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BAE Systems/Patria Offer AMV35 CRV for Australian Land 400 Programme

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BAE Systems, as prime contractor, has teamed with Patria to offer the AMV35 Combat Reconnaissance Vehicle (CRV), a highly protected armoured vehicle integrated with a combat proven turret, as the solution that will best meet the Australian Army’s mounted combat reconnaissance requirement. under Phase 2 of the Land 400 Programme.

BAE Systems/Patria's AMV35 CRV offering for the Land 400 Programme

The solution combines Patria’s Armoured Modular Vehicle (AMV) and BAE Systems Hägglunds’ E35 turret system. Both are qualified and in service with NATO nations.

The Patria AMV has been selected by seven nations with more than 1,400 contracted vehicles. The platform has attained a strong combat reputation, chiefly based on the strength of its operational performance with the Polish Army in Afghanistan.

The BAE Systems-Hägglunds manned turret system is fitted to the successful CV90 family of infantry fighting vehicles operated by seven nations. It has been used on UN and NATO missions across the globe, including Afghanistan. The unique features of the E35 turret provide the AMV35 with real battlefield advantage for Australian soldiers through game-changing levels of accuracy and weight of fire.

The AMV35 is a low risk and affordable step change in mounted combat reconnaissance that can be easily configured to suit the Army’s expectations now and into the future,” BAE Systems Australia Chief Executive Glynn Phillips said. “We look forward to being the given the chance to demonstrate the exceptional capabilities of this armoured vehicle system.”

If selected, the BAE Systems/Patria team will manufacture and support the AMV35 in Australia, securing and retaining in-country capability, and contributing significantly to the Australian economy throughout the expected 30+ year life of the vehicles.

The BAE Systems-led team is committed to ensuring a high level of Australian content and industry capability development. The decision to manufacture the vehicle in Australia assures that there will be opportunities for involvement and content for Australian suppliers. 

Photographic Recap of MSPO 2015

Turkish Dirty Political Games

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Human history has long provided texts for the justification of the powerful and the victorious and the criminalisation of the weak and the defeated. After history writing was subjected to a more critical eye, historians could not avoid reversing the whole story to justify the weak and the defeated. In fact, armed struggles of all sorts – be they wars, rebellions, or revolts – have always had their dark sides.

The Kurdish armed struggle under the leadership of the Kurdistan Workers’ Party (PKK) has long been criminalised in many ways, and the roots of the revolt have long been ignored by the Turkish state/governments and mainstream media. Besides, enmity toward Kurdish political actors contributed to the vilification of the PKK. That is why it came to be “politically incorrect” to question the Kurdish armed struggle, as in many other examples of supporting rebellion movements in different countries. As a result, there emerged no space to discuss Kurdish politics without either defining it as “terror” or recognising it as “righteous rebellion” for which the ends always justify the means.

After the Turkish government recently launched an extensive military operation against the PKK, it may sound unfair to be critical of Kurdish politics. Nevertheless, we urgently need to begin an honest debate now more than ever, since an armed conflict started this time immediately after both the Turkish government/state and the Kurdish political body agreed to engage in a peace process and the Kurdish party, the Peoples’ Democratic Party (HDP), achieved an election victory. After all, we need to know what went wrong in the way of peace and why they changed “strategy.”

Ultimately, it seems that either the conflict spiraled out of the control of both actors, or it is a new strategy of “restrained confrontation,” as it is defined and/or implied by respective actors, namely the government/state and the Kurdish political body. First of all, what they call strategy is a curse, since “restrained confrontation” can only mean lower rates of death on both sides or “managed killings.”

Some journalists/columnists who echo the government politics have started to give hints about this so-called strategy. One stated that, “the government will start the process after operations weaken the PKK,” (Erdinç Yazıcı, Hürriyet), while another informed us that, “the [PKK leader Abdullah] Öcalan will intervene at some point, but not yet," (Abdülkadir Selvi, Yeni Şafak, Sept. 2). And finally another one, after talking with high-ranking government politicians, divulged, “the good news” that, “the process will continue,” and this time the Kurdish party will have no role as Öcalan will lead the process (Verda Özer, Hürriyet, Sept. 5).

We have been informed that Öcalan has been disturbed by the HDP, accuses it of political failure and does not share the HDP’s opposition to the presidential system. It is difficult to understand why Öcalan finds the HDP unsuccessful after an election victory, but it makes sense that he may be disturbed by the HDP’s opposition to the presidential system. From the beginning, there has been skepticism concerning the Kurdish political body about “a deal over the presidential system,” and that is why the HDP needed to underline its opposition.

Now, it may be that Öcalan still considers a deal with President Recep Tayyip Erdoğan and vice versa. Then, it may not at be all surprising to see that all of the government, the armed wing, and Öcalan are targeting HDP to exclude it from the Kurdish deal. Nothing is clear yet, and is difficult to assume that the PKK’s leader may be willing to exclude or weaken the HDP, since the party was his own agenda.

Is it then that the PKK may disagree with the HDP as is claimed by some in that the armed wing does not want peaceful politics, which would sideline it, meaning Öcalan has nothing to do with it? But is it possible that Öcalan would have nothing to do with such a big division within Kurdish politics? What if it may also be a strategy of Öcalan to consider returning to negotiations with a weakened PKK, which will be less of an obstacle in the way of a peace deal? He has previously made calls to the PKK, to fight if they think they have enough power, when the PKK seemed to take a hard line.

The outlawed PKK has been establishing urban structures similar to the state police, which include gathering intelligence and carrying out controls for safety and order, according to a police department intelligence report which covered the last 40 days of terror and violence in Turkey.

The report suggested the PKK established structures for law and order along with intelligence gathering in cities during the term of the ceasefire, a settlement similar to police organisations. Militants in the mountains have been located in cities and organised under the name of the outlawed Revolutionary Patriotic Youth Movement (YDG-H) since its formation in 2013.

They have launched intelligence units and carried out controls in their regions, set up courts, intercepted roads and made identity checks to maintain safety and order as if they were police officers. The group has put pressure on citizens to be addressed instead of security officers if they apply in the event of conflicts, and carried out recording a list of dissents whom were then targeted.

The PKK activated urban militants, while keeping rural members in the background, the report said. The group set up autonomous zones and staged attacks on police officers to keep them away from these regions, according to the report. The PKK militants in urban areas recently suffered major causalities, but they were aiming for broader provocations and actions which would include citizens as well.  

For ordinary folk, it is difficult to find answers to these questions, but what they owe the ordinary folk is peace, not a curse which is defined as a strategy. Both sides owe the Turkish public democratic politics as they promised at the outset, not dirty political games, which are being played over the dead bodies of Turkish and Kurdish youth.

Northrop Grumman Details Their UK SDSR Wishes

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The UK Ministry of Defence (MoD) must focus on six critical areas in its forthcoming Strategic Defence & Security Review (SDSR), Northrop Grumman’s Chief Executive for the UK and Europe, Andrew Tyler, has requested.

Addressing a media roundtable ahead of DSEI 2015, Andrew Tyler described how the UK could follow a similar strategy currently being undertaken by the US ‘Third Offset Strategy,” which is currently being considered by the Department of Defense (DoD). This, he said, could be translated into UK and European strategies moving forward.

The threat environment has changed. It has never been so unpredictable, diverse and fast moving. Who could have predicted such a spectrum of defence capability five to ten years ago?” Tyler asked while describing a technically ambitious China; the Islamic State which has achieved “Statehood” in a very short time; and multiple issues surrounding migration.

The US Offset Strategy will provide [it] an ability to maintain military superiority,” he said while emphasising a report published by the Center for Strategic and Budget Assessments in earlier in the year, entitled: “Toward a New Offset Strategy: Exploiting US Long Term Advantages to Restore US Global Power Projection Capability”.

The document described how the US is facing uncertain global security challenges while at the same time, traditional sources of the US military advantage are being undermined by the maturation and proliferation of disruptive technologies- most notably- anti access/area denial (A2/AD) capabilities.
According to the report, this traditional US advantage on the battlefield is beginning to “slip away,” with prospective adversaries fielding their own, “reconnaissance strike networks to challenge the post cold war US approach to power projection. more specifically, the US military now faces four core operational problems.

Such a threat, the report reads, could result in forward mounting bases becoming increasingly vuinerable to attack; large surface combatants including aircraft carriers becoming easier to detect, track and engage at extended range from an adversary’s coast; non-stealthy aircraft becoming more vulnerable to modern integrated air defence systems; and the “day without space” when high-altitude electromagnetic pulse weapons could knock out GPS and satellite communications.

The report also called for the leveraging of technology to form a Global Surveillance and Strike (GSS) network, before explaining: “A third offset strategy could counter adversarial investments in A2/AD capabilities in general and ever expanding missile inventories in particular, by leveraging US core competencies in unmanned systems and automation, extended range and low observable air operations, undersea warfare and complex system engineering and integration in order to power differently.”

Stressing the importance of such considerations, Tyler highlighted six specialist areas which he would like to see covered in the UK’s SDSR announcement, which is expected to be published in October.

First, Tyler called for the strategic deployment of airborne ISR platforms to perform persistent coverage over areas of interest from forward deployed bases as well as support of Civilian/Military Cooperation (CIMIC) tasks and Humanitarian Aid/Disaster Relief (HADR) operations.
Secondly, Tyler stressed the importance of utilising the Joint Strike Fighter (JSF) as a networking information node across the battlespace as well as being used as the main weapon system available to a carrier strike group.

Third, he described data and communications as the UK MoD’s “achilles heel,” before stressing how much time and effort would be required to deal with “Risk of Space Denial.” Tyler explained how further emphasis should be made to protected SATCOM systems as well as mezzanine airborne networks and finally pervasive and resilient networks. However, he described how the formation of the Joint Forces Command had given prominence to such requirements.

In his fourth area of interest, Tyler described the underwater domain as the last area where it was possible to operate in a stealthy capacity but criticised how this particular area had been neglected with a “dearth” in investment over recent years. Referring to Anglo-French programmes including Mine Countermeasure (MCM) programmes, Tyler proclaimed: “We should be spending more time thinking about this [domain].”

Tyler also explained his desire to see more cooperation across Europe while highlighting how the continent had proven “inefficient” in investing in this particular sector. It was also revealed that Northrop Grumman would be announcing a first strategic partnership with an undisclosed university before the end of the year as part of a plan to reinforce its underwater strategy.

