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Digest June/July 2006

 

Scout for any Situation
Scout for any Situation
In early April 2006 Robowatch Technologies and Diehl BGT Defence unveiled their new Asendro modular reconnaissance and defusing robot system, which is designed to provide field-expedient situational analysis of a possible hazard. The robot ‘system’ comprises a manoeuvrable platform and two mission-specific payload modules bearing either a reconnaissance or manipulator arm, easily interchanged depending on the situation. The Asendro Scout version can climb stairs, navigate at 15 km/h through narrow passageways and over rough terrain and the 40 x 60-cm body fits comfortably into the boot of a car. When a suspect package or item is found the Asendro EOD variant can be quickly assembled. The robot’s manipulator arm has a stereo camera system that transmits real-time imagery to a helmet display, which gives the operator a 3D view of the situation. The gripping extension can move and examine objects, open doors and windows or remove suspect objects weighing up to five kilos. Additional specialised tools are available for the manipulator arm. Asendro Robowatch and Diehl are currently developing a third payload module that will detect life-threatening airborne substances with a variety of sensors: a Geiger counter for alpha, beta and gamma radiation; an electro-chemical biosensor to detect toxins, viruses and bacteria and a multi-gas scanner for chemical warfare agents such as Sarin.

New Shmel at Eurosatory
New Shmel at Eurosatory
KBP’s latest version of the shoulder-fired thermobaric warhead weapon, the Shmel-M, has recently received the Russian authorities’ stamp of approval for export and will be on display at the forthcoming Eurosatory exhibition near Paris.New Shmel at EurosatoryThe weapon, full designation which is the Shmel-M PDM-A, was accepted into Russian Army service in December 2003 and is said to carry a warhead that is 50% more lethal than its predecessor as it packs the equivalent punch of about 5.5 kg of TNT, yet the overall weight of the 90 mm calibre system is cut by 36%. Due to its more powerful rocket motor, the –M sees its direct-fire accuracy doubled against an armoured vehicle at 300 metres. While sighting range is increased to 800 metres, its maximum range (for example when fired from a helicopter or an elevated point) reaches 1700 metres. Overall length of the Shmel-M is 92 cm.

Gripens Go Hungary
Gripens Go Hungary
Mid-March 2006 saw five Gripen C and D version multi-role fighters delivered to Kecskemet Air Base in Hungary, this marking the first delivery of the 14 fighters ordered by the country. The remaining nine aircraft will be delivered progressively to Hungary until December 2007. The latest C and D versions delivered are fully Nato-interoperable and are equipped with full-colour cockpit displays and retractable air-to-air refuelling probes. Hungary is the third nation to operate the Gripen, after Sweden and the Czech Republic.

Talisman UUV Launched
Talisman UUV Launched
The new autonomous unmanned underwater vehicle (UUV) from BAE Systems Underwater Systems was successfully launched in mid-March following a series of sea trials in which the drone scored a perfect 100. The Talisman is BAE’s latest modular multi-role UUV and is capable of a variety of maritime littoral operations. The system comprises the underwater vehicle and a remote control console – the carbon-fibre hulled vehicle, designed with separate inner pressure hulls that contain the electronics systems and payload, features vectorable thruster pods that allow it to hover and turn 360° within its own length. Certain low-signature features were incorporated into the hull design by BAE System’s stealth aircraft technology experts at Warton and Samlesbury. The Talisman was designed as a multi-role vehicle in that it was built around today’s almost ‘standard’ open architecture design parameters, which provides for fitting a variety of mission-specific payloads.

On the Armada Bookshelf
European Missile History TTU publication
European Missile History TTU publication«The European Missile Success Story» provides a comprehensive bird’s eye view of not only the great achievements, but also some of the notable “flops” of Europe’s guided weapon industry since World War II. In fact, the large-format and lavishly illustrated book starts with a useful four-page over-the shoulder look at some amazing developments dating back to 1914 (like Dr. Von Siemens’ torpedo-armed, remote-controlled gliders), through the inevitable V1s and V2s of 1944 vintage. Through its 175 pages, the book then walks the reader through the weird and baroque as well as through the most prestigious programmes, gradually waking up memories of famous, but forgotten, company names in the process, all the way up to the advent of MBDA, to finally close on a series of large action pictures revealing unexpected applications, such as the use to good effect, of anti-armour missiles against aircraft.

