made transparent, still with the colouring pigment, the number of rounds can be counted without having to open the case saving time during stock checks. An RFID tag can be built it allowing each case, its content and its movement to be tracked from the moment the LWAC case is made to the moment it comes out of service.

The LWAC has undergone a series of rigorous tests conducted by NAMMO Raufoss and watched by independent observers. LWAC performed exactly as we predicted and wanted,” said Jan Engmann, CEO of PPD. “The effort put in by our specialist advisers and experts has been vindicated and the benefits of using composite in this way are there for all to see. The weight savings we have achieved with the resulting cost reduction make it a simple decision for logisticians.

DSEI 2015: Gentex Demonstrates More Robust Line of Defence Solutions

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Gentex, a global leader in personal protection and situational awareness solutions for defence forces demonstrates their lines of Gentex, Ops-Core and ALPHA helmet systems for both ground and air applications in the UK Pavilion, on stand N3-564. Featured among them will be their latest innovations for aircrew, a cross platform helmet system and laser defence eyewear.

The new ALPHA 900 Cross-Platform Helmet System is one of the only aircrew helmet platforms configurable for fixed and rotary wing applications, reducing the logistics trail for those responsible for supporting both helmet platforms. Designed for the UK MoD, the ALPHA 900 features a modern, lightweight solution. Gentex’s line of laser protective, flight-helmet mounted visors and spectacles that help combat emerging laser threats to pilots are also being featured. The day/night laser glare reduction lenses are designed to maintain see-through color perception, while providing protection from green and blue commercial lasers.

"We’re excited to showcase our innovative cross platform helmet system and laser defence eyewear at DSEI, which will be donned by many international pilots," said L.P. Frieder, president, Gentex Corporation. “These solutions represent our commitment to continually advance our broad array of performance and protection capabilities for defense forces around the world.”

Other innovative solutions on display from the company include the Ops-Core RAC headset, now in production, which provides true 3D hearing technology (3D HT); and, a live, on the water display with partner Survitec of the Gentex LVIS Digital, a modular intercom system for combatant, patrol and rescue craft.

In the UK Pavilion, Gentex demonstrates their solutions for aircrew, and in the US Pavilion, stand N5-360, they demonstrate their solutions for ground troops.

DSEI 2015: Bittium Exhibits its Latest Products and Solutions for Tactical Communication

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Bittium (former Elektrobit) exhibits its latest products and solutions for tactical communications on stand N3-352. The products and solutions are Bittium Tactical Wireless IP Network (TAC WIN), Bittium Tactical LTE Access Point solution (Long-Term Evolution, 4G), Bittium Tough VoIP product family (Voice over Internet Protocol) and Bittium Tough Mobile LTE smartphone. These products and solutions are based on the latest software and device technologies and enable comprehensive broadband data transfer and IP calls even in challenging conditions. At the exhibition stand, Bittium demonstrates the field applicability of these data transfer and communication solutions, which are essential in the battlefield. In addition, the Bittium Tough Mobile will be demonstrated with Bittium’s own and third party software security solutions.

Bittium TAC WIN is a high-performance wireless network solution enabling quick and flexible construction of link, point-to-multipoint and MANET (Mobile Ad Hoc Network) connections.  The system offers broadband IP data transfer for mobile troops in all parts of the battlefield and also connects them to landline networks.


Bittium Tactical LTE Access Point is a solution providing LTE access to the Bittium TAC WIN network. With the solution different troops can benefit from cost-efficient and high-speed multimedia data and VoIP services by using commercial smartphones as well as special terminals intended for authority use.

Bittium Tough VoIP product family’s products enable tactical IP calls and broadband data transfer even in demanding conditions. Products are also easily integrated to existing IP infrastructure.

Bittium Tough Mobile is a secure and durable Android-based LTE smartphone combining the latest information security and commercial device technologies. Bittium Tough Mobile incorporates a hardware-based security platform implemented with special components, which enables the integration of both customers’ own and third party software security solutions. This dedicated hardware is essential for building layered mobile security solutions. In addition Bittium Tough Mobile’s features include for example a programmable Push-to-Talk button (PTT), glove-usable 5” full HD display, IP67 level water and dust protection and MIL-STD-810G level shock resistance.

