An integrated information system literally designed to save lives is the Global Patient Care and Tracking System (GPCATS) developed by Sierra Nevada Corp. (SNC). The system is designed for airborne medical evacuation (MEDEVAC) helicopters, supporting medics on the ground by linking them to the forward medical care facilities to assist the treatment through the evacuation process utilizing telemedicine technology.
A central element of the system is the Electronic Critical Care Flow Sheet (ECCFS), handling all the patient’s treatment procedures and history. The system uses wireless communications to monitor multiple patients, administering necessary intervention when required. The ECCFS updates the receiving hospital with patient video, ultrasound and other images, enabling hospital specialists to assist during medevac and preparing the hospital to receive the patient on arrival. GPCATS systems integrate an airborne access point, interfacing between the medics units (SNC’s Tacticomp 5 handheld computers) and the aircraft communications. The system also comprises a wireless-linked lightweight trauma module, including life support respiratory systems, remote monitoring and other sensors. This unit can also be enhanced with modules administering specific treatments. The medic units are designed to monitor multiple patients, control and operate the system, trigger patient status alarms, access and update diagnostic equipment, patient records and ECCFS, etc. All records are stamped with geographic and time records for further analysis.
AUSA, Washington DC, October 2009: Awaiting the imminent release of the U.S. Army’s largest acquisition of tactical armored vehicles in years, the next generation Ground Combat Vehicle (GCV) was the hottest item on the AUSA 2009 exhibition, but neither the Army, nor industry has even a clue about how these vehicles will look like or if they will be tracked, wheeled or both.
The Army’s U.S. Army’s TACOM Life Cycle Management Command (LCMC) is inviting candidate industries capable of designing, developing and producing the next generation vehicles of Ground Combat Vehicles to line up for the program. The Army will be briefing potential participants in an industry day planned for October 16 in Michigan.
The Army wants its next generation combat vehicle to improve force protection, with the first increment of vehicles fielded by 2017 to provide explosive blast protection equivalent to Mine Resistant Ambush Protected (MRAP) to all occupants, and offer 360º observation from the inside of the vehicle. All increments are expected to integrate advanced passive and active armor, as technology matures and lighter materials are available. The vehicle will provide full tactical mobility in rough terrain and confined urban landscapes. The first variant will be the Infantry Fighting Vehicle (IFV), to be designed to maintain the maneuverability of the Bradley, while surpassing the protection level provided by the current tracked vehicle.
This vehicle will be able of transport soldiers into battle, provide armored protected mobility and fire support, by lethal and non-lethal capabilities. The IFV will also support the unit by providing essential networking connectivity, battle-command and logistical support (power, supplies) and logistics for mounted and dismounted operations. The GCV IFV will replace 6,300 M-113 family of vehicles beginning in 2017. Possible variants could emerge, replacing current M-113 based vehicles including command and control, medical evacuation and mortar carriers. The Army could consider a mix of platforms for these roles, including upgraded Bradley and Stryker vehicles.
According to the U.S. Army Vice Chief of Staff Gen. Peter W. Chiarelli, the Ground Combat Vehicle modernization program will focus on three basic components:
Brigade Combat Team Capability modernization
Network Capability Sets
Vehicle Strategy
The U.S. Army is planning on developing and fielding, in an incremental approach, a class of ground combat vehicles that will be integrated into the Army’s Brigade Combat Teams (BCT). The new Ground Combat Vehicle (GCV) will replace the recently cancelled ‘Manned Ground Vehicle’ element of the Future Combat Systems program, introducing highly survivable, lethal and supportable ground combat vehicles.
Vehicle Strategy
The new vehicle platforms will introduce, over time, several variants to the BCT in an incremental acquisition approach starting with a lead vehicle development effort. These new combat vehicles are expected to achieve highly challenging interoperability between the crew and the platform as well as within the formation, maintain high survivability, lethality and mobility in different operational environments, and meet high supportability, availability, affordability and transportability objectives facilitated by contemporary and proven technology.