Mas Shuttles Back of Bus
Mas Shuttles Back of Bus
Eads Military Air Systems (Mas) delivered the first A400M rear fuselage section shells to Airbus Bremen in early-Spring 2006. Eads Mas, the Airbus partner shouldering the overall responsibility for the rear fuselage sections, co-ordinated the efforts of France’s Sogerma and TAI from Turkey on this work-share part of the overall A400M programme. Mas is also developing and producing all piping systems in the centre and rear fuselage sections – this includes the supply and extraction pipes for environmental control systems, and the hydraulic, pneumatic and fuel supply systems.

Tsat Team Tests Pinpoint Lasercom
The Lockheed Martin/Northrop Grumman Transformational Satellite Communication System (Tsat) space segment team has tested its new high-data rate laser communication hardware for compliance with the new US government lasercom interoperability standard. The US Air Force has identified laser communication as a key technology requirement for the Tsat programme, which will provide high-bandwidth IP-based satellite communications. The laser hardware tests demonstrated a single-access optical aperture – the front-end of a communication terminal the uses a laser to transmit and receive information – the beam of which is extremely small and requires precise pointing, scanning and tracking performance to lock onto and communicate with another terminal. Northrop Grumman’s partner, SSG Precision Optronics, manufactured the telescope used in the tests.

Kärcher Clean Water Show
Kärcher Futuretech recently presented its newest iterations of trailer-mounted and containerised decontamination and water purification systems to the NBC and Self Protection School of the Bundeswehr. Of the solutions presented was the AMGDS 2000 (foreground) application module for the GDS 2000 decontamination system for all known chemical warfare agents – the system ensures quick decontamination with a biologically degradable runoff. Also on display was the containerised GDS 3000 (background in photo), which includes an integrated 3000-litre tank and enables simultaneous decontamination of vehicles, personnel and equipment.

Projectiles with a Following
Specialised Imaging has developed what it calls the Trajectory Tracker, which provides consistent and accurate tracking of projectiles in flight via a computer-controlled/triggered rotating mirror positioned in front of a high-speed digital video camera. The system allows observation of a projectile’s behaviour for more than 100 metres with a tracking accuracy of better than 0.5 degrees over the tracker’s full scan. The system tracks a projectile at a 90-degree arc using bespoke control and analysis software and offers multiple operating modes that include the inputting of user-defined profiles that enable it to track both horizontal and elevated firings. The standard Trajectory Tracker system includes a tracking head, mirror control unit and a ruggedised laptop control computer; also trigger units, cabling and software for tracking system and camera control. Video sequences are archived in industry-standard formats.

Imagine eMagin Oleds in XL
eMagin has yet again opened its Oled (organic light-emitting diode) micro-display portfolio and offers four new products in its Oled-XL product line. The company’s proprietary Oled-XL displays provide up to 410,000 hours luminance life at the widest temperature range and lowest power requirement of other commercially available SVGA-resolution system. When combined with magnifying optics the Oled-XL displays provide high-resolution but extremely compact solutions for personal display systems for use in training, simulation and combat near-eye display applications. The Oled-XL displays are built on eMagin’s active matrix SVGA-3D and SVGA+ integrated circuits that feature standard electronic interfaces for drop-in OEM integration. Typical power consumption of a full-colour SVGA+ Oled-XL display running 60 MHz, movie-like, full-frame video at 60 cd/m2 is less than 250 mW. The SVGA+ (852 x 3 x 600-pixels) Oled-XL displays are available in full-colour or in white or green monochrome – the SVGA-3D (800 x 3 x 600) versions come in full-colour only.