Fifth, Tyler called for more investment to be injected into the Cyber domain and finally, criticised decreasing investment in Research & Development (R&D) around the world. He also called for more emphasis to be paid to capability demonstrations, which he described as an expensive part of procurement programmes.

Elsewhere, Tyler pointed to increasing investment and interest in synthetic biology, which focuses on the development of biological projects ranging from implants and bionic limbs through to artificial drugs and biofuels.

Northrop Grumman’s Synoptics business already specialises in the production of synthetic crystals and optical components used in the solid-state laser industry. Materials can be used to cover wavelength ranges 500-3,000nm for use in, “medical, industrial, military and scientific laser markets,” a company spokesperson explained.

Finally, Tyler highlighted growing impetus in nanocomputing for miniaturised end user devices for a variety of applications.
Andrew White

RUAG Defence – Taking a Holistic Approach at the Impulstag

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Dr. Markus A. Zoller,, RUAG Defence's CEO welcomes the masses to Impulstag 2015. (Photo: RUAG)

At RUAG Defence’s annual Impulstag (Stimulus Day) in Thun, Switzerland, the company on 21 August demonstrated their expertise to customers, the armasuisse, and journalists.

RUAG Defence’s laser-based firing simulators (LASSIM) mounted on a PIRANHA, only shown to journalists a day before the Impulstag. (Photo: Mönch/DPM)


Effectiveness is the foundation of all mission critical communication, especially in the combat arena where flexible and reliable tactical communication infrastructures must, without fail, allow the necessary coordination between fixed and mobile headquarters with mobile field personnel and their equipment. RUAG’s tactical communication (TACOM) equipment for network enabled operations allow military and homeland security organisations to rapidly deploy a communications infrastructure, to be securely connected, mobile and more effective. The RUAG All-IP access nodes are aligned to the NATO TACOMS architecture for Wide Area, Local Area, and Mobile Subsystems, which includes Radio Access Points along with Interoperability with external public, strategic and legacy networks. RUAG’s product portfolio is built on proven and state of the art technology that has been field tested by several Armed Forces in military environments and by peace keeping forces in multi-national operations.

RUAG's Tactical Communication equipment for network enabled operations allow military and homeland security organizations to rapidly deploy a communications infrastructure, to be securely connected, mobile and more effective. (Graphic: RUAG)

IMFS (Integrated Military Communications System) is the tactical telecommunication system for voice and data of the Swiss Army. It provides high mobility, robustness through meshed topology, and information security. Introduction of the system took place around 2000, and RUAG is the general contractor on behalf of armasuisse. The central element is the IMFS node which can be equipped with terminal, trunk and IP-router modules. As ordered in 2006, the IMFS is equipped with the Com Rack, which extends the classical IMFS services by advanced features such as the IP adaptation for legacy radios. The Com Rack, which is based on the Tactical openAccess platform of products is available in a 19in variant for installation in containers and wheel-based vehicles and as a ruggedised variant for installation in tracked vehicles.

In the combat arena, where flexible and reliable tactical communication infrastructures are a must, effectiveness is the foundation of all mission critical communication. RUAG’s TACOM experts are highly focused on supporting network enabled operations for defence and security organisations. “Based on the Tactical openAccess platform our network equipment such as the Tactical openAccess Node, Tactical LAN Switch and Tactical Power Supply Unit allow military and homeland security organisations to be securely connected, mobile and more effective,” a RUAG executive said.

Key to this mobility is the existence of Tactical Telephony Services (TTEL). This allows the building of a distributed telephony system, whereby the directory can be decentralised and support full user and subnet mobility. This makes a user always individually reachable with the same number, wherever they physically are in the network. TTEL provides seamless voice communications across legacy networks be they military Eurocom networks, analogue radio or digital telephone networks and their functionalities, as well as the modern SIP based VoIP networks. Now prioritisation has been added to the features of the TTEL, providing added functionalities to support communications during crisis and emergency operations. The open platform approach of RUAG also provides customers with flexibility through the easier integration of third party applications.

RUAG’s product portfolio is built on proven and state-of-the art technology which has been field tested by several defence forces in military environments and by peace keeping forces in multi-national operations. Today these solutions form the backbone of tactical communication infrastructures that deliver the highest standards of performance and reliability demanded by national and international military, peace-keeping and crisis management operations.

 

Earlier in 2015, RUAG has revealed its intention to satisfy symmetric and asymmetric threats to armoured vehicles as the future operating environment shifts to a more hybrid type of warfare.
RUAG Defence is having much success on the international market with its ballistic protection technology. The Swiss have been active in the protection market since the 1980s building it as a side business out of their knowledge of ammunition manufacture. The key to their success is being able to pull together skills and experience from diverse fields like; material technology, environmental conditions, testing, prototyping, simulation and production. According to RUAG Defence’s CEO, Dr. Markus A. Zoller, the current operational threat continues to evolve with opponents becoming more professional in the execution of tactics, techniques and procedures as well as having access to more powerful weapon systems.

According to Zoller, protection of armoured vehicles must be considered holistically and he used the concept of the Protection Onion to illustrate this. The outer shell within RUAG’s sphere of solutions, comprises unmanned technology in a bid to take the man out of physical danger; followed by intelligence for ISTAR systems and protection against cyber-attacks; active protection against rockets and mortars; and finally the core, comprising passive protection. “Protection has to be considered holistically across the four shells and RUAG can address it as an upgrader and as a provider of protection systems,” Zoller proclaimed.

Also earlier this year, RUAG announced that in a joint procurement effort, Austria (lead) and Belgium have awarded RUAG Defence a contract to upgrade their fleet of PANDUR I with ballistic protection kits. All five variants of the PANDUR I will be upgraded with mine-, IED- and ballistic protection. The realisation of the project will start this spring and will be finished by the end of 2020, which could come up to 130 kits.

RUAG Defence, the strategic partner of international land forces, is continuing to develop its business in the field of ballistic protection systems. In a joint procurement effort, Austria and Belgium have awarded RUAG Defence to upgrade their fleet of PANDUR Is with ballistic protection kits. (Photo: RUAG)

The solutions comprise further developments of RUAG’s existing portfolio of passive protection systems, which include the RoofPRO, SidePRO, MinePRO family of systems, designed to protect medium-sized armoured vehicles from RPGs, IEDs, and small arms; as well as hanged seats and a double bottom.

  • SidePRO-KE/IED is a highly engineered, fully integrated, modular polyvalent composite protection system that utilises a variety of advanced lightweight materials for direct application on armoured vehicles. SidePRO-KE/IED meets current threat level protection requirements.
  • MinePRO is a lightweight, blast and EFP resistant, easy to mount armour plate based on state-of-the art technology to ensure the safety of the crew. Further, all other subsystems of the vehicle such as stowage, seating for crew, driver and commander shall be evaluated, improved, reinforced or replaced.

RUAG currently is testing and qualifying protection against 40m threats, while internationally bidding on ramping up on vehicle defence via polyvalent protection solutions.

In August, RUAG announced selling eight SidePRO-KE kits to the Irish Navy, protecting machine gun mounted stations. Two ships will be equipped with four kits each, protecting machine gun marksmen.

A current project involving upgrading the protection on the PANDUR has only been made possible due to RUAG Defence’s ability to develop protection technology and also integrate it onto and into vehicles. This requires a large amount of vehicle knowledge and engineering knowhow to understand how best to protect the vehicle and ensure it will still perform as needed. RUAG Defence achieve this by using a strict and thorough development plan including; reengineering of the vehicle, protection solution integration, qualification of each protection element, improvements and then finally qualifying the vehicle as a whole.

Furthermore, the retrofittable VERO Kit unmanned technology, which can be adapted to turn any type of vehicle into an optionally-driven platform, was explained. A series of cameras and sensors, along with RUAG software, allows a vehicle crew to dismount and remotely control the platform, while constantly scanning a designated area and relaying that information back to a central control station. The obstacle avoidance system will be ready by October 2015.

RUAG VERO kit. (Photo: RUAG)

Also ready in October will be the RUAG Cyber Training Range in Lange, Switzerland, which allows a realistic cyber warfare training environment to improve the cyber awareness and readiness of cyber defenders via RUAG Training Support Cyber (RTS-C). The RTC-C provides its users with authentic, hands-on training in a controlled environment, using real-world cyber threats. While practicing, users gain practical knowledge as they are required to handle actual cyber-attacks, based on most recently discovered threats. The RTS-C curriculum covers all aspects of cyber warfare, including threat identification, incident management, mitigation, and forensics. It provides in-depth training on the tools and techniques that are under a team’s command when a real attack actually occurs.



Additionally, RUAG demonstrated its OSPREY Command Staff Trainer (CST), which meets the challenges and fills the gaps that exist in today’s military training. The OSPREY CST can be used to support the full spectrum of operations — training at all levels, from squad leader through division commander. Whether training for regular or irregular warfare, border or force protection, civil or natural emergency response, the OSPREY CST provides realistic scenarios to challenge the trainees so they can hone their decision-making and communication skills. The OSPREY CST system allows leaders and their supporting staff to practice planning for and executing training exercises. It provides all the tools required to develop a scenario to meet training requirements on any terrain. Trainees can operate the simulation in standalone and multi-player modes of operation, and can interoperate with other simulations and real-world C2 systems. The OSPREY CST accurately replicates the operational decision-making environment, to create a realistic, yet easy-to-use “experiential learning” environment in the most cost-effective way. RUAG is currently bidding the OSPREY CST in a Swiss tender.

RUAG's OSPREY Command Staff Trainer demonstrated at IMpulstag 2015. (Photo: RUAG)


RUAG’s live training solutions cover everything from individual soldiers through to complex MOUT (Mobile Operations in Urban Terrain) installations. The foundation of RUAG’s offering is the GLADIATOR Man Worn Unit. It comprises of a helmet unit, an integrated harness unit and a laser unit. Together they enable fire and movement training for individual soldiers through to a whole brigade. Participants learn using GLADIATOR personal weapon handling, individual and group ground tactics and operational techniques. In 2013, RUAG acquired GAVAP, and thereby the Small Arms Training Simulator for the French Army, Air Force and Navy (SITTAL New Generation), which was also exhibited at the Impulstag.