The Army expects these vehicles to integrate and provide the crew real time network capabilities. It will be designed to operate across a wide spectrum of operations, and as such, will maintain, besides its main and secondary armament – non-lethal effects and capabilities. It will have embedded training capabilities to be fielded as an integral part of the combat vehicle.
Based on the Army’s experiences in Iraq and Afghanistan, mobility was raised to the top as the key operational design criteria. The vehicle’s design will focus on sustainability more than we ever have done in procuring an Army major weapons system.
Defining the Network Strategy
‘Network Capability Set’ is another facet of the new combat vehicle. According to Gen. Chiarelli, the network of the new vehicle family will be ‘open with plug-and-play capability to accommodate current and future protocols’. The new network is required to be affordable and upgradable over its lifespan; “We will combine a network and radio strategy in affordable increments” Chiarelli said, adding that network improvements will become an integral part of every block upgrade of the vehicle.
The Army is seeking an effective way to expand networking capabilities, after the experiencing an exponential growth of networking demand in recent operations. Gen. Chiarelli indicated that the the capacity of the network has grown from 50 megabits to more than six gigabits per second over the course of the current war, an exponential increase of 121 times. “The Army’s goal is to build a single network employing a common set of operating procedures and supporting a common operating environment, and extended to support joint forces operations. The network should be capable to support current and future systems.” Gen. Chiarelli concluded.
Industry Day
The U.S. Army will conduct the formal briefing to industry outlining the Ground Combat Vehicle (GCV) Program, during an industry day planned for October 16, 2009 in Dearborn, Michigan. The event will provide interested industries an opportunity to familiarize with the vehicle requirement, proposal requirements and discuss potential synergies among potential program participants. (more details)
BAE Systems displayed a prototype of the product improved Paladin self propelled 155mm howitzer being developed under a U.S. Army contract. The company is working on five prototype M109A6 Paladin Integrated Management (PIM) self-propelled howitzer vehicles and two prototype M992A2 Field Artillery Ammunition Support Vehicles (FAASV) under a $63.9 million Army contract.
The PIM is designed to sustain the Paladin as the Army’s fire support system for the Heavy Brigade Combat Team (HBCT) beyond the year 2050. PIM retains the M109A6 main armament and cab structure while replacing outmoded chassis components with up-to-date components from the Bradley Combat Systems to increase sustainability and commonality across the HBCTs. The vehicle will incorporate a “digital backbone” network and significantly enhanced power generation capability. PIM also integrates electric elevation and traverse drives, electric rammer and a digital fire control system. The M992A2 FAASV provides armor protected ammunition delivery for the M109A6 Paladin. At the AUSA exhibition, BAE systems displayed the PIM with two new enhancements – the Common Modular Power System (CMPS) and Continuous Band Antenna (CBA), reducing the numbers of antennae installed on the turret.
After the successful fielding of the Command Post of the Future (CPOF) with brigades and battalions, formally integrated into the Army Battle Command System (ABCS) DARPA aims lower, at the platoon level and below, providing warfighters with internet-style tools for mission planning, post mission debriefing and situational understanding.
Handling the masses of data and imagery streaming from the field, new tools are being fielded to assist battalions, companies and platoons to obtain, process and exploit intelligence and operationally relevant information. Such systems streamline, automate, and simplify tasks undertaken by ordinary soldiers and officers, transforming every staff member and Non Commissioned Officer (NCO) to an expert. One such application, developed under the DARPA Tactical Ground Reporting System (TIGR) program is designed to automate intelligence collection and reporting at the company and platoon.
TIGR is a map-based reporting system enabling users to store and retrieve voice recordings, digital photos, GPS tracks. By the user defining the area of interest, the TIGR pulls all relevant data available in local and remote servers linked to the system – much like a search on the internet, cross-referencing between Google Earth and Wikipedia. TIGR retrieves event reports, intelligence vignettes, images, patrol debriefs etc. It also assists filing of reports in and after a patrol, by associating each element with its geographic location. As a networked system, TIGR accesses many servers over the military global information grid, enabling users to receive information from multiple sources, and understand the context of local events within the ‘big picture’.
