Friday, June 25, 2010

French Rafale jets for 2011 wargames

BY: TNN
The French Air Force may field its latest Rafale fighters for an Indo-French military exercise in India next year. The Rafale’s presence in such a setting would come at a time when competition for IAF’s mammoth MMRCA (medium multi-role combat aircraft) contract, in which the French fighter is participating, would enter the final lap.
An Air Force officer said talks are underway for the next Indo-French exercise, and French officials have “expressed their desire to bring the state-of-the-art Rafale aircraft for the next Indo-French air exercise” to beheld in India.
The reports of the move come as the two sides, along with Singapore, enter the final stages of the exercise ‘Garuda 2010, presently underway at Istres Air Base in France.
During the ongoing exercise, India’s six SU-30MKI fighters along with France’s Mirage-2000-5 and Rafale and Singapore’s F-16 were engaged in various air defence manoeuvres such as implementation of “no-fly zones” and large force engagements during day and night.
“The SU-30 also took part in the high value airborne asset protection as well as their protection busting missions. The IL-78 refuellers of the IAF and the KC-135 refuellers of the French Air Force also participated in various missions carrying out cross-refueling,” an IAF statement said.
The IAF said a unique feature to which the SU-30 were subjected during the exercise was the “swing roles”, meaning the same aircraft simultaneously carried out both offensive and defensive roles.
Besides its Sukhoi-30 MKI fighters, the IAF also fielded its special force Garuds, who carried out day and night jumps along with French special forces, the IAF said.

India’s LCA AESA Radar Programme Detailed

BY: http://livefist.blogspot.com



Air-to-Air: Multi-target detection and tracking / Multi target ACM (Air-to-Air combat mode) / High resolution raid assessment
Air-to-Ground: High Resolution mapping (SAR mode) / AGR – Air to Ground Ranging / RBM – Real Beam Mapping / DBS – Doppler Beam Sharpening / Ground Moving Target Indication (GMTI) / Ground Moving Target Tracking (GMTT) / Terrain Avoidance (TA)
Air-to-Sea: Sea search and multi target tracking / Range Signature (RS) / Inverse Synthetic Aperture Radar (ISAR)
As I’ve reported here before, the development partner that LRDE identifies will be responsible for “detailed design, development and realisation” of (a) antenna panel constisting of main antenna, guard antenna and sidelobe cancellation antenna, (b) transmit/receive modules/groups, (c) RF distribution network consisting of RF manifold/combiners, RF interface, (d) antenna/beam control chain consisting of T/R control and T/R group control, and (e) array calibration/BITE among other areas.

EADS awarded support contract for AEW aircraft program by DRDO

BY: DEFENCEWORLD
EADS Defence & Security (DS) will supply consultancy services to the Indian Armed Forces in developing the system architecture of its Airborne Early Warning & Control (AEW&C) programme.
EADS has been awarded yesterday a two-digit-million Euro contract by the Indian Defence Research Design Organisation (DRDO) to provide support in the development of system architecture with particular regard to certification and mission equipment optimisation.
“From our systems responsibility for the overall Military Management System of the A400M transport aircraft we have thorough experience in certification of aircraft according to civil and military rules,” explains Bernd Wenzler, CEO of Defence Electronics, an integrated Business Unit of DS. “This, together with our broad technology base in sensors and data fusion makes us the ideal partner for DRDO.”

Thursday, June 24, 2010

Iran masters production of UAVs

Iran will develop and produce submarine-controlled unmanned aerial vehicles (UAV), reported FNA citing Mohammad Sadri, the head of industry research department of Iranian armed forces.As for Sadri, nowadays the world is about to create UAVs controlled by submarines, semi-submerged vessels, and surface ships, so Iran also flirts with this idea.
According to him, Iran already uses domestically made UAVs at sea for testing new weapons and targeting.
Sadri outlined unique features of Iranian UAVs which are stealth technology and small size.
Last week Iranian Air Force's Lt. Cmdr. Mohsen Darrebaki said to FNA that it was planned to form one UAV battalion at each air base.
Each fighter base will have one UAV battalion; four bases are forming such battalions, pointed out Darrebaki.
According to him, Iranian Air Force has been using UAVs for many years; presently, they are used for reconnaissance, but in future UAVs will be used in combat.
In Feb 2010 Iran declared launching of serial production of two domestically made-produced unmanned aerial vehicles Ra'd (stands for "Thunder") and Nazir ("Forerunner") for reconnaissance, patrolling, and delivery of precision strikes .
Last June Iran successfully tested stealth UAV bomber. In 2008 Iranian fighter jets Saeqeh (stands for "Thunderbolt") and Azarakhsh ("Lightning") went into batch production; also, construction of a factory was started which is to produce UAVs for civil and military purposes.