SITTAL NG2 Indoor Simulator for Infantry Light Arms Firing Instruction and Training. (Photo: RUAG)

The SITTAL NG2 Indoor Simulator for Infantry Light Arms Firing Instruction and Training provides individual and group training, up to the combat section with 3D virtual environment and real (neutralised) firearms, realistic recoil, and ballistics, used to train soldiers in forward observer, fire direction center and mortar crew skills proficiency. A brand-new version of SITTAL, setting a new standard for realism and tactical scenarios is being deployed on the French forces systems. It includes untethered weapons and Havok’s Vision Engine, which is a complete, end-to-end simulation development framework. Designed specifically for the simulation sector and continually updated for the visual fidelity demands of the commercial games industry, this advanced 3D engine specialises in building highly realistic and dynamic simulation environments so that users can focus on development goals, helping them exceed end user expectations. GAVAP, now RUAG, chose Havok Vision Engine as the development platform for their next generation simulators, because of its quality, performance, modularity and first-class support, according to the company. Havok Vision Engine allowed RUAG to set up some very specific features, was easy to integrate into their development pipeline, and really helped reach an outstanding level of quality, said a RUAG employee. As to future plans, RUAG disclosed they are working on a mobile system (plug & play) and a more intelligent trainer.

RUAG's SITTAL at Impulstag 2015. (Photo: RUAG)


Also shown was the M109 self-propelled howitzer new generation modular upgrade, extending the range, rate of fire, incorporating a new electrical system, with higher operational readiness, and increased mobility and protection. According to the company, the future will hold the integration of modern munition and fuzes like the EXCALIBUR and PGK, while rubber tracks are also being evaluated. Markets of the future include Northern Europe and the UAE.

RUAG offers a modular upgrade for the self propelled howitzer M109 which meets the demands of today's and future battle field. (Photo: RUAG)

At Impulstag 2015, RUAG demonstrated their M109 upgrade capabilities to customers and the press. (Photo: RUAG)

Qioptiq – DRAGONs Refreshed

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It is widely recognised that modern small arms weapon systems are incredibly accurate and reliable, and that sighting systems need to be easy to use, effective through all weathers and provide the ability to detect targets at the maximum range possible in order to prepare the soldier for the next course of action. Qioptiq provides this capability in solutions that are easy to use and easily configurable for role/mission requirements, whilst remaining affordable and having the potential to endure a service life of 10-15 years.

At DSEi 2015, Qioptiq is presenting two new products: An extension of the DRAGON family, by adding an IR laser pointer, improving the objective, and adding a remote control; and the SAKER fused weapon sight uncooled thermal imager/I2.

SAKER fused weapon sight uncooled thermal imager/Image Intensifier by Qioptiq.

With significant interest from European programmes, the DRAGON family of uncooled thermal products from Qioptiq that utilise the latest in uncooled thermal cameras, electronics and optical technologies. Part of this family, DRAGON-C 640 (Compact) L (Laser) (DCTI640L) is an ultra-lightweight multi-purpose thermal weapon/surveillance sight that provides all round capability for the dismounted close combat user.

DCTI640L can be fitted with Qioptiq's LO GLINT coating technology to reduce sunlight glint and reflection as an option. Rugged (all Aluminium construction for structural rigidity and EMC sealing properties ensures good integration and compatibility with surrounding systems), stable (boresight stability guaranteed through state of the art optical design and lens mounting techniques), user friendly (controls have been designed and positioned for ease of access and MMI designed for ease of use across all three roles), and functional (polarity, NUC, Auto/Manual settings, zoom, boresight, display brightness, image capture) the DCTI640L can be integrated with a wide range of optical day sights in the range of x1 - x4 magnification and a 16° field of view. Light and dust shields can be provided to suit most common sight units. At only 450g, the sight’s detector type is 8-14µm, 640x480 pixel, 17µm pitch, while the laser pointer has a dual power mode (class 1 / class 3B) at 850nm.

DRAGON Compact 640 Laser, a clip-on weapon sight that is a stand alone thermal weapon sight and hand held thermal surveillance sight with an integrated IR laser pointer for target indication. (Photo: Qioptiq)

DRAGON Compact 640 Laser. (Photo: Qioptiq)


The SAKER Fused Weapon Sight Uncooled Thermal Imager/Image Intensifier (I2) is the new Fused Weapon Sight (FWS) product development from Qioptiq providing the dismounted close combat user with an enhanced, dual waveband detect, recognise, and identify (DRI) capability. SAKER is a fully qualified military fused weapon sight designed specifically for short and medium range surveillance and target engagement. It combines the latest I2 and uncooled thermal imaging capability in a single lightweight, compact yet rugged package, utilising a 17µm, 60Hz uncooled thermal sensor coupled with a near silent shutter, delivering class leading sensitivity, uniformity and system latency in an ITAR free package. At 890g (which includes the sight itseld, a Picatinny style rail grabber, three AA lithium cells, lens cap, and light security shroud), the fused weapon sight’s field of view is 8.1x6.1° and 10° circular.

SAKER features a Thermal Imaging channel nested within the obscuration of the catadioptric Image Intensifier lens, providing a zero parallax solution whilst maintaining the benefits of dedicated channels.

Currently using the Photonis INTENS 18mm tube, SAKER can be fitted with a range of standard and auto-gated ITAR and Non-ITAR tube variants, according to customer demands. The sight, which has gone through tests hot and cold and comes with a remote control (the same as the DCTI640L, in order to build commonality), attaches to Picatinny style rails in front of the day sight via a quick release throw lever, providing 24 hour capability without the need to remove or re-zero the day sight. With significant interest from special user groups, SAKER is providing a lightweight low light/zero light solution that will greatly assist in target detection and recognition at ranges well in excess of most modern assault rifles.

By involving users in the evolution of the SAKER Fused Weapon Sight Uncooled Thermal Imager/Image Intensifier, the sight allows the soldier to maximise the benefits of both technologies (I2 and un-cooled thermal imaging capability) in one compact, lightweight package that delivers a flexible architecture. (Photo: Qioptiq) 
SAKER Fused Weapon Sight Uncooled Thermal Imager/Image Intensifier. (Photo: Qioptiq)


High performance optics from Qioptiq include thermal weapon sights (TWS), observation and targeting sights, night vision goggles (NVG), remote weapon stations (RWS), driver's vision enhancement (DVE), situational awareness (SA), laser designators, eyepieces, helmet mounted displays (HMD), fire control, and laser range finders (LRF). Furthermore, in tactical missile systems one finds advanced domes from Qioptiq. Missile warning and targeting systems are enabled by Qioptiq High performance optical systems for IR and ultraviolet missile warners (MWS), IR countermeasures (IRCM), IRST, targeting pods -along with precision long-range zoom modules for border-surveillance, UAV and maritime applications in surveillance systems.

A flexible approach during design is matched with the capability across the visible to IR wavebands, providing integrated optical solutions with any sensor technology currently available. With a combination of dynamic engineering, manufacturing expertise, motivation and reputation, Qioptiq has the total capability to provide some of the most innovative and focused optical solutions to today's technological challenges. This strategic approach has made Qioptiq an ideal choice for a wide variety of prime contractors and military establishments around the world.

MILITARY TECHNOLOGY at DSEi 2015

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DSEI 2015 will take place in London at the ExCel Convention Centre from 15-18 September. This bi-annual event gathers hundreds of experts from around the world, specialised in defence and security. Together with IDEX, DSEI 2015 belongs to the largest defence exhibitions worldwide this year. Both events focus in particular on defence equipment/services for land and for sea forces.

MILITARY TECHNOLOGY #09/15 has exclusive features and stories for the region, and can be found on booth #S2 165.

Mönch will be present at DSEI 2015 with a large team, comprising all major editors and all members of the sales staff. The Mönch booth will be staffed by two stand assistants, so swing by and grab your magazines, especially the new issue. Mönch is present with all of its publications at the show and will report, via this blog, daily from the show.

MILITARY TECHNOLOGY #09/15 has exclusive features and stories for the region, and can be found on booth #S2 165.

MILITARY TECHNOLOGY is also available on the App-Store and the Play-Store for your tablet.

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.



Exclusive Personal Statements by the Chiefs of Defence

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In MILITARY TECHNOLOGY 09/2015, the Chiefs of Defence in a number of representative countries exclusively detail their Armed Forces’ mission and tasks within their national defence concepts, and the current significance of NATO and its future evolution, alongside lessons learned in recent conflict and peace keeping situations, taking into account the fact of austerity and deficit reduction policies in the world.

MILITARY TECHNOLOGY 09/2015 features exclusive personal statements by:

  • Gen. Othmar Commenda, Chief of Defence Staff of the Austrian Federal Ministry of Defence and Sports
  • Gen. Gerard Van Caelenberge, Chief of Belgian Defence
  • Gen. Jonathan H. Vance, Chief of the Defence Staff of the Canadian Armed Forces
  • Lt.Gen. Riho Terras, Commander of Estonian Defence Forces
  • Gen. Jarmo Ilmari Lindberg, Commander of the Finnish Defence Forces
  • Gen. Mikhail Kostarakos, Chief of Hellenic National Defence General Staff
  • Adm. Katsutoshi Kawano, Chief of Joint Staff, Japan Self Defence Force
  • Maj.Gen. Walid Salman, Lebanese Armed Forces Chief of Staff
  • Maj.Gen. Jonas Vytautas Zukas, Chief of Defence of the Republic of Lithuania
  • Adm. Haakon Bruun-Hanssen, Chief of Defence Norway
  • Gen. Mieczyslaw Gocul, Chief of the General Staff of the Polish Armed Forces
  • Gen. Artur Neves Pina Monteiro, Chief of General Staff Portuguese Armed Forces
  • Gen. Ljubisa Dikovic, Chief of the General Staff of Serbian Armed Forces
  • Gen. Adm. Fernando García Sánchez, Chief of the Spanish Defence Staff
  • Gen. Sverker Göranson, Supreme Commander of the Swedish Armed Forces
  • Col. Gen. Viktor Muzhenko, Chief of the General Staff – Commander-in-Chief of the Armed Forces of Ukraine
  • Gen. Sir Nicholas Houghton, Chief of the Defence Staff of the British Armed Forces
  • Gen. Martin E. Dempsey, Chairman, Joint Chiefs of Staff, USA 


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

Airbus Defence & Space Promoting MMA and ZEPHYR HAPS at DSEI 2015

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Airbus Defence & Space (DS) will be promoting its multi mission aircraft (MMA) and high altitude pseudo-satellite (HAPS) capabilities at DSEI 2015 next week, company officials have explained.