DSEi 2015: Rohde & Schwarz Achieves Situational Awarenes of the Show

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Rohde & Schwarz (R&S) achieve situational awareness at DSEI 2015 via the following:

A next generation IP-based naval switching system providing internal and external voice and data communications. The next generation R&S NAVICS is a fully IP-based switching system providing internal and external voice and data communications. The innovative system interconnects the distributed on-board voice terminals, as well as all other subsystems for internal and external communications via a uniform IP network. What is different about this system is the extensive use of rugged, conventional IT technology with accreditable security provided by R&S. More details here.

R&S is introducing a new and innovative radar signal collection and analysis system at DSEI 2015. The radar signal collection and analysis system is an advanced search, collection, measurement and analysis system that can be used on almost any platform in any signal environment. It was especially designed to cope with modern challenges in the radar world, such as collection and analysis of multi-function and low power LPI radar signals. More details here.

R&S is showcasing SCA-based radios and high data rate waveforms to enable network centric operations. The R&S SDTR next generation tactical radio can be seamlessly integrated into IP-networks. R&S has developed a family of waveforms to meet the requirements of simultaneous high speed voice and data transmission. More details here.

R&S supports recon missions with intelligence, surveillance and reconnaissance (ISR) systems. R&S COMINT / C-ESM systems are customised solutions for radio monitoring and radio-location in the 10kHz to 40GHz frequency range. The systems are suitable for land-based, naval and airborne applications. Configurations range from small portable single-operator, mobile applications to complex semi-mobile or fixed monitoring stations with dedicated operator positions. These can be supported by remote subsystems through various kinds of wired or wireless communications. The modular system concept using standardized hardware and software components enables our system to be tailored to meet customer requirements. More details here.


For more information please see MILITARY TECHNOLOGY #09/2015, available at the show on booth #S2 165; and frequently check back for more NEWS FROM THE FLOOR. 

DSEI 2015: Microflown AVISA Showcases Latest Advancements and Developments

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Microflown AVISA, on booth N6-144, showcases the latest advancements and developments of the Acoustic Multi-Mission Sensor (AMMS), being deployed on a variety of platforms, including:

  • Vehicle Based Gunshot Localisation System (V-AMMS) – Combat proven since 2015. It was fielded with the Dutch Armed Forces, showing outstanding and reliable results. 
  • Compound Protection  – Lightweight, easy deployable Compound Protection System locating Small Arms Fire (SAF) and Rockets, Artillery and Mortars (RAM), which can be used to secure military outposts, camps, checkpoints and border protection.  
  • Perch and Listen Acoustic Multi-Mission Sensor – This is one of the latest advancements of the AMMS. The Perch and Listen application advance the AMMS with the capability to remotely relocate its position based on the user input. To highlight, it is merging the capability of a quadcopter with an AMMS. It can be used either standalone for gunshot localisation in difficult to reach terrains, or as part of the Compound Solution. 
  • Clip – On Acoustic Pointer for Mini-UAVs -  The Clip On Acoustic Pointer is a complete stand-alone device that can be clipped on the airofoil of any fixed wing mini-UAV (pusher or puller) without affecting its flight performance and/or structural integrity. Suppressing the background noise of the UAV, the Clip On Acoustic Pointer hears in all directions in a full spherical bubble. This enables real time localisation of: Ground based Small Arms Fire (SAF), Rockets, Artillery and Mortars (RAM) firing positions and Airborne platforms in its neighbourhood. The Clip On Acoustic Pointer for Mini-UAVs is mission ready and flight tested on several platforms.

Microflown AVISA’s mobile force protection system, based on its Acoustic Vector Sensor (AVS) technology, provides a true multi-threat hostile fire localisation capability against Small Arms Fire (SAF) and Rocket, Artillery and Mortars (RAM). (Photo: Microflown AVISA)
Vehicle Based Acoustic Multi-Mission Sensor (V-AMMS) is a gunshot detection and localisation system, based on Acoustic Vector Sensor (AVS) technology developed by Microflown AVISA. V-AMMS has been Combat Proven, after it was fielded with the Dutch Armed Forces, performing reliable results. (Photo: Microflown AVISA)

The ground based AMMS utilises Acoustic Vector Sensor technology allowing it to detect, classify and localise the full spectrum of acoustic battlefield signatures such as Rockets, Artillery, Mortars  (RAM) and Small Arms Fire (SAF). 
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