31 July, 2008: LONDON - Britain's Royal Air Force (RAF) is almost ready to field its latest air-to-surface weapon following completion of operational evaluation trials July 22 at the U.S. Navy's China Lake air warfare center in California.
The Paveway IV could see action on the Harrier in Afghanistan.
The Ministry of Defence expects to get Raytheon System's Paveway 4 precision-guided weapon into service later this year after trials dropping 14 bombs from a RAF Harrier GR9 completed the test program, and demonstrated that the program's fuse problems had been overcome.
The weapon could "potentially" be deployed on the Harrier in Afghanistan before the aircraft type is replaced on the front line by Tornado GR4 strike aircraft in spring 2009, according to MoD project leader Capt. Howard Holdsworth.
Within the next two months, "several hundred" Paveway 4s will have been delivered to the MoD, Holdsworth said.
To date, the Harrier is the only strike aircraft in the RAF inventory cleared to operate with the weapon. Integration is currently under way on the Tornado GR4, Typhoon and Joint Strike Fighter.
Paveway 4 should have been in service last year, but the Thales Missile Electronics-developed all-electronic fuse suffered significant performance shortfalls during capability trials at China Lake in April 2007.
That led to a major redesign of the fuse along with changes to a large number of components, according to Phil Jones, the managing director of Thales Missile Electronics.
The cooperation between the MoD, Raytheon and Thales to overcome the problems in such a short time was a "remarkable achievement," Holdsworth said.
Paveway 4 uses a 500-pound Mk82-type warhead with dual-mode laser and GPS guidance. The Aurora fuse is fully programmable with height-of-burst, post-impact and delay arming options.
Raytheon System's precision systems director, Tobin Touchstone, said the company is already looking at growth options for the weapon and has started a dialogue with BAE Systems over the possibility of integrating Paveway 4 on its Mantis long-endurance UAV, unveiled at the Farnborough International Airshow earlier this month.
Mantis is a technology demonstrator program initially aimed at investigating intelligence, surveillance, target-acquisition and reconnaissance capabilities, but later phases of the project could include arming the platform.
Touchstone said Raytheon was already investing in future growth options, including work on potential integration on UAVs. He reckons the smart fuse would make Paveway 4 ideal for launch from a slow-moving platform.
None of the officials would comment on whether the weapon could find its way onto RAF Reaper UAVs currently operating over Afghanistan. The weapons load on Reaper includes the enhanced Paveway 2, an earlier and larger member of the Paveway family operated by the British.
Thursday, July 31, 2008
CH-47D/F / MH-47E Chinook Heavy Lift Helicopter, USA

July 31, 2008: The CH-47D Chinook helicopter carries out transportation of troops, artillery, supplies and equipment to the battlefield.
"The CH-47D Chinook heavy-lift helicopter is ideal for battlefield transportation."
Other roles include medical evacuation, aircraft recovery, parachute drop, search and rescue, disaster relief, fire-fighting and heavy construction. 163 CH-47Ds took part in Operations Desert Shield and Desert Storm.
Over 1,000 Chinooks are operational worldwide. Boeing has delivered more than 480 CH-47D Chinooks to the US Army and National Guard.
Boeing has also exported the helicopter to military and commercial operators in Argentina, Australia, Canada, Japan, Norway, Spain, the UK and three Far East countries.
Chinooks are under licensed production by Agusta of Italy and Kawasaki in Japan. Chinooks built by Agusta have been exported to Egypt, Greece, Iran, Libya and Morocco.
UPGRADES AND ORDERS
397 of the US Army CH-47D helicopters are being upgraded to CH-47F standard. The LRIP contract for seven systems was signed in January 2003. Deliveries began in July 2004 and will conclude in 2018.
In December 2003, the US Army ordered seven new CH-46F helicopters to replace those lost in action and, in January 2005, an additional ten new-build CH-47F helicopters. Deliveries began in June 2006 and are scheduled to complete in 2008. In January 2007, the US Army ordered 16 new and nine remanufactured CH-47F with options on 22 new and 19 remanufactured helicopters.