Referring to the forthcoming publication of the UK’s latest Security and Defence Strategic Review (SDSR), expected to be published in October, Airbus officials explained how they were positioning themselves to offer up a flexible and modular MMA capability based around the C295 air frame.

The C295 has an outstanding reliability track record. In service since 2001, and with some 80 aircraft in operations, it has amply demonstrated its worth as an outstanding “work-horse” for any kind of military transport or civic and humanitarian relief operations in the most varied environments, ranging from desert to mountainous areas, to hot and dry as well as humid or very cold. (Photo: Airbus)

According to Gary Soul, Airbus’s account lead for Air ISTAR, any spare investment funds arising from the SDSR and the UK’s pledge to spend two percent of Gross Domestic Product (GDP) on defence and security, could be used to provide a MMA system capable of conducting maritime patrol and wider situation awareness missions, operations in support of Special Forces, search and rescue (SAR), casualty evacuation, and humanitarian aid/disaster relief (HADR) operations amongst other tasks.

The information we see is that the chances are we’ll see a decision to replace the Nimrod [MRA4] with a multi-mission aircraft rather than maritime patrol aircraft. [The Ministry of Defence] wants it to do lots of things apart from fly over the sea,” Soul explained. “We don’t think a requirement is published at the moment but hopefully, by the end of the year, we will have an indication as to what that requirement will be. Airbus is very keen to have a competition and we believe we have a very capable set of mission systems that would give turbo fan offerings a big run for their money.

Soul urged how a MMA concept would allow the MoD to return to running, “concurrent and contingent operations,” following more than a decade of operations fighting in, “desert,” environments of the Middle East and South Central Asia.

Additionally, he said operating C295 would allow easy integration of Royal Navy weapons already in the inventory as well as an air-to-air refuelling, short take off and landing capability, increased situation awareness and insertion capability for UK Special Forces.

Referring to the latter, Soul described how the C295 had been cleared for parachute operations up to its maximum operating altitude above ground level of 26,000 feet. Such a capability would allow for high altitude high opening (HAHO) and low opening (HALO) insertions.

Meanwhile, head of business development at Airbus Defence & Space, Steve Whitby explained how the company was already working up development plans for its next-generation ZEPHYR HAPS solution.

The Singapore Navy is looking to utilise a ZEPHYR air frame for maritime surveillance although take-off and landing has proven an issue to date on board vessels; however, having procured a barge for this purpose with Airbus also assisting in the development of a maritime radar for the effort. Elsewhere, German military and law enforcement organisations are in discussions with Airbus regarding ZEPHYR, as well as the UK MoD and US Department of Defense. Finally, the HAPS is also being considered for agricultural monitoring tasks in the US. (Photo: Airbus)

The news follows an announcement that the first of three ZEPHYR 8 models has just been built, comprising 40% weight savings over the ZEPHYR 7, as well as provision of an ability to fly for a total of three months continuously. ZEPHYR 7 managed to achieve a record of 14 days continuous flight at a maximum altitude of 72,000 feet.

The ZEPHYR 8 comprises an interchangeable and modular payload system with 5kg capacity, allowing sensors to be swapped out as and when required. The platform has already demonstrated a capability to provide a communications relay for tactical handheld radio systems on the ground, allowing them to reach beyond 400mi in range beyond line of sight.

Other payloads include an InfraRed capability, providing coverage through cloud cover, as well as a maritime radar fitted to the 25m wingspan of the air frame.

Up to four ZEPHYR 7 and 8 vehicles can be operated concurrently from a single Ground Control Station, Whitby added.

The UK MoD is considering running a three-month operational capability demonstration although sources said it was still, “flushing out details.” However, it is understood the evaluation will see the concurrent operation of two ZEPHYR 8s at an undisclosed location with emphasis on communications and data relay tasks.

However, development of the ZEPHYR 8 has not prevented Airbus from considering a next-generation option with the next evolution of the system- potentially called the Z350- expected to comprise a 35m wingspan with 40kg payload.

Running on Lithium Sulphate batteries, this “Second Generation” ZEPHYR 8 air vehicle will be able to carry more advanced but stripped down payloads. Operating at such a high altitude means sensor payloads no longer need to be ruggedised and can perform without air conditioning units and transformers. Airbus said it had already proven the concept by stripping down a 10kg payload to just 3.5 kilogrammes.

Elsewhere, the Singapore Navy is looking to utilise a ZEPHYR air frame for maritime surveillance although take-off and landing has proven an issue to date on board vessels. However, the Navy is understood to have procured a barge for this purpose with Airbus also assisting in the development of a maritime radar for the effort.

Elsewhere, German military and law enforcement organisations are in discussions with Airbus regarding ZEPHYR as well as the UK MoD and US Department of Defense. Finally, the HAPS is also being considered for agricultural monitoring tasks in the US.
Andrew White

Finmeccanica Details Unmanned Capabilities

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Finmeccanica subsidiary AgustaWestland has completed the two-year Capability Concept Demonstrator (CCD) for the UK Ministry of Defence’s (MoD) Rotary Wing UAS (RWUAS) programme, the company has confirmed. Speaking to the media ahead of DSEI 2015 on 8 September, company officials explained how AgustaWestland was currently finalising engineering reports which will be submitted to the MoD within the next few weeks.

Finmeccanica AgustaWestland's RWUAS CCD centred around the use of the PZL-Świdnik SW-4 Solo Optionally Piloted Vehicle (OPV), which is based on the SW-4 light single engine helicopter. The OPV is designed to conduct a number of roles, including intelligence, surveillance and reconnaissance, as well as cargo re-supply. 

The company then expects the MoD to make a decision about how it foresees any progression regarding a RWUAS capability. At the start of the programme, the MoD had been considering equipping the Royal Navy with a RWUAS platform beyond 2020 .

In July 2013, the MoD signed a $2.3 million contract to execute the maritime UAS programme, which aimed to prove the concept of operating a conceptual multi-role UAV from a Royal Navy vessel. AgustaWestland beat off competition from parties including Lockheed Martin, Qinetiq, and Saab.

The RWUAS will consist of an air vehicle, ground control station and communications link to reduce possible delays in the event of unplanned maintenance or technical issues,” an official government statement read at the time.

The RWUAS CCD centred around the use of the PZL-Świdnik SW-4 SOLO Optionally Piloted Vehicle (OPV), which is based on the SW-4 light single engine helicopter. The OPV is designed to conduct a number of roles, including intelligence, surveillance and reconnaissance, as well as cargo re-supply. “In piloted configuration, the SW-4 can undertake a number of activities, including transportation of personnel, surveillance and intervention. It can be fitted with a comprehensive mission equipment package, including search, communications/intelligence systems and armament,” a company spokesperson added.

Finmeccanica confirmed that the MoD’s RWUAS programme had completed 27 hours of flights with a total of 22 simulated deck landings conducted, with a safety pilot sitting idol in the cockpit ready to take the controls if necessary. However, this was not required, AgustaWestland confirmed.

Additionally, the CCD included collaboration with Atlas Elektronik regarding mine countermeasure (MCM) operations and BAE Systems for integration with ship management systems. The CCD also approached concepts of operation regarding hydrographic surveying. Company officials however, were unable to confirm whether these concepts of operation had included any networking or collaboration with other unmanned or manned assets including unmanned underwater vehicles (UUVs) and unmanned surface vessels (USVs). However, officials confirmed the tests had been a, “tremendous success,” with the CCD, “prompting thinking of [additional] flight line uses.” The technology currently lies at Technology Readiness Level (TRL) 7.

We are now looking at airspace openings to allow access across the UK’s airspace,” the source added although further information as to where such flights would occur remained undisclosed.

Meanwhile, it emerged that the Polish and Italian Navies  were also continuing to conduct evaluation of the SW-4 SOLO OPV although Finmeccanica described how their efforts were focussed more on demonstrating the unmanned technology itself as opposed to proving a more holistic concept of operations approach on board an operational vessel, as was the evaluation conducted by the UK’s MoD.

We do not want to develop a solution for a single customer. Instead, we are focussed on developing a product which can fulfil a number of requirements for multiple customers,” a company spokesperson explained.

Considering the wider international market, company officials also outlined, “emerging opportunities,” in the area of border security, especially in the Middle East and North Africa (MENA) market for unmanned platforms.

Company Sources suggested Finmeccanica’s FALCO and RWUAS products could be utilised to carry electro-optical (EO), radar and communications payloads in order to facilitate such a requirement. The FALCO tactical UAV was designed for persistent surveillance, target detection, localisation, identification and designation missions, optimised for civil and military surveillance and Homeland Security sectors.

Finmeccanica FALCO

According to Finmeccanica, the FALCO’s 24/7, all-weather capability provides an ideal fit for border patrol, coastal watch, immigration prevention, law enforcement to power and pipelines surveillance, illegal fishery prevention, and environmental monitoring.

The FALCO air vehicle, besides its inherent automatic Short-Take-Off ability from semi-prepared airstrips, can also be launched from a pneumatic catapult in a tactical environment. Recovery is accomplished by automatic conventional Wheeled Landing, Tactical Short Landing, or by parachute. Landing gear is designed to prevent payloads and aircraft structure damages due to heavy landings (decks landings or parachute recovery) and for semi-prepared landing strips operations,” a company spokesperson explained.

FALCO can be equipped with EO/IR, Synthetic Aperture Radar (SAR), maritime surveillance radar, electronic support measures, self-protection systems, hyperspectral camera and nuclear, biological and chemical (NBC) payloads.

Elsewhere in the unmanned domain, Finnmeccanica continues to pursue other developments including evolution of the the Piaggio P.1HH HAMMERHEAD; work with Airbus Defence & Space (DS) on the European MALE 2020 effort; and finally, the Anglo-French Future Combat Air System (FCAS) programme.

The MALE 2020 effort saw a Declaration of Intent signed between the governments of France, Germany, and Italy in May to conduct a study into a European Medium Altitude Long Endurance (MALE) UAS with Finmeccanica agreeing to work with Dassault Aviation and Airbus DS on the task.