INS Sindhurakshak to be delivered in Severodvinsk for refit late July

Text: ITAR-TASS
Photo: INS Sindhurakshak. dailynews.lk

Indian diesel electric submarine Sindhurakshak (stands for "Sea Giant") will be delivered to Zvezdochka shipyard (Severodvinsk) for modernization late July, said Nadezhda Scherbinina, the head of Zvezdochka press service.
According to her, a dock vessel with the submarine on board sailed off Indian port last weekend and laid a course for Severodvinsk. "Estimated time of the cruise is 40 days", specified Mrs. Scherbinina.
Delegations of Zvezdochka shipyard and Indian defense ministry signed a contract on June 4 in Delhi providing overhaul and modernization of INS Sindhurakshak which will take 2-2.5 years.
"The contract on submarine's upgrade was for the first time signed without intermediary of Rosoboronexport", pointed out the yard's representative.
Being specialized in overhaul and utilization of nuclear-powered submarines, Zvezdochka has upgraded four Indian diesel electric submarines since 1997 which are INS Sindhuvir, INS Sindhuratna, INS Sindhughosh, and INS Sindhuvijay. The shipyard also continues repair and modernization of similar submarine INS Sindukirti in her home base Vishakhapatnam, India.
All these submarines are Russian-made Project 887EKM (Kilo class) developed by Rubin design bureau, St. Petersburg. They are designed for antisubmarine and antiship warfare; defense of naval bases, coastal and sea lines of communication; reconnaissance and patrol operations. Such submarines have displacement of 2,300 tons; length of 72.6 meters; submerged speed of 19 knots (about 35 kph); test depth of 300 meters; crew of 52; endurance of 45 days. Armament includes six 533-mm torpedo tubes. In the course of modernization subs are equipped with advanced Russian Club-S cruise missile system (developed by Novator Design Bureau) with firing range of about 200 km, Indian sonars USHUS and radio communication systems CCS-MK. INS Sindhurakshak was built in 1997 at Admiralteyskie Verfi shipyard (St. Petersburg) by order of Indian Navy.

Wednesday, June 23, 2010

India To Roll Out Tejas Naval Variant Soon

BY: AVIATION WEEK. / PICTURE tarmak007.blogspot.com
The Tejas Light Combat Aircraft’s (LCA) naval prototype (NP-1) will be rolled out for the first time on July 6 here in Bengaluru, with Chief of Naval Staff Adm. Nirmal Verma on hand, sources tell AVIATION WEEK.
The Aeronautical Development Agency (ADA), which is in charge of the design and development of Tejas variants, and Hindustan Aeronautics Ltd. (HAL), ADA’s principal partner and main manufacturer, are currently giving the aircraft a final structural fine-tuning at HAL’s Aircraft Research and Development Center.
“The rollout of the aircraft signals that the platform is structurally complete, equipment installed, and plumbing and wiring completed,” a source says. “It will be on its wheels and can be moved by assisted power. A rollout is also a precursor to the next phase of ground-based system integration testing, engine ground run, taxi trials and the first flight.”
The NP-1 will have almost the same system architecture as the Tejas Indian air force trainer version.
The NP-1 trainer is scheduled to make its first flight by the end of this year and the NP-2 fighter one year after that. Both can operate from an aircraft carrier with the ski-jump takeoff and arrested recovery concept.
“The aircraft will get airborne in about 200 meters over the ski jump on the ship, [versus] a land-based takeoff run of about 800 meters,” a source says. “Landing on the ship is with an arrester hook on the aircraft engaging an arrester wire on the ship. The aircraft then stops in 90 meters, which is about 1/10th of land-based stopping distance. This makes the Tejas naval program extremely challenging, and we are happy with what the Naval Project Team based out of Bangalore has done so far.”
The 14-member NPT is headed by Cmd. C.D. Balaji (ret.), program director for LCA Navy, operating out of ADA.
The Cabinet Committee on Security (CCS) sanctioned development of LCA Navy in April 2003, and in December 2009 the CCS also approved a Mark-II version with a new engine. NP-1 will fly with a GE-404 power-plant, with 40% of the funding coming from the Indian navy and 60% from the Defense Research and Development Organization. The Tejas naval variant will replace the aging fleet of Sea Harriers, and the navy is said to have made an initial commitment to 50 Tejas after the platform proves 