The CH-46F was approved for full-rate production and entered operational service in August 2007. In February 2008, the US Army ordered another 11 new-build helicopters, bringing the number of new CH-47F ordered to 59.
US Army Special Operations Forces also operate 36 Special Operations Chinooks, designated as MH-47D and MH-47E. These aircraft are being upgraded to MH-47G standard with a fully integrated digital Common Avionics Architecture System (CAAS). The first was delivered in May 2004.
In November 2006, a version of the MH-47G, the HH-47, was selected for the USAF Combat Search and Rescue (CSAR-X) requirement for 141 new helicopters to replace the HH-60G Pave Hawk helicopters. However, in March 2007, the USAF announced that, following General Accounting Office (GAO) recommendations, it would issue a request for the resubmission of the CSAR-X proposals. In October 2007, the USAF decided to re-open the contest and issued new request for proposals. A contract award is expected in 2008.
The CSAR helicopters are primarily to be used for rescuing downed aircrew and isolated troops in combat areas but may also be used for civilian rescue operations such as disaster relief. CSAR-X is scheduled to achieve Initial Operating Capability (IOC) in 2014. Boeing's team includes BAE Systems (digital flight control system), Keystone Helicopter (patient treatment area) and Kaman Aerospace (refueling probe).
"The latest international model is theCH-47SD."
In September 2006, the Netherlands requested the Foreign Military Sale of up to nine CH-47F helicopters with the common avionics architecture system and the upgrade of 11 CH-47D helicopters to CH-47F configuration, including the CAAS cockpit.
An order for six new helicopters was placed in February 2007. Deliveries are planned for 2009–2010.
In April 2008, Canada requested the sale of six CH-47D helicopters for short-term deployment to Afghanistan. Also in April 2008, Canada issued a request for proposal to Boeing for the longer term procurement of 16 medium-to-heavy lift (MHLH) Chinook helicopters.
CH-47F
The CH-47F design features alterations to the airframe structure to reduce the effects of vibration, as well as other structural enhancements the cockpit, cabin, aft section, pylon and ramp.
The Rockwell Collins digital cockpit is fitted with the Common Avionics Architecture System (CAAS) with improved electrical, avionics and communication systems. CAAS includes: five multi-function displays, moving map display; digital modem; BAE Systems Digital Advanced Flight Control System (DAFCS); data transfer system storing preflight and mission data.
The more powerful Honeywell T55-GA-714A engines are fitted with FADEC (Full Authority Digital Engine Control) and have thrust of 3,529kW (4,733shp). The operating range is increased to 609km (329nm) with mission radius of 370.4km (200nm).
COCKPIT
The cockpit accommodates two pilots and an observer. An advanced digital cockpit has been developed by Boeing and Honeywell. The cockpit is equipped with multifunction liquid crystal displays and electronic flight instruments. The crew is equipped with ANVIS-7 night-vision goggles from Elbit and the cockpit is Night-Vision Goggle (NVG) compatible.
The communications suite includes jam resistant HF and UHF radio systems developed and supplied by Rockwell Collins and Raytheon. The helicopter is equipped with an AN/APX-100 Identification Friend or Foe (IFF) interrogator from AlliedSignal.
WEAPONS
Three machine guns can be mounted on the helicopter: two in the crew door on the starboard side and one window-mounted on the port side.
"The engine provides a continuous power of 3,000shp and maximum power of 3,750shp."
COUNTERMEASURES
The Chinook is equipped with a suite of countermeasures systems selected by the customer country. The Special Forces variant of the Chinook, MH-47E, is fitted with the ATK AN/AAR-47 missile approach warner, Northrop Grumman ALQ-162 Shadowbox jammer, ITT ALQ-136(V) pulse jammer, Raytheon APR-39A radar warner and BAE Systems Integrated Defense Solutions (formerly Tracor) M-130 chaff and flare dispenser.