The FCAS programme is due to publish its findings in 2016 as part of a two-year feasibility study designed to develop a future Unmanned Combat Air Vehicle (UCAV) concept. The GBP200 million effort includes the participation of Selex ES, BAE Systems, Dassault Aviation, Rolls-Royce, and Safran.
Andrew White

Rheinmetall Exhibits New Naval Weapon Technology at DSEI 2015

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Rheinmetall's newly developed remotely controlled Oerlikon Searanger 20 weapon station and insensitive SAPPIE-T 20mm ammunition are both are on show on stand S7-110.

The remotely controlled Searanger 20 can be mounted on any boat or ship, serving for example as main armament on patrol boats or secondary armament on surface combatants. Fully stabilised, this 20mm medium calibre system combines a high rate of fire with excellent accuracy. It can operate in single shot, burst or rapid single shot mode, which makes it especially well suited for engaging swarms of individual targets at distances of up to 2,000m around the ship. The Searanger 20 is remotely controlled from an operator console, significantly enhancing the safety of the crew. Its sensor unit features state-of-the-art electro-optical sensors for day-night surveillance and an integrated video tracking function. Furthermore, stabilisation and the ballistic programmes in the fire control unit enable effective engagement of targets from a moving ship platform.

Rheinmetall’s newly developed 20mm SAPPIE-T (20x128mm) ammunition is the ideal match for the Searanger 20. SAPPIE-T (semi-armour piercing pyrotechnically induced effect and tracer) combines armour-piercing characteristics with a cascading pyrotechnic impact inside the target, yet contains neither explosives nor fuse. It lends itself extremely well to combatting targets in a maritime environment, and is also safe and easy to transport and store (UN Classification 1.4 C).

DSEI 2015: Rheinmetall Demoes GLADIUS, INIOCHOS, and ARGUS

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At DSEI 2015, Rheinmetall is emphasising its soldier systems. The Group is already producing the modular Future Soldier - Expanded System (dubbed GLADIUS by Rheinmetall, and IDZ-ES by the Bundeswehr) on behalf of the German Armed Forces (Bundeswehr), as well as various systems and component solutions for other NATO partners. In July 2015, the Canadian government contracted with Rheinmetall to start the qualification phase of the Canadian Army’s Integrated Soldier System (ISS).

From individual components to integrated systems based on operational requirements and doctrines, Rheinmetall offers flexible and scalable technology, a wide variety of command and control (C2) and display solutions, different levels of integration as well as variable vehicle integration, including Rheinmetall or third-party hardware and software. Rheinmetall Defence has longstanding experience and expertise in networked-enabled operations and system integration. In particular, the group’s ability to develop seamless C2 system architectures based on international standards – from the individual rifleman up to brigade-level command posts – is essential for implementing soldier modernisation programmes.

At DSEI 2015, Rheinmetall is demonstrating the capabilities of its GLADIUS, now in service with the German Army, and the INIOCHOS battle management system. Interaction between dismounted troops and various vehicles and their sensors and C4I systems will be presented, along with current concepts for network-enabled operations. Also on display is Rheinmetall’s ARGUS, currently being qualified by the Canadian Army for its IISS Project, another example of Rheinmetall’s flexible soldier systems solutions.

Japan’s Defence Policy and Defence Capability Build-up

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Adm. Katsutoshi Kawano, Chief of Joint Staff, Japan Self Defence Force gave MILITARY TECHNOLOGY an exclusive statement, to be read in MT #9/2015.

Japan is surrounded by the sea, and has a long coastline, numerous remote islands and a vast Exclusive Economic Zone. Japan is a maritime state and dependent largely on international trade for its supply of food and natural resources. Therefore, securing the safety of maritime and air traffic, through strengthening an “Open and Stable Sea” order based upon such fundamental principles as the rule of law and the freedom of navigation, constitutes the basis of our peace and prosperity.

The Asia-Pacific region including areas surrounding Japan is still seeing a concentration of large scale military power as well as increasing modernisations of forces and activities of military and relevant organisations.

In light of this security situation, the Government of Japan issued the National Security Strategy, the National Defense Program Guidelines (NDPG), and the Midterm Defense Program in December 2013. Based on them, the MoD/Japan Self Defense Forces (JSDF) is currently promoting and building the Dynamic Joint Defense Force with which we focus on building mobile deployment capabilities in addition to firm main ensuring maritime supremacy and air superiority.

The new NDPG call for the JSDF to selectively strengthen the following functions and capabilities in particular, paying attention to enhance joint functions with interoperability with the US forces, prioritising defence build-up, which enables Japan to maintain maritime supremacy and air superiority, which are prerequisites for effective deterrence and responses to various contingencies- such as strengthening defence posture in the south-western Areas of Japan:
  • ISR Capabilities: Japan will implement extensive and persistent ISR at seas and airspace surrounding it, and adopt a flexible approach to boosting its ISR posture according to the developments of situations.
  • Intelligence Capabilities: Japan will strengthen its system for intelligence collection, processing information, and analysing and sharing the collected information, so that the SDF can promptly detect signs of various situations, and take other actions.
  • Transport Capability: In order to swiftly deploy and move necessary units, the SDF will strengthen its integrated transport capacity, while seeking collaboration with the civilian transport sector on a regular basis.
  • C3I Capabilities: In order to establish a C2 system that can manage units nationwide in a mobile, joint and integrated manner, a new central headquarters to control all regional armies will be established within the GSDF, among other measures. The SDF will also strive to enhance and strengthen its communication infrastructure on remote islands and data link functions among the three services, along with other C3I capabilities.
  • Response to an Attack on Remote Islands: In order to ensure maritime supremacy and air superiority, the SDF will strengthen its ability to deal with attacks by aircraft, naval vessels, and missiles, etc. The SDF will newly develop sufficient amphibious operations capability, which enables the JSDF to land, recapture, and secure without delay in the case of an invasion of any remote islands.
  • Response to Ballistic Missile (BM) Attacks: To counter North Korea’s improved BM capability, Japan will pursue comprehensive improvement of its response capability against ballistic missiles. With regard to the BM Defence system, Japan will enhance readiness, simultaneous engagement capability, and sustainable response capability to strengthen the capability to protect the entire territory.
  • Response in Outer Space and Cyberspace: While strengthening information collection capability using satellites, and reinforcing C2 and telecommunications capabilities, the JSDF will enhance the survivability of satellites through such initiatives as space situational awareness. As for cyberspace, Japan will enhance integrated persistent surveillance and response capabilities as well as continuously strengthen and secure personnel with expertise and the latest equipment.

ShinMaywa's US-2, priced at almost ¥12 billion per aircraft, can take off and land even on rough seas, a standout feature compared to amphibious planes by other manufacturers. 

It is essential for Japan to strengthen cooperation with international partners including European countries and NATO members from peace time in order to deal with global challenges, which are extremely difficult for one country to tackle on its own. Therefore, from the perspective of “proactive contribution to peace” based on the principle of international cooperation, the Japanese people expect the MOD/JSDF, as the final bearer of national security, to strengthen its activities in terms of both quality and quantity.

Adm. Katsutoshi Kawano, Chief of Joint Staff, Japan Self Defence Force


Full statement along with other Chiefs of Defence in MILITARY TECHNOLOGY #09/2015, available at DSEI on booth #S2 165. Please frequently check back for more NEWS FROM THE FLOOR.

Rheinmetall Surveillance and Alert systems at DSEI 2015

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Several examples of Rheinmetall’s state-of-the-art system solutions will be on display at DSEI 2015 in London on stand S7-110.

The key capability of Rheinmetall's HEROLD enables the operator to constantly generate and maintain the optimum situational awareness.

HEROLDnavy is an electro-optical (EO) surveillance and fire-control system that assures continuous 360° surveillance, detection, alerting and simultaneous tracking of more than 256 moving ground/surface and airborne objects. The combined key capabilities of the HEROLD system solution enable the operator to constantly generate and maintain optimum situational awareness. HEROLDnavy encompasses two sensor system elements:

  • FIRSTnavy – covering the complete angular range in azimuth, the “Fast InfraRed Search and Track” (FIRST) surveillance sensor delivers outstanding performance, assuring simultaneous detection and display of multiple ground/surface and airborne targets within a complete real-time panoramic thermal video stream, with a 5Hz repetition rate and an adjustable elevation beam from -29° to +35°. At DSEI 2015 FIRSTnavy is on display with a 2-axis stabilisation for naval applications.
  • Long-range sensor system for enhanced target evaluation – a wide choice of EO sensor systems for target evaluation, tracking and fire control, all of which feature a thermal imager, an eye-safe laser rangefinder and daylight camera, providing a long-range target detection and identification capability.
  • An additional FIRST sensor in tripod-mounted mode, specially designed for ground-based air defence applications and vehicle integration, will be on display at DSEI 2015.

FIRST and the dedicated long-range sensor system come with a sophisticated video image-processing capability for automatic target detection and automatic tracking with continuous calculation of 3-D target characteristics (latitude and longitude coordinates, speed, course, altitude), which are displayed on a dedicated map for improved situational awareness. An additional multi-mode multi-target tracker assures robust tracking capabilities and offers various search parameter settings for automatic target reconnaissance (ATR) to reduce false alarms as well the workload of the operator during extended missions.

At DSEI 2015, Rheinmetall is showcasing the Multi Sensor Platform MSP600, with a very precise internal 2x2-axis stabilisation for observing surface and airborne objects over very long distances as an example of a second component of the HEROLDnavy system.In the standard sensor configuration, it consists of three units: A sensor head, which contains a thermal imager, high-resolution colour CCD camera and a switchable eye-safe laser rangefinder; internal 2x2-axis stabilisation; and the operator and control unit. It provides an around-the-clock vision capability, including in conditions of poor visibility. Its integrated eye-safe laser rangefinder can be used to generate 3-D tracking data. Furthermore, the video processing unit includes automatic target reconnaissance (ATR) and line of sight (LOS) functions. The combination of ATR and pre-programmable search patterns enables automatic area surveillance with a high system redundancy.

Saab´s Latest CARL-GUSTAF M4 And AT4 Debut At DSEI 2015

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Saab presents, for the first time at DSEI, the next-generation CARL-GUSTAF M4 alongside new capabilities for the AT4.