Videos of Dhruv,Testing its Weapons



“Maitri” SR-SAM is still a French Proposal for JV


BY: IDRW NEWS NETWORK/ PICTURE FROM  LIVE FIST
“Maitri” SRSAM (short range surface to air missile ) seems to be  pet project of MBDA for joint development with DRDO and still talks are been held with Indian DRDO and Government of India regarding it , Maitri will incorporate design structure of   VL-MICA and navigational input and other technological input from failed Trishul programme , its still not clear if joint development will start on this new missile , French company has already secured permissions from the French government regarding Technology transfer and the joint development of such missile .
DRDO is still evaluating the French proposal and has been taking constant feed back from all three armed forces of India , since missiles requirements will be in thousands and joint venture will make it little expensive then a local development, Final decision is expected from government of India regarding joint development of this systems.
Maitri will have a range beyond 15km and BDL will be the prime contractor to produce and integrate this missiles , BDL is already manufactured more then 30 thousand variants of MILAN 1,2 Anti-tank missiles for India Army and has already signed contract for further orders of 4000 missiles of newer Milan 2T anti tank missile .
idrw.org has been told that DRDO is working on its own plans of developing a VL (Vertical launch ) version of under development ASTRA BVR (Beyond visual range missile) missile for all three armed forces 

APG-81 Radar Performs Flawlessly On First Systems Flight on F-35 Aircraft


BY : Northrop Grumman PR
Northrop Grumman Corporation’s  new APG-81 active electronically scanned array (AESA) radar met and exceeded its performance objectives successfully tracking long-range targets as part of the first mission systems test flights of Lockheed Martin’s  F-35 Lightning II BF-4 aircraft.

“Over the last five years, Northrop Grumman has demonstrated unparalleled levels of program success with the APG-81 radar,” said Jeff Leavitt, vice president of combat avionics at Northrop Grumman’s Electronic Systems sector. “During the F-35 flight, the Northrop Grumman APG-81 radar met and exceeded performance expectations, tracking long range targets at all aspect angles with excellent stability. We look forward to working with Lockheed Martin in demonstrating the APG-81s high resolution synthetic aperture radar (SAR) and other advanced capabilities on subsequent test flights.”
In August 2005, the APG-81 radar was flown for the first time aboard Northrop Grumman’s BAC 1-11 airborne laboratory. Since then, the radar system has accumulated over 300 flight hours, maturing all five blocks of software. The first radar flight on Lockheed Martin’s CATBird avionics test bed aircraft took place in November 2008.

Monday, June 21, 2010

Severodvinsk to be the world's most silent sub – NF Command


In spite of being built for 17 years, nuclear-powered submarine Severodvinsk will be armed with most advanced weapons and, perhaps, will become the world most silent sub, said Capt 1 rank Alexei Poteshkin, Northern Fleet (NF) submarine force executive officer.
"State trials of the submarine will be held this year. Hopefully, upon their results Severodvinsk will be recognized the most advanced and silent – which is the main feature of submarines – ship in the world", said A. Poteshkin at Tuesday's press conference.
He pointed out that despite 17 years have passed since the sub's keel laying, arms and equipment were installed in the very recent time. "Basically, 17 years is only the hull's age, but filling is the most up-to date", Poteshkin said.
The submarine has been considerably changed, noted the officer. "The sub will be equipped only with the newest arms and hardware", underlined Poteshkin.
Answering the question of tasks for SSGN Severodvinsk, Poteshkin said it would be escorting strategic ships and performing other functions ordinary for attack subs.
Launching ceremony of SSGN Severodvinsk was triumphantly held on Tuesday at Sevmash shipyard in the presence of Dmitry Medvedev, the President of the Russian Federation.

Text: Interfax-AVN
Photo: Launching ceremony of SSGN Severodvinsk. kremlin.ru

Yantar shipyard to launch hull of second Indian frigate

Hull of the second Project 1135.6 frigate built for Indian Navy will be launched on June 23 from slipways of Yantar Shipyard (Kaliningrad).
"The shipwrights are completing last preparations for launch the hull of frigate Tarkash (stands for "Quiver") which is the second in series being built for Indian Navy", reported Interfax citing Sergei Mikhailov, the shipyard's press secretary. He underlined that "this event will become another evidence that Yantar masterfully executes the important contract between Russia and India in the area of military industrial cooperation".
According to him, the yard actively works on the first frigate Teg (stands for "Saber") which was launched in Dec 2009. The work on the hull of third frigate Trikand (stands for "Bow") is also in progress at the shipyard's slipways.
"Building of these three ships is a principal task for the yard which is being thoroughly performed by whole staff of Yantar", S. Mikhailov said.
Delivery of the frigates to the orderer is scheduled in 2011-2012. The shipbuilding contract of three frigates was signed on July 14, 2007 in Delhi; its overall cost is about $1.6 bln.
Yantar shipyard is specialized in building of various warships and civil vessels with launching weight up to 10,000 tons; and also in ship-repair works. Totally, the yard has built over 100 large and about 400 small ships, and repaired over 430 vessels.