The system is designed primarily for counterinsurgency operations, enabling collection and dissemination of fine-grained intelligence on people, places, insurgent activity and understanding the ‘human terrain’. Another advantage of the system is TIGR is tracking dynamic changes of terrain with the system – as the data used by the system is dynamically updated, showing new structures being constructed, destroyed bridges or obstacles that appeared overnight. TIGR manages this dynamic tactical landscape using before/after photos and updated imagery to provide an up-to-date view of the battlespace.
The French and British Ministries of Defense have embarked on the Eur. 50 million (GBP 35 Mil.) investment to be shared between both nations over the next 24 month initial assessment phase. This is the first step in the development of an advanced, lightweight helicopter-launched anti-ship missile to replace the British Navy‘s Sea Skua. Developed under an Anglo-French ‘Complex weapons’ program, the new weapon will be designed to meet the French requirement for a lightweight anti-ship missile known as ‘Anti-Navire Léger’ (ANL) and the UK’s Future Anti-Surface Guided Weapon (FASGW). The development is part of the multi-year, multi-system Team Complex Weapons (WCA) contract awarded last year to MBDA by the UK MoD on behalf of both countries.
This new missile will be operated for offensive and defensive naval missions, primarily against surface targets with a displacement of less than 500 tons, such as fast craft and patrol boats. The missile will be integrated with the naval versions of the NH-90 helicopter, as well as light helicopters such as the French Navy‘s Panther and the Lynx Wildcat operated by the Royal Navy.
Raytheon Company has been awarded a first Low-Rate Initial Production (LRIP) contract worth $93 million, to produce Standard-Missile 6 for the U.S. Navy. The company will deliver the first production missiles to the Navy by early 2011.
SM-6 began development in 2004 and is designed to meet the U.S. Navy’s requirement for an extended-range ‘over the horizon’ anti-air warfare (AAW) missile. The system will provide a defensive capability against fixed- and rotary-wing aircraft, unmanned aerial vehicles and anti-ship cruise missiles. The missile employs the Standard Missile family’s kinematics, while enhancing signal processing, guidance and control capabilities and offering active and semi-active operating modes and advanced fuzing techniques.
New missiles were demonstrated today at a military parade, part of the celebrations of the 60th anniversary of the founding of the People’s Republic of China. Among the missiles demonstrated at the parade were several intercontinental ballistic missiles (ICBM), such as the road-mobile Dong Feng 31 (DF-31A) modified to carry three multiple independently targetable re-entry vehicles (MIRV). The Chinese are also working on a larger ICBM – known as DF-41 carrying 10 MIRVs over a distance of 11,000-13,000.
Another new missile on display for the first time is the Dong Hai 10 (DH-10), a long-range land-attack cruise missile (LACM) capable of attacking targets at a range exceeding 1,500 km. DH-10 is launched from a land-mobile platform deploying three missiles. The missile is believed to be a reversed engineered Russian Kh-55 Raduga cruise missile; six such missiles were procured by from Ukraine by China in the 1990s. China is believed to have produced more than 200 DH-10 cruise missiles.
Other missiles on parade include upgraded versions of the DF-15, provided with stabilizer fins attached below the warhead section hinting to possible modifications of the warhead itself (such as augmenting penetration capability); the medium range DF-21C medium range missile was also on display, with a new engine, the missile is setting the basis for China’s future naval based anti-ship ballistic missiles, which could target U.S. carrier forces in the future.
DongFeng 21C (CSS-5 Mod-3) medium-range ballistic missile (MRBM) is the conventional armed version of the CSS-5 missile, first deployed around 2005. Operated by the Second Artillery Corps, this solid rocket propelled missile is enclosed in a container-launcher carried on a transporter-erector-launcher (TEL) 10×10 wheeled vehicle. It has a range of 1,700 km and payload capacity of two tons. The missile can be loaded with a unitary or multiple conventional warheads.DongFeng 31A, (CSS-9 Mod2) – a modernized version of China’s primary strategic missile, the missile is contained in a large cylindrical transporter-erector-launcher (TEL). The missile has a range exceeding 11,000 km. This road transportable missile can deploy to predetermined launch sites throughout the country – by mobilizing these strategic missiles, China believes the missiles have a chance to survive avoid a first strike. The missile uses solid propellant, enabling longer life span and shorter reaction time, compared to the liquid fuel ICBMs.