The helicopter is equipped with a Rockwell Collins CP1516-ASQ target hand-off system. Australian Chinooks are being fitted with EADS AN/AAR-60 MILDS missile warning system.
SENSORS
The MH-47E is equipped with an advanced radar system, the Raytheon AN/APQ-174A, for terrain-following flight, air-to-ground ranging and ground mapping. A Raytheon AN/AAQ-16 Forward-Looking Infrared (FLIR) is installed in the nose of the helicopter and the cockpit is fitted with a moving map display.
CARGO SYSTEMS
The Chinook has a triple-hook system, which provides stability to large external loads or the capacity for multiple external loads. Large external loads such as 155mm howitzers can be transported at speeds up to 260kph using the triple-hook load configuration.
Multiple external loads can be delivered to three separate destinations in one sortie. The central hook is rated to carry up to 12,000kg and the other two hooks 7,500kg each. Cargo handling systems are provided by AAR Corp, Cargo Systems of Goldsboro, North Carolina.
The cabin provides 42m³ of cargo space and 21m² of cargo floor area and can accommodate two HMMWVs (High Mobility Multipurpose Wheeled Vehicle) or a HMMWV together with 105mm howitzer and gun crew.
"The cabin provides 42m³ of cargo space and can accommodate two HMMWVs."
The main cabin can hold from 33 fully equipped troops to 50 troops, according to the seating arrangements and equipment being carried. For medical evacuation, the cabin can accommodate 24 litters (stretchers).
Ramp operations can be carried out on water using an optional power-down ramp and water dam configuration.
ENGINES
The helicopter is equipped with two T55-L-712 turboshaft engines from Honeywell (formerly AlliedSignal), which are pod-mounted on either side of the rear pylon under the rear rotor blades. The engine provides a continuous power of 3,000shp and maximum power of 3,750shp. The Honeywell T55-714 engine, which is being fitted to CH-47D, F and G models, is equipped with FADEC (Full Authority Digital Electronic Control) from Goodrich.
The self-sealing fuel tanks are mounted in external fairings on the sides of the fuselage. The fixed tanks hold 3,900l of fuel. Three additional fuel tanks can be carried in the cargo area. The range of the helicopter can be extended by in-flight refuelling.
Boeing Team to Design New Spacecraft Power Generation System for DARPA
Boeing Team to Design New Spacecraft Power Generation System for DARPA
ST. LOUIS, July 31, 2008 -- A team led by Boeing [NYSE: BA] Advanced Systems has been awarded a Defense Advanced Research Projects Agency (DARPA) contract for the first phase of the Fast Access Spacecraft Testbed (FAST) program.
DARPA's FAST is a multiphase effort to design and develop a ground test prototype of a new High Power Generation Subsystem (HPGS) for spacecraft. During Phase 1, Boeing will develop a complete plan for a demonstration system.
Team members include DR Technologies, Northrop Grumman Astro Aerospace, Texas A&M University, Spectrolab Inc. (a Boeing subsidiary), and key suppliers.
"Boeing is honored to work with DARPA in developing this revolutionary system that will enable highly mobile spacecraft and ultra-high-power payloads," said Tom Kessler, FAST program manager for Boeing Advanced Network and Space Systems. "Boeing brings unique experience in high-power spacecraft and electric propulsion to this team as we help DARPA advance this promising technology."
The Boeing HPGS is an innovative integration of solar-concentrator, power-conversion, and heat-rejection systems supported with an ultra-lightweight structure and deployment system for pointing toward and tracking the sun.
When combined with electric thrusters, the Boeing HPGS will produce a lightweight power and propulsion system capable of providing responsive spacecraft maneuverability for on-orbit servicing, space-based situational awareness, and high-power payloads such as communication and radar systems.
Boeing's experience includes more than 70 percent of the spacecraft ever flown with more than 15 kilowatts at beginning of life, and six operational high-power solar concentrator spacecraft, including 13 missions using 9 kilowatts for electric propulsion to help the spacecraft reach geosynchronous orbit.