Source:  Interfax-AVN 
Photo: Project 1135.6 frigate. exponet.ru

IAF planning to procure new air defence systems

New Delhi (PTI): Looking to strengthen its capabilities to tackle aerial threats, Indian Air Force is planning to procure short-range air defence systems.In a recently issued Request for Information (RFI), the IAF has said that the air defence system "will be employed for providing terminal air defence to selected vital assets and points in plains, deserts, semi deserts, hilly and mountainous terrain as pertaining in our country."
Planning to procure a system with a strike-range between 500 metres to three kilometres, the IAF wants the new air defence guns to be capable of engaging targets such as aircraft, unmanned aerial vehicles and cruise missiles, official sources said.
It has specified that the air defence systems should be able to strike targets at an effective height of 1,500 metres.

Source: PTI

Indian Navy pilots to get training in US soon

The Indian Navy is planning to send pilots to United States of America by 2012 as part of the exchange programme agreed between the two countries.
Speaking to reporters, after reviewing the 74th passing out parade of 19 pilots who successfully completed their helicopter conversion course at INS Rajali, Rear Admiral Karambir Singh, chief of staff, head quarters Eastern Naval Command, on Saturday said the programme would see a set of pilots sent from both the countries to get trained in various areas which in turn would help them to equip and deal with different situations.
“It is at the preliminary stage and the number of pilots to be sent is yet to be decided,” he said without giving many details.
When asked about the induction of women pilot officers in the Indian Navy, he said the decision had not been taken. However, he noted that the Navy is absorbing lady officers undergoing training in the Air Force and any decision will be taken as per the outcome.
Addressing the 12 Navy pilots and seven Coast Guard pilots who have passed out, Mr Karambir Singh urged the cadets to set high standards not only as a pilot but also one who be fully committed to the service of the nation.
“Our Navy as indeed the Coast Guard is building upon a modern and potent air element in order to protect our nation’s economic success. Naval aviation today is poised at a very interesting threshold with many new, advanced and capable aircraft due for induction,” he added.
Later, he awarded Sub Lt Rohit Tanwar with the Governor of Kerala rolling trophy for the best all-round pupil pilot, while Sub Lt Kunte received the memorial book prize for standing first in ground subjects.

Source: DECCAN CHRONICLE

India plans to put 5 satellites into orbit next month



India plans to put five remote-sensing satellites into orbit in the first half of next month after fixing a rocket “anomaly” that forced it to delay launches in May.
The Polar Satellite Launch Vehicle will carry India’s Cartosat-2B, Algeria’s ALSAT-2A and two small satellites from the University of Toronto, PS Veeraraghavan, director of Vikram Sarabhai Space Centre, said over the phone on Thursday from the southern city of Thiruvananthapuram. The fifth unit will be a one-kilogram satellite built by Indian students, he said.
The agency, based in Thiruvananthapuram, has corrected the anomaly which was in the second stage of the rocket, according to Mr Veeraraghavan. The delay had disrupted India’s challenge to China, Japan, and South Korea as it competes for commercial-satellite launches.
In April, India also failed in its bid to join a group of five nations using their own rocket technology to launch large satellites into higher orbits when scientists lost control of the 50-meter (164 feet) GSLV-D3 spacecraft minutes after blastoff. “The reasons for the failure are still being analysed and we expect a report in a month’s time,” said Mr Veeraraghavan.
India is planning a $2.5 billion unmanned mission to space by 2015 and is slated to launch a second unmanned moon craft, Chandrayaan II, at a cost of $87.5 million before March 2013. India launched its first space rocket in 1963 and its first satellite in 1975. The country’s satellite program consists of 21 orbiters, of which 11 are currently in service.

Source: BY: Bloomberg

Sunday, June 20, 2010

India to Buy Long Range X-Band Radars



In order to counter the threat arising from the incoming ballistic missiles and air-borne attacks, India will now be acquiring the latest “X-Band” radars which have a 4,600-kilometre range to pick out missiles and other airborne objects. Each “X-Band” radar is expected to cost roughly $700 million and India may tie-up with the US for the same.
Due to constant threat from neighbouring regions, this X-Band radar will beef up the missile defence capabilities of India and augment India’s hitherto limited capabilities provided by the “Swordfish” radar which can spot objects from about 800 kilometres.
The “X-Band” radars can pick out even a six-inch-wide airborne object from that distance and give the option of retaliation. Hence, India’s long range spotting capacity will allow a reaction time that will be six times quicker the current ability.
The new radars will enable India to view a target, track it down and enable the ground based operator to fire a counter missile and shoot down the incoming enemy missile. The X-Band radars will put China, Pakistan and even parts of Middle East within India’s viewing range.