The DongFeng 15B (M-9; NATO codename: CSS-6) is an improved, solid-fuel, short-range ballistic missile (SRBM) system currently in service with the Chinese Army.
DongFeng 11A (CSS-7) is a road-mobile, single-stage, short-range ballistic missile (SRBM) system developed by CASIC Sanjiang Space Group. The missile is transported on an eight wheeled transporter-erector-launcher (TEL). Developed in the 1980s, the improved variant DongFeng 11A on display at the 2009 parade was fielded with the Chinese army in 1999. This version employs a conventional warhead and has extended range, bridging the gap between artillery rocket system (at ranges up to 100km) and a strategic surface-to-surface missile (beyond 500km).
Dong Hai 10 (DH-10) – The new Land Attack Cruise Missile (LACM) developed in China was first deployed with the Second Artillery Corps cruise missile brigade based at Jianshui, Yunnan Province in southern China.
Type-99 main battle tanks on parade – Beijing, 2009
A total of 56 regiments on the ground and in the air will join the parade. The parade involves more than 8,000 soldiers, 2,000 less than the 1999 parade. They were marching in 14 impressive phalanxes. 30 phalanxes rolled on wheeled vehicles, compared to 25 a decade ago.
The formation, combination and equipment of these phalanxes showed the ongoing transformation of the People’s Liberation Army (PLA) from labor intensive forces to a technology-intensive one. Reflecting this trend, this year the parade included more weapon systems – over 100 land attack and naval missiles 500 armored vehicles and over 150 aircraft, surface to air and anti-ship missiles, radars and unmanned aerial vehicles.
Fifteen formations of armored vehicles displayed a variety of systems, led by a large formation of Type-99 main battle tanks, China’s newest armored vehicle. They were followed by two versions of the Type-05 amphibious assault and infantry fighting vehicles, making their debut at this parade. Type-03 airborne fighting vehicles and Type-08 wheeled armored vehicles were also on display.
Type 05 infantry fighting vehicle (above) and assault gun (below) on parade at the 60th anniversary parade. Type 05 is also known as ZBD2000 family of tracked armored vehicles, officially unveiled in 2006. These vehicles are designed for amphibious operations and come in three configurations: an armoured fighting vehicle, a command vehicle and an a light tank (assault gun) equipped with 105mm gun, both are deployed with the Peoples’ Liberation Army’s Marine Corps.
In recent years the PLA is balancing its armored vehicles fleet with a range of heavy, and medium tracked vehicles as well as 6×6 and 8×8 wheeled vehicles, offering better strategic and rapid power projection. The Type 08, also known as WZ 0001is configured as an infantry fighting vehicle, armed with 35mm automatic cannon. Other vehicles in this family include a self propelled mortar (120mm), self propelled air defense platfor, a recovery vehicle and command vehicle. The WZ 0001family was designed to address PLA requirements as well as for export.
Below: Type 03 airborne armored vehicle is the ZLC2000 built by Norinco. It is armed with a turret tmounting a 30mm cannon with a HJ-73C ATGM rail launcher. The vehicle can be air-dropped by parachute from an IL-76MD transport aircraft. Each IL-76MD can carry three ZLC-2000 vehicles.
All photos: China Ministry of National Defense / Xinhua
Thales Australia has unveiled the Hawkei lightweight Protected Mobility Vehicle (PMV-L) developed to meet the Australian Defense Forces Land121 program and key export customers. “In developing the Hawkei, we have taken the lessons learned building the highly successful Bushmaster and, in combination with our partners, applied that thinking and experience to the new vehicle,” said Ian Irving, Thales Australia’s Land & Joint Systems Division Vice President.