Upon DARPA approval, the Boeing team will perform Phase 2 work to include fabrication, assembly and testing of two HPGS test articles to validate performance characteristics in simulated space environments. An on-orbit demonstration of the system may be conducted following the ground test program.
Canada to lease Russian helicopters for Afghan mission

Thursday July 31st, 2008: OTTAWA - Canada will lease up to eight Russian-built helicopters to ferry supplies around the battlefield in Afghanistan until it gets new U.S. choppers, says Defence Minister Peter MacKay.
It is a stopgap measure meant to get Canadian army supply convoys off the bomb-laced roads of Kandahar, where explosives have been taking an increasingly deadly toll.
Securing helicopter transport was a principal condition of the Manley commission report last winter and a key caveat of Parliament's extension of the combat mission until 2011.
The Conservative government was given until February 2009 to come up with the helicopters and a flight of unmanned surveillance planes.
A $375 million deal to acquire six CH-47-D Chinook's from the U.S. Army has been worked out, but those heavy-lift aircraft will not arrive until late this year -- or early next.
In the meantime, MacKay said the Defence Department has worked out a lease involving "six to eight" Russian-made Mi-8 choppers.
The former Soviet-era helicopters "have similar capacity to a Chinook," MacKay told reporters Wednesday heading into the Conservative caucus summer retreat in Levis, Que.
"So they're heavy-lift...They'll be used to transport materials along the same routes, performing much the same purpose (as) the Chinooks would."
The Mi-8s are in fact considered a medium-lift helicopter and date back in their original design to the 1960s.
They were a familiar sight in the skies of Afghanistan during the Soviet occupation.
Pakistan: 13 killed as mortar shells hit houses in Kabal

Thursday, July 31, 2008 - SWAT: Thirteen people have been killed when mortar shells fell on two houses in tehsil Kabal whereas 10 Taliban have been killed during operation.According to sources, a pesh imam, his wife and five children were killed when a mortar shell hit their house in Dulai area in Kabal tehsil.Also, six of a family was killed in Derai Sakai area of tehsil Kabal when a mortar fell at their house.Meanwhile, unidentified miscreants torched a girls school in Khawazakhel and two schools in Kashora areas.A couple was injured when a mortar shell landed at their house in Nusrat Kalay area.Security forces targeted Taliban hideouts with mortar shells in Sarbanda, Barmaba Khela, Peochar, Numl and Gutshor areas in tehsil Matta.Sources said that 10 Taliban were killed and several injured during the operation. Taliban attacked Kabal police station and Wanai check post. They were managed to flee after joint retaliatory action by police and security forces. Fresh contingents of FC have reached in Matta and Kabal areas.
INS Sindhuvijay to Join Indian Navy after Refit in Russia

31/7/2008: The INS Sindhuvijay diesel-electric submarine will set sail for India on August 5 to rejoin the Indian navy after an extensive overhaul at a shipyard in northern Russia, the company said on Tuesday.The Project 877EKM Kilo-class submarine had been undergoing a refit at the Zvezdochka shipyard in Severodvinsk since 2005. The overhaul was delayed for six months due to the unacceptable performance of its new SS-N-27 Club-S cruise missiles. In six consecutive pre-delivery test firings in September - November 2007, the Club missiles failed to find their targets and India refused to accept the delivery until all the problems had been fixed.The Club-S subsonic cruise missile is designed for launch from a 533 mm torpedo tube, or a vertical launch tube. It has a range of 160 nautical miles (about 220 km). It uses an ARGS-54 active radar seeker and Glonass satellite and inertial guidance. The new trials were completed in mid-July and were successful.Sindhuvijay is the 4th Indian navy submarine to have been refitted at the Zvyozdochka shipyard. The upgrade program also involved a complete overhaul of the submarine, including its hull structure, as well as improved control systems, sonars, electronic warfare systems, and an integrated weapon control system. The upgrades reportedly cost about $80 million.Russia's Kilo-class diesel-electric submarines have gained a reputation as extremely quiet boats, and have been purchased by China, India, Iran, Poland, Romania and Algeria.