Elbit Systems Introduces New Dual Remote Weapon Station (DRWS)


Israel: Elbit Systems is introducing a new Dual Remote Weapon Station (DRWS) at the upcoming Eurosatory 2010. The new Dual Remote Weapon Station (DRWS) is a derivative of Elbit Systems' RCWS-M, a medium-sized remotely-controlled weapon station, in serial production and qualified for service in the Austrian Army.With features such as lightweight, low silhouette, stabilized dual axis and the ability to be externally mounted (without hull penetration), the DRWS is highly suitable for a variety of AFVs, APCs as well as other platforms.
The Dual Remote Weapon Station is equipped with two weapons, the primary weapon can be a 40 mm AGL or a 12.7 mm heavy machine gun, and the secondary weapon is a 7.62 mm machine gun.
The DRWS provides the operator with the advantage of being able to use both, 40 mm grenades with a lethal surface affect, as well as a 7.62 mm machine gun used for specific targets. The DRWS is equipped with a day camera, a night vision camera and a laser range finder (LRF), and is remotely operated from the gunner or commander workstations. Targets are acquired via either one of the video channels connecting the day camera, or night vision camera to the gunner and commander displays.
Automatic Target Tracking is available via the day or thermal channels, with the cameras set to the narrow field of view. These capabilities allow the gunner to perform accurate aiming and firing, and hit static and moving targets, while being either static or on the move.
A unique DRWS feature is its ability to work in Surveillance Mode. A dedicated elevation drive enables the weapon to be pointed upwards at the maximum elevation angle, while the operator surveys the theater of operation with the optical pod. While in Surveillance Mode the firing is disabled.
The DRWS can be interfaced with a variety of systems such as surveillance pods, Laser Warning System (ELAWS), Acoustic Firing Locator System (AFLS), Weapon Integrated Battle Management System (WINBMS), See-Through-Armor (STA), Local Situational Awareness System (LSAS) and an external vehicle mast-mounted observation pod, turning the new Dual RWS into a highly effective sensor-to-shooter and observer-to-shooter weapon station.
The DRWS is based on Elbit Systems' proprietary experience and know-how, in the fields of fire control systems, turret drives and stabilization systems, automatic target trackers and electro-optical sensors, generated and refined over the course of more than thirty years of service on the IDF's main battle tank, the Merkava, and other armored fighting vehicles and main battle tanks worldwide.

Russian Passengerjet Closer To Market After Delays


MOSCOW, Russia - June 20, 2010: The engine for Russia's first post-Soviet passenger jet should earn certification soon, Prime Minister Vladimir Putin said on Friday, bringing a plane Moscow hopes will rival Boeing (BA.N) and Airbus (EAD.PA) aircraft closer to the market.Russian manufacturer Sukhoi's long-waited Superjet 100 made its maiden flight in May 2008, missing an initial 2007 deadline, and the first deliveries of the regional jet are more than a year behind schedule.
The international engine certification process has been the main stumbling block for a plane piched by officials as a new hope for languishing Russian manufacturers eclipsed even at home by Western rivals."The certification is practically over," Putin said at the plant where Russia's Saturn makes the SaM 146 engines with French aerospace group Safran. (SAF.PA).He said Saturn must guarantee production of 140 engines per year by 2014, a number that suggests Sukhoi plans to produce 70 of the jets that year. Sukhoi management said that provided the certification comes this month, deliveries of the Superjet 100, designed to carry between 75 and 95 passengers, may start this year. The initial deadline was the end of 2008.
Sukhoi, best known for its fighter jets, is owned by Russia's state-controlled United Aviation Corporation (UAC) (UNAC.RTS). It is developing the Superjet 100 in partnership with Italy's Finmeccanica SpA. (SIFI.MI).About 100 of the planes have been ordered and Russian flag carrier Aeroflot (AFLT.MM) tops the list of future buyers.
Putin, who held a government meeting at the Saturn plant, said the project was a priority and promised to take Saturn's financing needs into account when drafting Russia's 2011 budget.He said Saturn, part of conglomerate Russian Technologies, will receive some state funding this year.Russia is eager to breathe new life into its manufacturing and technology sectors as part of a drive to reduce dependence on natural resources.