CARL-GUSTAF M4 (All Photos: Saab)

Visitors to London’s DSEI defence and security exhibition in September will be able to see and evaluate Saab’s lightweight CARL-GUSTAF M4 for the first time. Introduced to the market just last year, the M4 has all the flexibility and lethality of previous CARL-GUSTAF variants. However, thanks to far-reaching design changes and improvements it now weighs less than 7 kg, delivering a significant improvement in soldier mobility. The M4 is also compatible with future battlefield technology such as intelligent sighting systems for programmable ammunition.

The CARL-GUSTAF M4 is the next evolutionary step in the development of Saab’s multi-role, portable weapon systems. It can be deployed in any combat environment to effectively dictate the outcome of each engagement. As with all versions of the CARL-GUSTAF, the latest M4 provides a capable, flexible and easy-to-master solution for current and new customers. Saab’s design philosophy ensures the effective use of the system when it matters most.

We are proud to present our new CARL-GUSTAF M4 at DSEI for the very first time. We have developed this weapon system in response to our customers’ needs for tomorrow and we are very pleased to show the latest version of the system to the audience in London,” said Görgen Johansson, head of Saab Business Area Dynamics.

For our users, the CARL-GUSTAF system has proven to be very simple to train with and employ. It’s a short step from when an individual sees the system for the first time, to being proficient in use on military operations,” said Malcolm Arvidsson, product director for the CARL-GUSTAF M4.

Important new capabilities developed by Saab for its AT4 weapon system will also be exhibited for the first time at DSEI. These enhanced variants deliver extended range (ER) performance and improved high explosive (HE) effects. With an AT4, any soldier can now defeat more targets with greater flexibility and in many more scenarios.

The latest AT4 versions were launched into production with a December 2014 order from the French Ministry of Defence procurement branch, the DGA (Direction Générale de l'Armement). The enhanced AT4 was selected by France after an international competitive evaluation. It will serve as the Roquette Nouvelle Generation (Roquette NG) next-generation shoulder-launched weapon system for the French armed forces. 

These new members of our AT4 family further expand the great versatility of the weapon and emphasise its position as the leading disposable shoulder-launched support weapon on the market,” Johansson concluded.

DSEI 2015 is held from 15-18 September at the ExCel London exhibition centre, London docklands. At DSEI 2015, Saab is at stand 230, hall N2.

Raytheon Anschütz Bidding for Royal Navy’s Fleet-Wide Radar Modernisation

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Raytheon Anschütz (RA) is a German-based subsidiary of Raytheon, standing out with their long experience in designing and integrating navigation systems, with a record of more than 35,000 vessels using RA's navigation systems.

At stand #S9-230, RA present themselves as the selected navigation system integrator for the UK Royal Navy Type 26 Global Combat Ship (GCS). RA's capabilities are:
  • Systems Integration: As one of the most experienced and capable navigation system integrators, RA is committed to design individually optimised, efficient systems solutions together with the respective customer to meet complex requirements and, at the same time, to reduce risk and non-recurring development cost. Systems integration includes integration of Government Furnished Equipment (GFX), as well as acceptance of a total system responsibility.
  • Technology Base: RA's integrated solutions are based on state-of-the-art technologies. Featuring open data structure and contents of RA's Synapsis Integrated Navigation System, the company can offer integration of sensors and systems as required by the customer with the highest flexibility. Common/shared hardware platforms, service-oriented multifunctional displays and intelligent data distribution via lean and transparent LAN add efficiency, flexibility and customised performance to any of RA's solutions.
Recent References with global Navies include the supply and integration of Integrated Navigation Systems for the UK Royal Navy Type 45 and the design for the Type 26 Combat Ships, and the current German Navy K130 Corvettes and F125 Frigates programmes. For the Royal Canadian Navy RA has integrated Navigation Radars as part of the HALIFAX-class Frigate Modernisation programme.

Further UK references include the integration of steering controls and autopilot systems on the QUEEN ELIZABETH-class Aircraft Carriers, the integration of WECDIS aboard the Type 45 Destroyers to enhance INS capabilities, and an in-service support (ISS) solution for the Type 45 Destroyers, which is supported through RA's UK Office near Portsmouth Naval Base. RA is bidding for the Royal Navy’s Fleet-Wide Radar Modernisation programme and working with their partners in the bid to replace the fleet-wide platform gyros.

Eurofighter TYPHOON - Providing the Backbone of Europe’s Air Power

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The Aircraft Remains a Valuable and Potent Multirole Asset for Air Forces Well Beyond 2030

The summer has been good to the Eurofighter TYPHOON multi-/swing-role combat aircraft with a report boasting it can outclasses any currently operational fighter aircraft (with the exception of the F-22 RAPTOR), achieving 300,000 flying hours, and STORM SHADOW cruise missiles tests to take place in the UK later this year, as well as investments, including the CAPTOR-E AESA radar; BRIMSTONE, STORM SHADOW, and METEOR missiles; and new launcher systems.

Whilst the EUROFIGHTER has had a troubled development history, this should not obscure the fact that its operators now possess one of the world’s finest air-superiority aircraft with growing and potentially superb multirole strike and reconnaissance capabilities. (Photo: Eurofighter)

A new Whitehall Report by the UK’s Royal United Services Institute for Defence and Security Studies (RUSI), entitled “Maximising European Combat Air Power: Unlocking the EUROFIGHTER’s Full Potential” was welcomed by Eurofighter Jagdflugzeug’s CEO, Alberto Gutierrez, as, “positive and encouraging,” proving, “beyond doubt the case for further investment in the aircraft programme to bring out the full potential of the Eurofighter TYPHOON.”

The Report states that the EUROFIGHTER’s combination of high thrust-to-weight ratio, manoeuvrability at all speeds, 65,000ft service ceiling, supercruise capability, powerful radar, and large missile load, "ensures that it outclasses any currently operational fighter aircraft in the world with the exception of the F-22 RAPTOR.”

The report goes on to state: “In terms of air-to-ground capability, the EUROFIGHTER is relatively immature compared to many legacy aircraft and even to the Dassault RAFALE and Saab GRIPEN. In RAF service, PAVEWAY II and enhanced PAVEWAY II bombs are available for Tranche 1 aircraft, whilst the P1Eb software upgrade for Tranche 2 and 3 aircraft has enabled PAVEWAY IV delivery. At present, only the RAF and Royal Saudi Air Force operate their TYPHOONs as multirole aircraft. In Spain, Germany and Italy, the EUROFIGHTER is purely an air-to-air fighter at present. However, strike and interdiction capabilities are planned for introduction in Italian and German service over the next decade.”

Given the current fragile geo-political situation, Gutierrez noted that, at the heart of the report, is a call for a continued, “relatively modest level of sustained funding,” in the programme to, “fully optimise the aircraft’s multirole capabilities,” to which he said: “We believe this report is positive and encouraging because it makes such a strong case for the aircraft. It also demonstrates the value of investing in Eurofighter which is a long-term investment in the defence and security of those nations who operate our combat aircraft.”

Recent investments in the Eurofighter programme that included, E-Scan radar; BRIMSTONE, STORM SHADOW, and METEOR missiles; and new launcher systems, have all been well-received.
Continued investment in the platform is needed to unlock the full potential of the jet, and the report states that given the number of capability enhancements, “which are on the cusp of being delivered, any new operators would benefit greatly from the investment in the EUROFIGHTER’s journey to maturity made by existing partner states as they would be buying a ‘finished product’ – and one with the potential for significant future enhancements.”

Airbus Defence & Space (DS) has recently successfully completed flight-testing of a package of aerodynamic upgrades to the TYPHOON that promises to enhance further the aircraft’s agility and weapons-carrying ability. The Aerodynamic Modification Kit (AMK) is part of a wider Eurofighter Enhanced Manoeuvrability (EFEM) programme, entailing primarily the addition of fuselage strakes and leading-edge root extensions, which increase the maximum lift created by the wing by 25% - resulting in an increased turn rate, tighter turning radius, and improved nose-pointing ability at low speed – all critical fighter capabilities in air-to-air combat.

The introduction of the AMK will not only enhance the Eurofighter’s current  capability as a swing-role fighter-bomber, but will provide additional growth potential, enabling easier integration of future air–to-surface configurations and much more flexible applications, vastly enhancing the aircraft’s mission effectiveness in the air-to-surface role.

The summer also saw the Eurofighter TYPHOON achieving more than 300,000 flying hours since the entry-into-service of its worldwide fleet. Eurofighter Jagdflugzeug confirmed the milestone adding that the programme has, “delivered unprecedented levels of reliability.”

Gutierrez boasted: “No other military fast jet in the world can match the reliability of this aircraft. We are extremely proud that, on deployment, on Quick Reaction Alert, and day in, day out, the EUROFIGHTER can be counted on to do what is needed. Right now in the Baltics States, the Eurofighter TYPHOON is delivering protection to Europe with the UK, Spain, Germany, and Italy all having done tours of duty there, and we will continue to ensure the TYPHOON is ready and available for any mission. Our capability enhancement programme will continue to deliver when others have peaked. What is really exciting for us, is it is now being recognised that the Eurofighter TYPHOON offers a genuine ‘force multiplier’ effect when operated alongside other aircraft. We have the kinetic effect and flexibility to put both pace and muscle into the mix. Add in our reliability record over 300,000 hours of flying and you can see that we are confident about the future.”

 (Photo: Eurofighter)

By July 2014, 250,000 flying hours had been reached while, at the same time, Eurojet, the makers of the TYPHOON’s EJ200 engines, celebrated half a million flying hours on the aircraft.

Furthermore, a series of ground based tests have been completed at Finmeccanica-Alenia Aermacchi in Turin-Caselle, Italy, and at BAE Systems in Warton, Lancashire, UK, in readiness for the Eurofighter TYPHOON’s flight trials with MBDA’s STORM SHADOW cruise missiles, which are due to take place in the UK later this year.

MBDA’s STORM SHADOW is a combat proven cruise missile, already in service with the Italian Air Force and RAF TORNADOs, a conventionally armed, stealthy, long-range stand-off precision weapon.

The flight trials will build upon previous trials in Italy last year, which saw the first successful release of a STORM SHADOW from a TYPHOON. The UK based trials will see the missile being released from Italian IPA2 aircraft in order to collect safe weapons separation trajectory data and to verify the correct release sequence of the missile.