U.S. assures Israel of possible attacks on Iran

Jul 31, 2008 - Iranian.ws: The U.S. government officials assured Israel that the option of attacking Iran over its nuclear program remains on the table, despite widespread Israeli concern that Washington has begun softening its position toward Tehran, According to The Los Angeles Times on Wednesday. The United States had not abandoned all possibility of a military attack on Iran, though U.S. officials are primarily seeking a diplomatic solution.
The message was conveyed by Bush administration officials in meetings Monday and Tuesday with Israeli Defense Minister Ehud Barak, who is on a visit to Washington, the report said. At the same time, U.S. officials acknowledged that there is a rare divergence in the U.S. and Israeli approaches, with Israelis emphasizing the possibility of a military response out of concern that Tehran may soon have the know-how for building a nuclear bomb, according to the report.
U.S. and Israeli officials believe Iran is enriching uranium with the aim of building nuclear weapons, but Iran says that its nuclear program was for peaceful and civilian energy purposes. Pentagon Press Secretary Geoff Morrell said in an interview that U.S. officials have often made it clear to Israeli officials that Washington prefers to try to mitigate the threat from Tehran by applying economic pressure.
"The military option, although always available, is not our preferred route," Morrell said. "We have made that point clear to them and the world in our public statements and private meetings," he said.
During his Washington visit, Barak was expected to try to talk the Bush administration out of what many Israelis perceive as a more conciliatory policy toward Iran. On Tuesday, the Israeli Defense Ministry released a statement saying that Barak had told U.S. Defense Secretary Robert M. Gates that "a policy that consists of keeping all options on the table must be maintained."
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NLOS-LS Team Completes First Phase Of PAM Testing

White Sands Missile Range NM (SPX) Jul 31, 2008: NetFires has successfully launched another Non Line-of-Sight-Launch System Precision Attack Missile (PAM) July 22. "The success of Control Test Vehicle-2, CTV-3 and CTV-4 allows us to conclude the first phase of controlled test flights," said Scott Speet, executive vice president of NetFires LLC and Raytheon's NLOS-LS program director.
"NLOS-LS is now ready to begin the guided flight test phase in September."
To prove the missile's stability during flight, the test stressed the airframe to its limits using high-gravitational force maneuvers. The PAM joined the network after launch and operated as a node on the net throughout the flight using its onboard radio.
"The success of CTV-4 demonstrates the robustness of the PAM, which is designed to meet the warfighter's needs," said Col. Doug Dever, the U.S. Army's NLOS-LS project manager.
"This advanced weapon system gives the commander a platform-independent system solution that provides organic, precision indirect fire support to the brigade combat team."
NLOS-LS provides the brigade commander immediate, precise and responsive fires on high-payoff targets with real-time target acquisition and battle effects. It is also one of the key littoral combat ship mission modules.
Compared to systems with equivalent firepower, the NLOS-LS provides a modular, persistent, responsive, networked and rapidly deployable precision-strike capability against moving and stationary targets.
Javelin Joint Venture Contract For UAE And Oman

Tucson AZ (SPX) Jul 31, 2008: The Raytheon-Lockheed Martin Javelin Joint Venture received a $115 million U.S. government contract to produce the Javelin anti-tank missile and command launch unit for the United Arab Emirates and Oman.
Javelin is the world's first man-portable and employable fire-and-forget medium-range missile system. The compact, lightweight missile is ideally suited for one-soldier operations in all environments.
The joint venture expects to deliver Javelin to the UAE and Oman in the next 18 months.
"The Javelin is a combat-proven weapon system effective against all known armor," said Duane Gooden, Raytheon Missile Systems' Javelin program director and president of the Javelin Joint Venture.
"It also serves as an all-weather, day and night surveillance device."
The Javelin enhances direct fire capability against armored vehicles, buildings and field fortifications. Its anti-armor defense capabilities are critical to mission success in the open desert.