 

Under Armour with Plasan
Under Armour with Plasan
Israel’s Plasan Sasa develops and manufactures ballistic armour kits for a range of military vehicles – including the Hummer. The company had recently completed delivery of a series of Hummer armour suites to the Portuguese Army. The APK (Armor Protection Kit) provides a high level of all-round protection for both vehicle and crew, most notably against improvised explosive devices. The APK meets Stanag Nato technological standards and allows field assembly and disassembly for mission-specific application. The system can also be transferred from one vehicle to another without undue modification. Plasan Sasa was also recently awarded a contract to supply its new M-Pav 2 new-generation up-armoured Multi-Purpose HMMWV armour (seen in photo) to an unnamed Nato country. The M-Pav 2 kit adds an additional 2.2 m2 of cargo space as compared to the original M-Pav variant yet retains the original Nato Stanag level II protection. The M-Pav 2 can be configured with a third row of seats and windows to seat six. The composite armoured body provides for both temperature and noise insulation as well as ballistic protection.

Wireless HDTV on a Drone
Wireless HDTV on a Drone
Global Microwave Systems (GMS), a division of the Allied Defense Group, recently completed successful maiden flight demonstrations of a high-definition video wireless link on a Flying-Cam UAV platform. The flights, which took place at GMS’ facilities in Carlsbad, California, illustrated the long-range high-definition aerial filming capabilities of the drone platform and should provide impetus for future HD UAV platform development for critical surveillance and other covert applications that require high-definition images. Initially developed with an eye to the motion picture and broadcast television media the HDML (High-Definition Messenger Link) system includes a high-definition Messenger Transmitter, a six-antenna diversity Messenger Smart Receiver, an optional Messenger Antennas Array for long-distance coverage and an HD Mpeg2 decoder. All versions of the HDML use Coded orthogonal frequency division multiplexed digital modulation to ensure a robust signal, frequency diversity and forward error correction algorithms. The system is available with up to a 64Mbps transmission rate. The flight demonstrations can be viewed at
http://movieserver.gmsinc.com/GMS_HD_UAV_WM9.htm.

Selex Flies UK Falcon
Selex Communications will provide advanced technologies, its systems engineers and integration specialists in support of the British Ministry of Defence information infrastructure programme; Falcon. It is planned that Selex will integrate its Sentinel Internet Protocol switch to provide secure Voice over Internet Protocol (VoIP) and high-capacity data communication across the Falcon networks. Selex Communications will also provide the associated terminals and VoIP tactical telephones (see photo). The Falcon programme is designed to provide high-capacity, secure information system capability to the British Army’s command systems at both operational and tactical levels. The now-popular Bowman tactical system and Cormorant command system will feed information to the Falcon system, which will link back to British headquarters using the Skynet 5 satellite communication system.

A Vehicle With a View
Diehl BGT Defence and GuS, in co-operation with the Fraunhofer Institute for Applied Optics and Precision engineering have developed what they label a new generation of periscopes. This equipment encompasses modern electronic devices and display technology and improves the capability of close-in observation as well as night vision for a vehicle’s crew. The development group goes so far as to say that complicated additional display devices (screens, for instance, and HMDs) are no longer necessary. Diehl mentions that this new generation of periscopes will be available before the series option of the Puma infantry fighting vehicle is launched. No further information concerning this new development was forthcoming – watch these pages for updates on this project.

The Apache’s Little Bird
The US Army’s Airborne Manned/Unmanned System Technology Demonstration (Amust-D) programme moved far forward in April when an AH-64D Apache Longbow demonstrated its ability to control a UAV payload. The Apache took control and commanded multiple payloads onboard the unmanned aircraft, which is an A/MH-6 (Unmanned Little Bird – ULB) derivative in development by Boeing. During the tests the Apache was on the ground several kilometres away from the drone. Using the Apache’s newly developed UAV weapon page, a standard Hellfire missile firing sequence of the ULB demonstrator was performed through the existing co-pilot station on the Apache without hardware modifications. Boeing’s Phantom Works is performing the remote firing tests, which support the US Army Aviation Applied Technology Directorate weaponisation programme.