Eurofighter TYPHOON is one of the most advanced new generation swing-role combat aircraft currently available on the world market. Seven nations (Germany, the UK, Italy, Spain, Austria, Saudi Arabia, and Oman) have already ordered the fighter. Eurofighter TYPHOON is currently one of the largest military procurement programmes in Europe. Eurofighter Jagdflugzeug manages the programme on behalf of the Eurofighter partner companies, Finmeccanica - Alenia Aermacchi, BAE Systems, and Airbus DS. Since delivery of the first Eurofighter TYPHOON to the RAF at the end of 2003, a total of 571 aircraft have been ordered and 438 delivered to six nations, with 300,000 flying hours achieved.

The United Kingdom - A Leading Contributor to NATO’s Assurance and Adaption Efforts

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Gen. Sir Nicholas Houghton, Chief of the Defence Staff of the British Armed Forces gives MILITARY TECHNOLOGY an exclusive statement on the state of UK defence, to be read in #9/2015.

The last 18 months have seen significant challenges to the international rules based system with NATO at the forefront of the response.  The renewed focus on NATO as the guarantor of security in Europe is clear for all to see.  The Wales Summit last September came at a pivotal time for the Alliance and the UK is playing a leading role in delivering the commitments made by Allies.

The enhancements to the NRF being implemented as part of the RAP heralded at Wales will see a more capable force at higher readiness, better able to tackle the full spectrum of challenges the Alliance might face.  The creation of the VJTF and the Immediate Follow-on Forces Group ensure that NATO has the ability to respond quickly and decisively.  These elements will see NATO better able to respond to threats and challenges and there is clear resolve from Allies to ensure NATO can deliver highly capable and sustainable forces at speed and at scale.  The ability of NATO to call upon truly multinational forces held at high readiness ensures that it can play a central part in managing crises across Alliance territory and beyond.  This is an ambitious but appropriate response by NATO to the evolving security environment and demonstrates the collective resolve of all 28 Allies.

Whilst adaption of the NRF is important, more important is its resourcing by Allies.  Events of 2014 and the decisions reached at the last Summit have demonstrated that Allies are more committed than ever to putting NATO at the heart of European defence.

The UK has been a leading contributor to NATO’s assurance and adaption efforts.  Across 2014 and 2015 the UK has undertaken two rotations of the Baltic Air Policing mission and will have deployed in excess of 7,000 personnel on exercises with Eastern Allies.  The UK is also central to the successful implementation of the VJTF, contributing a Battle Group to the Spanish framework in 2016 and committing to lead the VJTF during 2017.

The changing security environment means the Alliance must ensure it adapts to the challenges and threats that present themselves now and in the future.  The NATO Forces 2020 goals agreed at the Chicago Summit committed NATO to deliver a coherent set of deployable, interoperable and sustainable forces able to meet NATO’s level of ambition.  Modern, effectively connected forces that can operate together and with partners in any environment are essential to NATO and its ability to respond to emerging threats.  The Connected Forces Initiative (CFI) is a robust and multifaceted project providing the structure for Allies to train and exercise, reinforcing full-spectrum joint and combined training and promoting interoperability (including with partners).  The CFI will be a means to deliver the training and exercise element of the RAP and will complement and reinforce NATO Forces 2020 by improving NATO’s readiness and responsiveness.

Whilst a great deal of adaptation has already been completed, with other key work strands underway, there is still more that NATO could do.  Adaptation of the military aspects of the Alliance is important but so is the adaptation of the wider institution, including the speed of decision making.
As the threat changes, so must our Armed Forces.  In the last 18 months we have been exposed to a more integrated use of hybrid warfare to the East of NATO and a challenging and complex security environment on the Southern flank.  A key element for NATO is shared situational understanding, enabling the Alliance’s decision making; therefore, Intelligence Surveillance and Reconnaissance assets with the ability to disseminate information will be vital in providing that understanding.  At NATO’s heart is the principle of collective defence and with it, deterrence.  Therefore, the ability to understand should be coupled with the coordination, synchronisation and application of military effects across all environments to reassure Allies and deter aggressors.  This includes cyber, which is increasingly being used against us.  Maintenance of information superiority in modern conflict needs to be as much a priority as air superiority and therefore, nations need to ensure that their cyber defence capabilities are as strong as possible.  There is, however, still a place for “traditional” forces, providing visible deterrence and reassurance through the deployment of technologically advanced military strength, such as 5th generation fighter aircraft, precision guided munitions and advanced maritime platforms.

NATO's greatest strength is its unity.  Through 2020 and beyond, stimulated by the requirement to use defence resources in the most efficient way, we will further strengthen that unity to maintain and upgrade NATO's military strength.  NATO is the most successful military alliance in history, we and our Allies are clear that we will ensure it retains that status.

Gen. Sir Nicholas Houghton, Chief of the Defence Staff of the British Armed Forces



Full statement along with other Chiefs of Defence in MILITARY TECHNOLOGY #09/2015, available at DSEI on booth #S2 165. Please frequently check back for more NEWS FROM THE FLOOR.

The Way Ahead for Sweden’s Partnership with NATO

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Gen. Sverker Göranson, Supreme Commander of the Swedish Armed Forces gave MILITARY TECHNOLOGY an exclusive statement, featured in MT #9/2015.

Since its launch in 1994, Sweden’s partnership with NATO has been a remarkable success story. Like any strong relationship, it has flourished because it has been able to develop and adapt to new circumstances. For many years, its centre of gravity was NATO-led crisis management operations in the Balkans and Afghanistan. Now we are at the beginning of a new phase – a phase defined by the return of geopolitics and a deteriorating strategic situation in and around the Baltic Sea, basically as a result of Russia’s political and military behaviour.  

All indications are that this harsher Baltic climate will be with us for the foreseeable future. This fact has profound consequences for Sweden and for our partnership with NATO (as indeed for NATO itself). Its policy framework remains that of a partnership, but its practical content will have to shift – from the plains of Northern Afghanistan to the more familiar surroundings of the Baltic Sea and its coastal nations; from far-away crisis management operations to exercises and training on the ground, in the air and on the sea close to home.

In fact, this transition is already well underway. As it should be in our mutual interest to do so, I have full confidence that we will succeed in deepening our cooperation even further. The Enhanced Opportunities Programme (EOP), which is based on the principle of taking the individual partner’s capacities and needs as the point of departure, provides the flexible platform we need. Encouraging first steps in the application of EOP have been dialogue and exchange of assessments regarding the situation in the Baltic Sea area.  

For the Swedish Armed Forces, we are pressing ahead with a comprehensive reform effort – a process launched back in 2009, but one which has assumed added urgency in light of recent developments. It aims at creating a robust, agile and mobile force which can respond effectively to security challenges at home, in the Baltic area and beyond.

Swedish Air Force Saab GRIPEN C with Diehl Defense IRIS-T and Rafael LITENING Pod on Gotland. (Photo: Mönch/DPM)

In June the Swedish Parliament, with a broad majority, adopted a defence resolution for the period 2016-2020. The bill, which is based on a strong regional focus, increases the defence budget with some 10% by 2020 in order to boost the Armed Forces’ operational capability in the coming years. Investments will be made in updating personal equipment for our soldiers, communication equipment and weapon systems. On the Army side, tanks will be upgraded and new mortars acquired; the navy will receive two next-generation submarines; continued investments will be made for air defence, including the introduction of the next generation of JAS GRIPEN fighters and new short and medium range surface-to-air missiles. Training and exercises will be other strong priorities. After many years of diminished funding, this marks a crucial step in the process of lifting our capacity – across all three services - to an adequate level. Another important dimension of the bill is the tasking given to relevant government agencies to resume planning for civilian defence and civilian support to military defence. This was an integral part of the comprehensive defence concept applied during the Cold War, but was subsequently abandoned during the 1990s. Its resumption is most welcome, not least given the emergence of hybrid threats which will require close coordination between military and civilian actors.  
 
VISBY-class HSwMS NYKÖPING (K34). (Photo: Mönch/DPM) 

The work to strengthen Swedish defence follows a two-pronged approach. Apart from the national process, we must work intensively with like-minded neighbours and partners. Fortunately, there is a rich variety of cooperative formats to draw on. These include key bilateral relationships with Finland and other Nordic and Baltic countries, as well as other individual Allies, including the US. Based on a broadly shared assessment of the increased threats facing us in the Baltic region, and a Swedish willingness to shoulder its part of transatlantic solidarity, such cooperation is now being stepped up.
However, our cooperation with NATO is simply indispensable as it provides a unique structure and menu for our interoperability efforts. As the saying goes, if it did not exist, we would have to invent it. Tested tools like PARP and OCC will continue to serve their purpose and our participation in NRF will remain a key component of our cooperation. Access to the most complex and demanding NATO exercises, particularly the ones conducted in the Baltic area, has long been a major Swedish priority. If anything, it will only become more important in the future. Ideally, such participation should allow for early Swedish involvement in the planning phase, giving us the opportunity to contribute to the shaping of the exercise. The core of the Swedish security policy doctrine is the recognition that security today is best built in cooperation. The practical implication is that we must have the ability to provide and receive military support. Our exercise profile must reflect this political ambition.
Looking ahead, the context for Sweden’s partnership with NATO will be very different from what we grew accustomed to during the “ISAF years”. Its relevance, however, will likely be as strong as ever. Shared values are a strong bond, as is mutually beneficial practical cooperation.

Gen. Sverker Göranson, Supreme Commander of the Swedish Armed Forces


Full statement along with other Chiefs of Defence in MILITARY TECHNOLOGY #09/2015, available at DSEI on booth #S2 165. Please frequently check back for more NEWS FROM THE FLOOR.

The Ukrainian Armed Forces: Neutralising Risks and Potential Security Threats

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Col. Gen. Viktor Muzhenko, Chief of the General Staff – Commander-in-Chief of the Armed Forces of Ukraine gives MILITARY TECHNOLOGY and exclusive statement for #9/2015.

In light of the Crimea annexation and Russian aggression in the eastern part of the country, Ukraine faced the necessity to reassess and modify its approach to its national security and defence sector. As a logic consequence, our government has initiated the urgent review of the package of key guidelines and conceptual documents related to national security and defence. Parliament has commented upon the necessity of making adjustments to the National Security Strategy of the Ukraine based on the results of the Comprehensive Security and Defence Sector Review of Ukraine, as well as the Military Doctrine of Ukraine, the Concept of Security and Defence Sector Development of Ukraine, and the Ukrainian Strategic Defence Bulletin.