Under the Australinan ‘Project Overlander’ – defence project ‘Land 121 Phase 4’, the Australian Department of Defence will procure 1,300 Protected Mobility Vehicles – Light (PMV-L) vehicles and trailers to replace the existing fleet of Landrovers. This program will procure four PMV-L variants – Command, Liaison, Reconnaissance and Utility – all offering very high levels of protection from small arms fire, mines and Improvised Explosive Devices (IEDs). Deliveries are expected to begin in 2013.
Thales is designing Hawkei to become a fully integrated node on the network centric battlefield. The vehicle is designed to accommodate the future system demands of adaptive campaigning, with C4I (Command, Control, Communications, Computers and Intelligence) capabilities a fundamental part of its DNA.
Armor Protection Strategy
A systems approach to vehicle protection includes high levels of mine blast protection integrated into the Hawkei’s hull design, while its adaptable ballistic protection technology is designed to be easily removed for air transportation and then refitted by a two-person crew in less than 30 minutes without using specialized equipment. This innovative design allows the Hawkei to be operated in full protection configuration that can then be reconfigured and upgraded for specific mission threats.
“Hawkei is a new, next generation vehicle representing a genuine advance in design and innovation. All of the technology building blocks are battle proven and validated through operations, and have now been incorporated into a low risk design representing the next generation of vehicle system.”
Industry Teamning for the PMV-L
Thales Australia has teamed with the Israeli company Plasan Sasa to develop the new Light Protected Vehicle to address the Australian Army requirement. Boeing Australia, supported by the company’s Integrated Logistics Support (ILS) services, has also joined the team to provide logistical support for the new vehicles.
The Australian Thales led team is expected to face competition from the U.S., as Australia has expressed interest in the new joint tactical light vehicle (JLTV) and is already investing in the production of several test vehicles, as part of the U.S. program. Israel is also expected to join the U.S. program soon.
Iran’s main enrichment plant, located at Natanz, can accommodate some 54,000 gas centrifuge machines. At the present rate of operation at Natanz, these can produce low-enriched uranium for barely one refueling per annum of the Bushehr nuclear power plant. The 3,000 machines at the new Qom plant would produce some 5 percent of the annually needed amount. In fact, this whole mountainside installation could have been accommodated in a corner of one of the existing huge enrichment halls at Natanz. These proportions make the Iranian president’s argument that the new plant was to be the backup in case the Natanz plant was harmed a lame argument.
What then is the purpose behind the new site?
Optional Operational Path for the
Iranian Uranium Enrichment Plant in Qom
Development Path
Clandestine production
Breakout Scenario
Source of Uranium
Esfahan, Uranium Conversion Facility (UCF)
Natanz: 5% enriched Low Enriched Uranium (LEU)
Acquisition method
Clandestine production
Seizing Stockpiled LEU
Annual Highly Enriched Uranium (HEU) Capacity at the 3000 centrifuge processing plant
1000 kg / year
4000 kg
Two answers come to mind: that the plant was intended to enrich natural uranium outside the inspectors’ purview to whatever levels Iran decided on, probably producing bomb-capable high enriched uranium (HEU); or, that this was the place where uranium would be enriched from the 5 percent low enriched uranium (LEU) produced at Natanz to HEU levels.
Whether the goal of driving Iran to suspend its uranium enrichment activity is achieved, such a demand should be accompanied by additional measures such as: Preventing Iran’s access to processed and raw uranium, including the raw “yellow cake”; shutting down of all centrifuges and elimination of installation of new ones, applying tighter control by IAEA by employing the ‘Additional Protocol’, gaining more access rights. Furthermore, Iran should also suspend the construction of the IR-40 natural-uranium heavy water reactor at Arak. To continue its claimed civilian resraech and operations, Iran will be permitted to purchase all the radioisotopes it needs from other countries.
Should Iran accept the suspension of its weapons’ related activities, including the acceptance of all the above conditions, it would still be quite difficult to persuade anyone that Iran has really abandoned its nuclear weapons development program. Who would be able to state with any certainty that Iran had not constructed a third, concealed, uranium enrichment plant?