Shaking Up the JSF
In April 2006 the Lockheed Martin F-35 Joint Strike Fighter team completed structural coupling testing on the first F-35 and is planning for first flight in autumn of this year. The recent structural tests measured the aircraft’s response to flight-control inputs. “Flight controls can move very rapidly and generate very large forces that must be passed through the aircraft structure; for every action there is a reaction”, said Doug Pearson, Lockheed Martin vice president of the F-35 Integrated Test Force. “Therefore, we need to know exactly how the aircraft structure reacts to a given dynamic flight-control input.” During this type of testing a variety of specific flight-control movements are initiated using the onboard aircraft flight control system. Then, based on the data collected, the flight engineers can ‘tune’ the system to eliminate responses that may damage the structural integrity of the aircraft. Eight separate fuel and weapon-load configurations were evaluated; the two internal weapons bays were fully loaded with inert bombs and air-to-air missiles and the bay doors were repeatedly opened and closed.

Eurofighter out in Front
According to defence market watchdog Forecast International the world combat aircraft market is more competitive than only one year ago, and this due primarily to two developments. Firstly, the US Air Force failed to overturn cutbacks suggested for the Lockheed Martin F-22 programme in early 2005, and the fact that the Eurofighter consortium scored a major advantage when Saudi Arabia chose to buy 24 Typhoons at the end of the same year. Amongst new-generation advanced jet trainers, Aermacchi’s M-346 has made significant progress and the Russian Yak-130 and MiG-AT types are turning into promising prospects, while Lockheed and Korea Aerospace are promoting the T-50 for lead-in fighter trainer for the US Air Force. During the 2006 to 2015 forecast period Forecast International sees a total of 3865 fighter/attack/jet trainer aircraft in production to a value of $ 155.9 billion. This with Eurofighter expected to lead the pack, closely followed by Lockheed Martin, Boeing, the Lockheed/Boeing F-22 team, Russia’s Sukhoi and the newcomer Chengdu from China following.

Sincgars Only 20 to 30
AR Worldwide Modular RF has released the new model of its KMW1030 booster amplifier, the KMW1032, which is a lightweight, portable, Sincgars-compatible unit designed to boost the output signal of a Sincgars VHF tactical radio transceiver up to between 20 and 30 Watts. The KMW1032 covers the 30 to 108 MHz frequency band using filters to assure acceptable harmonic distortion levels. The unit is Mil Std-461E compliant and includes voltage spike suppression, RF sensing, automatically switched harmonic filters and protection against mismatch and over-temperature.

Tiny Tot With IR Eyes
In April 2006 Thermoteknix unveiled its Miricle 307K miniature infrared camera with a 25-micron pitch. The tiny camera is a high-resolution, 640 x 480 VGA, uncooled alpha-silicon long-wave microbolmeter detector with a volume of only 24.58 cc and rests in an environmentally protected housing. The unit produces clear imagery in total darkness and is unaffected by smoke or fog. A choice of housings are available, including hermetically sealed, gas purged and a ruggedised version for unattended field or aerial applications. Lens arrangements include bayonet and thread mounts, with wide-angle to telephoto and dual field-of-view focal lengths on option. Also included is a choice of digital or analogue outputs.

The Glock Gets Red Eye
The Glock Gets Red Eye
Carried as a back-up weapon by many special force operatives (including security personnel), the Glock, in its many versions, has finally come up-to-speed in the world of laser-based sights. Crimson Trace has released its end-user-installable G-series laser grips in four flavours, each of which is a custom-fit to some of the 22 specific Glock frames. The one-piece unit is a five-minute exercise in handgun modification – simply sliding it over the back strap and replacing the trigger-housing pin gives a new aim to one’s old friend. The company says that by adding the laser grip to the stock grip the ergonomics of the laser unit actually improve the point-of-aim characteristics of the pistol. Armada International recently reported on laser grips and sights, for more information on this type of aiming enhancement see “Battle Sights” in issue 1/2006.


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