(Writing by Steve Gutterman, editing by Leslie Gevirtz)
Source: DTN News/Reuters

SAPHIR-M decoy systems for Spanish Tiger Attack Helicopter Self Protection


MBDA has received a contract notification for the supply of SAPHIR-M decoy systems to provide self defence on the 24 Tiger HAD attack helicopters ordered by Spain from Eurocopter in December 2005.
The contract has been awarded to MBDA by Indra Sistemas, the prime contractor responsible for integrating the Self Protection Suite onto the Spanish Tiger.
MBDA's SAPHIR-M self protection decoy system provides protection against the full threat spectrum, particularly against the infrared and electromagnetic threat. The system can operate in either automatic or semiautomatic mode in conjunction with Indra Sistemas ALR-400 and EADS MILDS AN-AAR 60 missile detectors.
SAPHIR-M has also been selected for the German, Australian and French Tiger fleets as well as for the European and export NH90 helicopters.
The European leader in aircraft self defence, MBDA has already equipped around 1,000 air platforms to date with its decoy systems.

Next-Generation Eagle Light Tactical Vehicle Unveiled at Eurosatory


VIENNA: General Dynamics European Land Systems will display the next generation EAGLE light tactical vehicle during the EUROSATORY show in Paris from 14-18 June 2010. The new generation EAGLE will display advanced survivability and payload capacity while retaining its characteristic size and mobility advantages. It also provides greater levels of lethality with a Bofors Lemur remote weapon station.
The new EAGLE addresses the demands of today, while providing for growth and flexibility to meet future threats.
Next-Generation EAGLE
Today’s combat operations demand higher levels of survivability and capacity then previously provided by light tactical vehicles. Armies had to use overweight vehicles in the 12-20,000 kg weight class, resulting in significant compromises in mobility and tactical flexibility.
General Dynamics European Land Systems is leading the response to new requirements for a lighterweight tactical vehicle with increased protection and capacity and lower logistical costs with the launch of the next-generation EAGLE at the EUROSATORY on 14 June at the GDELS booth.
This next-generation EAGLE retains the key features of the existing in-service EAGLE that has made it the preferred light tactical vehicle of Europe’s most demanding customers. These features include low signature and mass, high reliability in all environments and outstanding off-road. The new EAGLE retains its capability to be air transportable via helicopters such as the CH-47 Chinook.
Next-Generation EAGLE - The New Survivability Standard
The new EAGLE sets a new survivability standard for the light tactical vehicle class and provides proven mine, improvised explosive device (IED) and ballistic protection previously only provided by vehicles up to twice its weight. The survivability systems of the new EAGLE are modular and completely integrated with the new high survivability cabin. These kits allow the tactical commander to adapt the vehicle to new threats in theatre, thus securing the utility of the EAGLE across the complete spectrum of combat operations. The new EAGLE is being launched with validated survivability kits meeting a range of threats.
It includes a system developed specifically to cope with the most aggressive IEDs that this class of vehicle commonly faces in today’s hostile environments. The vehicle will be shown with the RUAG LASSO RPG mitigation system integrated to demonstrate one of the many survivability enhancement kits that General Dynamics European Land Systems and its partners have developed for the vehicle. In addition to these modular systems, substantial advances have been made in crew ergonomics, energy-absorbing seating and occupant-restraint systems that will further improve the survivability of the new EAGLE when facing the threats of today and tomorrow.
Next-Generation EAGLE – Capacity and Flexibility for the Future
Network-centric operations, integrated force-protection countermeasures and the need for remote weapon stations with greater levels of lethality has seen the demand for payload and internal volume in the light protected vehicle category increase in recent years. The new EAGLE addresses these requirements and provides over 3,000 kg payload, an internal protected volume of more than 6 m3 and a flexible rear load space that ensures the vehicle can meet today’s demands while providing growth and flexibility for tomorrow.
The new EAGLE has a flexible internal seating arrangement that can accommodate four, five or six crew while retaining space for a comprehensive communications and electronic architecture system inside the vehicle. In addition, the new EAGLE can be provided in a utility variant capable of carrying NATO pallets or a system of standardised modules that allow the vehicle to be quickly adapted at unit level to fulfil a range of battlefield logistic roles.
Next-Generation EAGLE – Unrivalled Mobility and Proven Reliability
The advances in survivability and capacity provided by the new EAGLE have been accomplished without compromising the combat proven mobility and reliability of the vehicle or increasing the vehicle dimensions. EAGLE has now seen extensive operational service in the demanding Afghan theatre where it has shown that it is capable of accessing terrain that no other wheeled vehicle can while demonstrating outstanding reliability and availability in all conditions.
The vehicle’s class-leading offroad mobility comes from its combination of extraordinary wheel travel and ground clearance provided by the unique de-dion suspension system in combination with the self-locking drive train and central tire-inflation system. The new EAGLE improves in several key mobility areas including the ability to fit a wider 365/80R20 tire that decreases ground pressure and a new higher torque Cummins engine that further enhances the vehicle’s unique mobility. The new EAGLE also retains extensive commonality with existing EAGLE and DURO fleets, which substantially reduces the logistics burden and cost of ownership to existing customers.
General Dynamics European Land Systems, headquartered in Vienna, Austria, is a business unit of General Dynamics and conducts its business through four European operating units located in Spain, Germany, Austria, and Switzerland. With more than 3,200 highly skilled technical employees, GDELS companies design, manufacture and deliver land combat systems to global customers, including wheeled, tracked and amphibious vehicles, armaments and munitions.
General Dynamics, headquartered in Falls Church, Va., employs approximately 91,200 people worldwide. The company is a market leader in business aviation; land and expeditionary combat systems, armaments and munitions; shipbuilding and marine systems; and information systems and technologies.