A new Program Executive Office (PEO) designated ‘PEO-Integration’ was established last week by the U.S. Army. Literally speaking, its mission will be to pick up the remains of the Future Combat Systems (FCS), namely the systems almost ready for fielding as part of the ‘Spin-out I’, and integrate them to early Brigade Combat Teams. On the longer term, it will also lead the development of new systems, including the Ground Combat Vehicle and the advanced network and various robotic systems, to follow with acquisition and fielding later in the next decade.
“We are moving forward with efforts to improve our ability to equip Brigade Combat Teams (BCTs) and to modernize the Army consistent with the Army Force Generation (ARFORGEN) model.” said Mr. Dean G. Popps, Army Acquisition Executive and Acting Assistant Secretary of the Army for Acquisition, Logistics and Technology.
PEO Integration will consist of several project or product offices that will support the management of current and pending acquisition programs, to include the Ground Combat Vehicle, the network, and incremental modernization of Brigades through the fielding of selected capability packages. PEO Integration will synchronize program and portfolio development and delivery to provide capabilities to Army brigade formations, supporting Infantry brigades, Heavy and Stryker brigade combat teams and support task forces to align these capabilities to each brigade type.
Justice Richard Goldstone, a widely respected South African judge, is no doubt an honorable man, but his report leaves much to be desired in objectivity. In fact, it is highly prejudiced – perhaps not entirely due to the Judge’s fault. Not having served in combat, he is clearly lacking insight into the intricacies of modern warfighting under complex urban conditions, such as happened during Operation Cast Lead in Gaza. The claim that Israel’s official refusal to co-operate with the UN Fact-Finding commission is to blame is highly dubious, as previous commissions raised by the United Nations usually ostracized every Israeli military action, even when carried out in undisputed self defense.
The Goldstone mission concluded that actions amounting to war crimes and possibly, in some respects, crimes against humanity, were committed by the Israel Defense Force (IDF). The Israeli armed forces constitute grave breaches of the Fourth Geneva Convention in respect of willful killings, using Palestinians as “human shields” in their actions in Gaza, the UN report’s executive summary claimed.
The report concludes that the Israeli military operation was directed at the people of Gaza as a whole. In most of the incidents investigated by it, and described in the report, loss of life and destruction caused by Israeli forces during the military operation, was a result of disrespect for the fundamental principle of ‘distinction’ in international humanitarian law that requires military forces to distinguish between military targets and civilians and civilian objects at all times.
Amnesty International’s Donatella Rovera, who headed Amnesty International’s investigation into the conflict in Israel and Gaza said after the Goldstone report’s release that “The UN Human Rights Council should endorse the report and its recommendations and request the UN Secretary-General to refer it to the UN Security Council. Unfortunately, no such action was ever called for during eight long years of incessant bombarding of Israel’s sovereign territory by Hamas, even after the Gaza Strip was unilaterally vacated from every last Israeli citizen and soldier in August 2005.
Even Israeli human rights organizations called upon the Israeli Government “to take the one-sided Goldstone report seriously and to refrain from automatically rejecting its findings or denying its legitimacy”. Ironically, but not surprisingly, the pathetic fact is, that there are no Human Rights organizations in the Arab world, which is in sixty years of continuous conflict with Israel.
But from time to time there is a refreshing glimpse of light at the far end of the somber tunnel, in which Israeli citizens spend their lives, constantly suffering under condemnation from their own and foreign, usually prejudiced media reports.
Colonel Richard Kemp CBE, served in the British Army from 1977 until 2006. Among his many appointments, he was Commander of British Forces in Afghanistan. An army veteran of 30 years, much of it in combat, the colonel knows what he is talking about, when he assesses complex asymmetric counter-insurgency operations in the Middle East. In a lecture which he held recently, and broadcast on TV, the veteran commander has offered a clear and unfettered view on military actions against Islamic fundamentalist terrorists: “The same tactics tried and tested by Hezbollah on IDF soldiers in Lebanon have also killed British soldiers in Helmand Province and in Basra,” Colonel Kemp said. “Groups are trained and equipped for warfare fought from within the civilian population. Islamist fighting groups ignore the international laws of armed conflict, but they study it carefully and understand it well. Their very modus operandi is built on the cynical assumption that Western armies will normally abide by the rules. In Gaza, as in Basra, as in the towns and villages of southern Afghanistan, civilians and their property are routinely exploited by these groups, in deliberate and flagrant violation of any international laws”.