Javelin is currently in service with the U.S. Army, U.S. Marine Corps and 10 allied customers.
"Because the Javelin automatically guides itself to the target after launch, the missile system allows the gunner to either take cover and avoid counterfire or engage another threat," said Hady Mourad, Lockheed Martin's vice president of the Javelin Joint Venture Community
386th ELRS Tests New Humvee Modification

Jul 31, 2008: The 386th Expeditionary Logistics Readiness Squadron's vehicle maintenance section is testing two new modifications for the M1116 up-armored high mobility multipurpose wheeled vehicles' (Humvee) condenser, hoping the improvement will eventually become standard in all M1116 Humvees throughout the U.S. Central Command area of responsibility.
The recent modifications, which were the original brainchild of Tech. Sgt. Paul Gardner from the 386th ELRS, were created in response to a growing problem with the original manufacturer setup and the primary usage of the vehicle in Southwest Asia.
"There hasn't been a day we haven't had at least two Humvees in the shop," said Tech. Sgt. Brandon Bean, vehicle management and analysis NCO. "We've accumulated just more than 100 man hours during the past few weeks on Humvee air-conditioning systems, and spent more than $4,500 in parts."
Not all of the maintenance performed in those 100 hours was on the condenser assembly; the problems with the air-conditioning units of the M1116 Humvee range from replacement of compressors and evaporators to recharging Freon into the air-conditioning systems.
But the condensers represented a significant portion of the shop's repeat maintenance. For every condenser that was fixed, another one or two would come in broken. Additionally, the prior fixes didn't prevent the condensers from becoming broken again, sometimes as quickly as 48 hours later.
"We were getting a new one in every couple of days, with the condensers broken and moving around in the back," said Sergeant Gardner, an Air National Guardsman deployed from the Combat Readiness Training Center in Gulfport, Miss.
The main problem with the original manufacturer design is the design itself; it wasn't created to endure the constant and violent vibrations it receives when Security Forces personnel travel over rugged terrain on patrols 24 hours a day.
"What we're finding is when security forces go outside the gate, the [terrain] they're driving on is like running over a washboard," Sergeant Gardner said. "All the extra vibration is making a lot of things loosen, and the extra impact on the vehicle causes things to break at their weakest points."
The condenser and fan assembly in the M1116 Humvee comes mounted on the rear left side of the vehicle, mounted onto a back fender wall by bolts and a thin piece of sheet metal. Once the assembly begins to vibrate, the sheet metal weakens, leaving the copper lines running alongside susceptible to being punctured or broken.
Oftentimes results in removal of the assembly for repair in the local economy. But for major repairs, the assembly has to be ordered from the manufacturer.
"You can't purchase them here, so we have to order them and wait for them to come in," Sergeant Gardner said. "That can take up to two weeks."
To prevent having to order new condensers because of irreparable damage, Sergeant Gardner's modification involves placing a rubber inner tube between the assembly and sheet metal, in order to help the assembly absorb some of the vibration. Additionally, he constructed a special L-shaped bracket that holds the condenser and fan assembly tighter to the frame.
The modifications consist of two brace configurations: one which bolts down on top of the assembly and another which bolts on the side. For the test phase, the vehicle maintenance section also configured one of the copper tubes most likely to break with a piece of flexible tubing, in order to make it less prone to snapping if the assembly shifts.
In creating the two different test models, Sergeant Gardner hopes to reduce the damage that occurs to the condenser assembly during security forces patrols, as well as make the modification easy to install for other vehicle maintainers in the AOR having the same sort of problem.
"There's not a lot of room to work back there, so I changed the design on the second one so I can just reach in easily and loosen or tighten it," Sergeant Gardner said. "I also wanted to make it as simple as possible, so if it does work I can draw out the measurements and send it to other shops so they can make their own."
For security forces, the end users of the design, the modifications are a welcome change.