The Strategy sets up new principles and guidelines for the improvement of the system to ensure national security, an effective response to Ukraine’s new threats and adaptation to modern challenges.
Indeed, the documents mentioned above will reflect the ways for the defence sector reform, particularly a clear definition of military threats to national security based on lessons learned principles, a new delineation of powers between governmental and military authorities, and an adjustment of functions and tasks of the Ukrainian Armed Forces (UAF). The priority areas for subsequent efforts in this domain will include the military structural transformation, manpower strength adjustment and C2 system improvement.

Furthermore, the UAF will remain the basic component of the national security and defence sector. The core objective of reform and development is to strengthen our Armed Forces and other military formations as a whole by making them modern, mobile, well-equipped and capable of performing their main task – to neutralise risks and potential threats to the security of our country.
One of the significant steps in this direction is the implementation of the best military standards into the UAF operations. In its turn, this supports the necessary level of operational interoperability between the UAF units, NATO and EU forces as well as enhances readiness to fulfil assigned tasks (develops operational capabilities).

Ukrainian Armed Forces ride on APCs near Debaltseve, Ukraine, earlier in 2015. (Photo: Ukrainian MoD)

Moreover, despite the complex situation and certain economic restrictions, Ukraine shall keep observing its international obligations. This means that we will continue participation in the EU Battle Groups, the NRF and the OCC, even though the latter would require significant adjustment. We also view our continuing participation in NATO operations as an effective way to increase operational capabilities of the Armed Forces of Ukraine. For example, UAF continuing participation in NATO-led operations has been proven to be an effective way to increase the national operational capabilities.

However, in terms of the world tendency for the defence expenditures reduction, our military top brass have faced an embarrassing dilemma: if the UAF are able to fulfil the full range of their tasks and missions.

It is no secret that throughout the UAF existence they were affected by underfunding. Every Ukrainian government since independence has budgeted less than was necessary to adequately fund the existing military – and then provided actual funding even less than the paltry amount budgeted.  Therefore, today the effectiveness of Ukrainian military spending is severely compromised by numerous reasons. The vast majority of financial resources have recently been spent on personnel, but very little investments were made in modernization and acquisitions.

Meanwhile, looking at the figures it should be admitted that in 2015 Ukrainian military spending has considerably increased to 3.5-3.9% of GDP (in comparison to the previous years, defence spending in 2013 was 0.96% of GDP, in 2014 – 1.68%).

What is more, according to the reform programme “Strategy 2020”, recently approved by the President of Ukraine, military expenditures are planned to be increased up to 5 % of GDP in the short-term perspective.

Current Role and Significance of NATO

Needless to say that security trends play the great role in the process of forming a new system of international relations. Contemporary international security environment is complicated by the increased number of actors and threats. Continued instability, crisis driven by Russian aggression in Ukraine, barbarism at the hands of Da’esh in Syria and Iraq as well as fighting against piracy – these are only some of many modern challenges, spanned from Afghanistan to the west coast of Africa, that international community has to struggle with.

A pair of Ukrainian Mil Mi-24 Hind attack helicopters (Photo: Ukrainian MoD)

This fact implies that countries should exert more efforts to cooperate with each other in order to provide security at different levels (national, regional or global). Nowadays, many experts claim that no security system provides the full security and “the only reliable system is shared values and interests of the members of the system”. In light of this, it raises the question of current significance of NATO.

From our perspective, NATO gives the best example of how common values and interests facilitate political and military collaboration aimed at ensuring security of the member states.

Additionally, it should be mentioned that the Russian annexation of Crimea and Russia's military actions in the eastern Ukraine, which forced a paradigm shift away from the notion that the age of expansionism was in Europe's past, have renewed the relevance of the North Atlantic Treaty.

The ongoing conflict in Ukraine is not a local one, as one might probably consider. It is a great challenge for the whole European security system with remarkable implications for great variety of defence and security issues. Moreover, the crisis appears to be a potential turning point in Euro-Atlantic security. As a result, Russian imperial behaviour and its aggressive actions towards Ukraine marked a new era in the history of Northern Atlantic Treaty Organization and gave the Euro-Atlantic sceptics a clear answer regarding the Alliance future: NATO is a unique international organization capable of safeguarding – by political and military means – the freedom and security of all its members.

However, there are two major challenges which may prevent NATO’s remaining the cornerstone of Euro-Atlantic security system. The first is the global economic downslow, and, particularly, the financial crisis in the European Union. European countries, which comprise the majority of NATO members, may cut their defence budgets in order to manage their financial predicaments, thus undermining their ability to cooperate effectively with transatlantic partners.

The second is the issue of cooperation with emerging powers (Brazil, China, India and Russia) in the area of international security. The main question is whether these states will cooperate with NATO in the global arena or they will pursue their own security policies which will not coincide with NATO’s interests and goals. In this case, NATO may become a regional actor with a vague perspective of global status.

Nevertheless, I see three ways of further NATO development: Reformation, Transformation and Conditioning (adaptation or accommodation to modern challenges).  And in my view it could be realized thought strengthening the partnership using all available formats and tools. Only joint attempts make us “Stronger Together” in the world of changes.

Lessons Learned from the Ongoing Conflict in the East of Ukraine and the Participation of the Armed Forces of Ukraine in Antiterrorist Operation 

During the last two years the Russian Federation has been pursuing an aggressive policy, aimed at returning Ukraine under its control, disrupting its European development vector, weaken and split our country.

Ukrainian Sukhoi Su-25 in flight (Photo: Ukrainian MoD)

Russia tries to achieve its ideological, political, economic and military-strategic objectives via implementation of its plans, designed to veil its responsibility for fuelling and supporting the conflict in Donbas, while blaming Ukrainian authorities.

Indeed, Ukraine is currently at war, and this undeclared war being waged by Russia against us, is defined as “hybrid”, “non-linear” or “war of controlled chaos.” Such kind of war could be considered as comprehensive actions, combining ideological, informational, military, social and political, diplomatic, economic and terrorist elements, which are coordinated from one centre to achieve certain strategic objectives. Each of these “hybrid war” elements is not new. However, their balance, coherence, interconnection, dynamics as well as flexibility of employment, which we face, are unique.

One of the main military characteristics of the "hybrid war" in the eastern Ukraine is the large-scale actions of insurgent groups, inspired by Russian propaganda. Therefore, the absence of a declaration of war and an open aggression towards Ukraine defined a national choice in carrying out the antiterrorist operation as the most adequate way to respond to the threat. Since the beginning of the conflict, they have been distinguished by purely terrorist contents – armed seizures of local authorities, banking system, media, etc.

However, after more than one year of the UAF participation in ATO we could define the following military characteristics of the ongoing conflict:

  • Absence of continuous front line;
  • Combat actions mainly in urban areas;
  • Spread of asymmetric threats (terrorism and sabotage, disrupt of communication lines using civilians as "human shields" by terrorists).  

As a result, it led to psychological unwillingness of our forces to use military weapons. It clearly explains the success of such actions of Russia-backed militants last spring in Crimea;

  • Integrated use of intelligence, fire strikes and targeting;
  • Increased role of mobile units and special operations forces;
  • Significant role of artillery and MLRS, compared to other modern conflicts, in particular, their employment by Russian forces from their own territory;
  • Widespread use of modern UAVs for reconnaissance and targeting;
  • Employment of advanced electronic warfare assets by Russian-terrorist forces.

Apart from this, the conflict in the Eastern Ukraine differs by the level of terrorists support from Russia. Of course, methods of cross-border armament supplies to terrorists are not new.  However, the situation in Donbas in terms of its scale is unprecedented.

It is a massive delivery of military equipment in various ways, by direct lift across the border, its transportation under the guise of "humanitarian convoys," with complete denial of the Russian side involvement, which serves as a unique feature of the conflict.

Despite all existing difficulties, the Armed Forces of Ukraine, in cooperation with other security forces, have stopped a hidden military aggression of the "hybrid war", consequently destroyed Russian plans to establish control over six south-eastern regions of Ukraine (167sqkm) and prevented implementation of its intentions to create so called common Eurasian space from Lisbon to Vladivostok.

Participation of the Armed Forces of Ukraine in International Peacekeeping Operations

The UAF have been taking part in international peacekeeping operations since the declaration of independence of our country.

An Ukrainian Navy Kamov Ka-27 HELIX leaving the deck of a naval vessel. (Photo: Ukrainian MoD)

During this period more than 45,000 peacekeepers have gained invaluable experience in twenty countries (Afghanistan, Angola, the Democratic Republic of Congo, Kosovo, Cyprus, Georgia, Guatemala, Ethiopia, Eritrea, East Timor, Iraq, Lebanon, Liberia, Moldova, Sierra Leone, Ivory Coast, Sudan, Abyei Area, Tajikistan).

Today, there are three Ukrainian national contingents, which have been involved in international peacekeeping operations under the auspices of international security organizations (UN and NATO), such as:

  • National contingent in Kosovo, (Republic of Serbia) as a part of multinational battle group "East". This contingent performs mine-clearance checks,  dismantling of damaged buildings, shrub clearing, other engineering work.
  • Helicopter detachment in the Democratic Republic of the Congo, which fulfils the tasks as a part of the UN Stabilization Mission. Contingent performs fire support of ground forces, armed support, Rapid Response Unit activities, regrouping of forces and land operations support, fire support of search and rescue operations, search and rescue operations (activities), airborne operations; reconnaissance flights, medical transportation; urgent logistical support, patrolling and surveillance.
  • Helicopter squadron under the UN Mission in Liberia: Contingent performs mission personnel and VIP transportation, cargo transportation, medical transportation, wounded personnel evacuation, patrolling and surveillance, air support of the UN Mission troops’ movement.

Furthermore, 55 UAF servicemen continue to fulfil their tasks in eight countries and under the UN Interim Security Force for the disputed Abyei Area (Sudan) as the national personnel.
In total, 549 UAF troops perform their tasks today under UN and other international umbrellas outside our country.

Col. Gen. Viktor Muzhenko, Chief of the General Staff – Commander-in-Chief of the Armed Forces of Ukraine


Full statement along with other Chiefs of Defence in MILITARY TECHNOLOGY #09/2015, available at DSEI on booth #S2 165. Please frequently check back for more NEWS FROM THE FLOOR.
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