Airmen reach 250K flying hours with remotely piloted aircraft


Kandahar Airfield, Afghanistan: Members of the 62nd Expeditionary Reconnaissance Squadron here reached a significant milestone recently when the Air Force's remotely piloted aircraft flew their 250,000th hour in Afghanistan at the end of May.
The 62nd ERS is home to the MQ-1 Predator and MQ-9 Reaper aircraft at Kandahar Airfield. Over a five-year span, the unit has flown and supported these aircraft, beginning in 2005.
The squadron's operational tempo has increased tremendously in the past year, said Lt. Col. Morgan Curry, the 62nd ERS commander. "Forty-eight percent of our five-year total was flown in the past 12 months."The crews use satellite uplinks that allow the transfer of control between the deployed local pilots who taxi, launch, land and recover the aircraft from trailers near the flight line and the crews based in the U.S. or U.K.
Teams from multiple units across the U.S. control the aircraft in flight, said Colonel Curry, another unique aspect of the remotely-piloted aircraft's mission."When I first arrived, this was different for me," Colonel Curry said. "I was part of the flight crew team at Creech (AFB) so it had been a while since I had landed the aircraft. But it's great to see both sides of the operations.The primary mission of the 62nd ERS is to launch and recover all the Air Force RPAs in Afghanistan, Colonel Curry said.
A separate team of military and civilian members maintain and repair the aircraft, when necessary. "Maintenance and inspections are performed on the aircraft just like manned aircraft. If we need to, we also replace the weapons and get it back in the air. "
The unit spans the gamut from strategic to tactical intelligence, surveillance and reconnaissance from keeping an eye on large targets to performing tactical ISR, watching out for coalition and Afghan partners."The intelligence, surveillance and reconnaissance capabilities are a huge part of our strategy to keep an eye on everything, literally," he said.
Both aircraft can perform dual missions of close-air support and ISR taskings.The Predator can stay airborne for more than 24 hours and although the Reaper does not fly as long as the Predator, it can fly at higher altitudes and can carry more weapons, squadron officials said.
Each aircraft is equipped with a full-motion video camera with various modes that can detect enemy movements.The MQ-1 Predator carries the multi-spectral targeting system which integrates electro-optical, infrared, laser designator and laser illuminator into a single sensor package, according to an Air Force fact sheet.
The aircraft can employ two laser-guided AGM-114 Hellfire anti-tank missiles.Reapers provide the joint-force commander a persistent hunter-killer ability, able to strike emerging targets. The MQ-9 also acts as an ISR asset, employing sensors to provide real-time data to commanders and intelligence specialists at all levels.

Iran could fire ‘hundreds’ of missiles at Europe: Gates

Washington: US intelligence has shown Iran could launch an attack against Europe with "scores or hundreds" of missiles, prompting major changes to US missile defenses, Pentagon chief Robert Gates said on Thursday.
President Barack Obama in September cited a mounting danger from Iran's arsenal of short and medium-range missiles when he announced an overhaul of US missile defense plans.
The new program, called the "phased adaptive approach," uses sea and land-based interceptors to protect NATO allies in the region, instead of mainly larger weapons designed to counter long-range missiles.
"One of the elements of the intelligence that contributed to the decision on the phased adaptive array was the realization that if Iran were actually to launch a missile attack on Europe, it wouldn't be just one or two missiles or a handful," Gates told a senate hearing.
"It would more likely be a salvo kind of attack, where you would be dealing potentially with scores or even hundreds of missiles."
Top US generals have said the new anti-missile system was meant to guard against a potential salvo of missiles from states such as Iran or North Korea.
Gates made the comment when asked by Republican Senator Saxby Chambliss if he supported deploying improved missile defenses, including plans for an upgraded SM-3 missile by 2020, even if Russia objected.
Gates said he backed the 10-year plan, despite possible resistance from Moscow, saying the new missile defenses "would give us the ability to protect our troops, our bases, our facilities and our allies in Europe."
Gates, along with other top deputies in the Obama administration, appeared before the Senate Armed Services Committee to argue for ratification of a new nuclear arms control treaty with Russia, trying to reassure Republican lawmakers the agreement posed no threat to the missile defense program.