"The Humvees themselves are already hot from having the extra armor on them," said Airman 1st Class Julia Berger, 386th Expeditionary Security Forces Squadron. "Without the air conditioning, it makes the heat unbearable for those driving out on patrols."
"We sent two to [vehicle maintenance] last week and they came back with the new modification," Airman Berger said. "They haven't gone down again, so whatever they're doing seems to be working."
Su-34 Fighter-bomber: Russia's New Rearmament Program

MOSCOW: 31 July, 2008 - Russia's rearmament program, approved in 2006 for a period until 2015, provides for supplying modern weapons to its armed forces. One of them is the Su-34 Fullback fighter-bomber, which will replace the Su-24 Fencers.
The process has begun, but some say the replacement is taking too long.
The new fighter-bomber is said to be very good. An improvement on the Su-27 Flanker, it has cutting-edge equipment, including a modern crew and equipment protection system. The Su-34 is effective against personnel and military hardware on the battlefield and also against targets behind enemy lines. It can also be used for surveillance missions and against naval targets.
The Su-34 will replace the Su-24M aircraft (about 400 planes), the Su-24MR surveillance aircraft (over 100 planes), and the MiG-25RB aircraft (about 70). Russia will have to produce between 550 and 600 Su-34s to replace these obsolete aircraft within 10-15 years.
However, the Defense Ministry plans to buy only about 58 such planes by 2015, and a total of 300 by 2022.
Many experts say that if the Su-24 and MiG-25RB aircraft are scrapped by 2020, Russia will be left without fighter-bombers and surveillance aircraft. Others argue that this number will be enough for the Air Force's new concept.
The concept is focused not so much on the combat characteristics of the Su-34, as on its long range, the ability to refuel in the air (including by other Su-34 aircraft with additional fuel tanks under their wings), and its comfortable cabin allowing the crew to make long-distance flights without becoming overtired.
Units armed with such aircraft can be used in the so-called pendulum operations, when an Air Force unit bombs a terrorist base in Central Asia today, delivers a strike at a missile base in Europe the next day, and three days later flies to the Indian Ocean to support a combined group of the Northern, Pacific and Black Sea fleets, with flights from a base in Russia.
The Su-34 aircraft has long-range precision weapons, can fly hugging the earth, and has a high level of protection, which should cut losses during lightning operations, while the use of a relatively small number of such aircraft allows training crews to perfection.
This is not a new concept. Elite units of top-class aircraft manned by superbly trained crews formed the core of the German air force during World War II, and Japan's Imperial Navy had a similar concept.
However, such elite units can be quickly weeded out by swarms of ordinary aircraft in a global war of attrition, such as World War II. From this viewpoint, Russia's new concept looks vulnerable, but then this country has the nuclear triad for a global war.
In a war of attrition, it will not matter how many such smart aircraft Russia will have - 200, 600 or 1,500. What will really matter is the yield of a nuclear bomb they will be able to drop on the enemy.
But in the event of a small war involving one or two adversaries, or a chain of local conflicts, the existence of such high-speed, highly protected and well-armed aircraft can be the decisive factor. Even 58 Su-34 fighter-bombers, used at the right time in the right place, would be a powerful force. A group of 200-300 such aircraft, divided into several units for use in key areas of the battlefield, will be able to fulfill the most complicated tasks.
Apart from the Su-34, the Russian Air Force will also receive other new planes, whose technical characteristics will maintain the force's combat potential at the requisite level. New units, set up for the fulfillment of specific tasks, will consist of fighters, bombers, early warning and command planes, flying tankers, and unmanned aerial vehicles.
These will be highly mobile units, which means that its aircraft can be quickly dispatched to the area in question. In fact, Russia's new concept is not unlike the United States' Aerospace Expeditionary Force (AEF), a flexible and powerful instrument of air warfare capable of quickly delivering strikes in any part of the world.
As for surveillance aircraft, industrialized countries intend to replace them with unmanned aerial vehicles (UAVs). The world is changing, and the new world will wage new kind of wars.
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