Saturday, June 19, 2010

Elbit unveils weight-saving optical systems

Elbit displayed two new lightweight optical systems in support of soldier weight burden reduction at the Eurosatory exhibition in mid-June: a new lightweight version of its Coral CR thermal viewer and a pistol-sized laser target designator.
Adi Dar, executive vice-president and general manager of Elbit Systems Elop, told Jane's that the new viewer, known as Micro Coral, offers the same functionality as the Coral CR system, but with a more compact housing. It is lighter, weighing 1.5 kg with batteries (compared with 3.4 kg with batteries).
Unlike Coral CR, it has a monocular layout to reduce the size of the package and can easily be held with one hand. It also lacks the laser designator of the Coral LR, but Elbit's new pistol grip version of its Rattler designator could address that.
The pistol version of Rattler can be used to designate main battle tank-sized targets for other weapon systems out to ranges of 3 km, or mark them at twice that distance. However, using it at those ranges would be unusual, according to Dar, who said that it would typically be used for far shorter-ranged tactical engagements, mostly to hand-off targets to assets such as Apache attack helicopters.
Copyright © IHS (Global) Limited, 2010

Burma Buys 50 Jets trainers From China

The Burmese air force continues to expand with the recent procurement of 50 K-8 jet trainer aircraft from China, according to sources within the air force in Meikhtila.“Parts of the K-8 aircraft were transported by cargo ship from China and are being assembled at the Aircraft Production and Maintenance Base in Meikhtila,” said one of the sources.
K-8 Karakorum jet trainers from Sri Lanka air force. (Source:www.armybase.us)
The purchase of the 50 aircraft comes after Burma’s air force chief Lt-Gen Myat Hein traveled to China in November to negotiate an upgrade to the fleet of Chinese-made military aircraft already owned by Burma.“There are two reasons to purchase K-8 trainers,” said the source. “Either for training exercises or for counter-insurgency.”
The K-8 jet trainer, sometimes called the K-8 Karakorum or the Hongdu JL-8, is a joint venture between China and Pakistan, and is fitted with air-to-air missiles and rockets.In 1998-9, the Burmese air force bought 12 K-8 jet trainers from China, which are now stationed at Taungoo Air Base in Pegu Division.
In addition to purchasing Chinese-made fighters and trainer aircraft, Naypyidaw signed a contract in late 2009 to buy 20 MiG-29 jet fighters from Russia at a cost of nearly US $570 million.“The parts of the MiG-29 jet fighters will arrive in July and September by cargo ship and by plane,” said an officer close to Col. Tun Aung, a key figure in the Burmese air force. He said that the 20 Russian aircraft will be assembled in Meikhtila.
Meanwhile, Burma's main air base for maintenance, the Aircraft Production and Maintenance Air Base (APMAB) in Panchangone in Mingaladon Township has been relocated to Nyaunggone, close to the regime's Flying Training Base in Shante in Meikhtila Township, according to a source from the air base.“The APMAB got the order from Naypyidaw in January to relocate to the new location,” he said, but said he did not know why the relocation took place.
Military sources from Rangoon said that Burmese ruling military council upgraded the air force’s facilities and expanded airfields, as well as two air force bases in Bassein and Homemalin in 2006, to fulfill operational capabilities.
Burma has brought 280 aircraft from China, Russia, Yugoslavia and Poland, including trainers and fighters, since the military took power in 1988. The Burmese air force was founded in 1947 before Burmese independence. Its main objective has since been counter campaigns against the Communist Party of Burma and several ethnic armies.Burma has 10 air force headquarters: Bassein Air Base in Irrawaddy Division; Mingaladon Air Base in Rangoon Division; Myitkyina Air Base in Kachin State; Myike Air Base in Tenasserim Division; Namsang Air Base in Shan State; Taungoo Air Base in Pegu Division; Meikhtila (Shante) Flying Training Base; Meikthila Grounding Training Base in Mandalay Division; Magwe Air Base in Magwe Division; and Homemalin Air Base in Sagaing Division.
Copyright © 2008 Irrawaddy Publishing Group | www.irrawaddy.