The unfortunate fact is that on the tactical level, protected buildings, mosques, schools and hospitals are used as strongholds allowing the enemy the protection not only of stone walls, but also from international law, producing international outcry and condemnation, when attacked. Islamic insurgents cleverly exploit the international media, as a critical element in their overall military strategy. Colonel Kemp recalls media reports screaming outcry, when the US Army bombarded a Fallujah mosque, in Iraq, from which insurgents fired and killed five Marines, only minutes before!
When accusing the IDF using Palestinians as “human shields” in Gaza, the report seems to forget that Hamas fighters who previously proudly wore black or khaki uniforms, discarded them when Operation Cast Lead began, blending-in with the crowds and use these as their human shields! Similar practice is used these days in Afghanistan. British soldiers patrolling in Helmand Province will come under sustained rocket, machine-gun and small-arms fire from within a populated village or a network of farming complexes containing local men, women and children. According to Colonel Kemp, like Hamas in Gaza, the Taliban in southern Afghanistan are masters at shielding themselves behind the civilian population and then melting in among them for protection. Female suicide bombers are almost commonplace. “When an enemy flouts the rules of war then we cannot shy away from hard decisions. Schools and civilian buildings are routinely booby-trapped. Snipers shelter in houses deliberately filled with women and children,” the veteran colonel remembers. “We respect international norms and the sanctity of holy places. However, when our troops take fire from these locations or roadside bombs stored there are used to murder the innocent, we have no choice other than to act.”
It is often overlooked in media and human rights groups’ frenzies, exposing fault among military forces fighting in the toughest conditions, that junior military commanders must make a snap judgment between the safety of their own troops and that of other people.For soldiers to follow their commander into mortal combat – at any level, but especially at the point of battle – they must trust him completely. Loyalty to the men under his command is crucial in combat- and the decision rests entirely on his shoulders.
Colonel Kemp: “In combat you are surrounded by your men, yet you are nevertheless totally alone. More than often you, as a commander have not slept for days, you are shattered by the loss of some of your men and wet with sweat and sometimes blood, you are overcome by the noise of battle and total chaos raging all around. Still you have to keep calm and install confidence in your men, who depend of your judgment with their lives. Moreover, the battle manifests itself as a wall of noise that surrounds you, interspersed with the infantryman’s most detested sound, incoming bullets cracking above, to the side and below your head. Amid the disorientation, the smoke, the fire, the explosions, the ear-piercing rattle of bullets, the screams of the wounded, the incomplete intelligence picture and the failure of technology, commanders and soldiers must work on to achieve their mission, no matter how hard it gets”.
Every soldier who has been in combat – whether it is Gaza, Lebanon, Afghanistan or Iraq – can testify to the chaos and confusion of war. Unfortunately, only few of the more courageous media reporters are brave enough to join men into mortal combat. Those who dare, emerge with a totally different kind of reporting, however.
It is sometimes forgotten, that in the IDF, the fighting men, are youngsters, right out of school, which are facing the challenges of mortal combat for the first time. Exposed to the hazards of war and human misery – turns them, almost overnight into battle-hardened veterans. Their commanders are not much older, but shoulder huge responsibilities in combat, having to choose between life and death of their men within minutes. These are facts, not the fantasies reported by ignorant media reporters, or post-war fact-finding commissions, writing their reports, while safely protected in quiet air-conditioned studios and offices.
The Goldstone report, as did the other “Human Rights” condemnations, purposely ignored, that the IDF gave at least four hours’ notice to civilians to leave areas targeted for attack. During the conflict, the IDF allowed huge amounts of humanitarian aid into Gaza, the IDF unilaterally announced a daily three-hour cease fire. The air force dropped over 900,000 leaflets warning the population of impending attacks to allow them to leave designated areas. Over 30,000 Palestinian households in Gaza received phone-calls urging them in Arabic to leave homes. All these actions were totally disregarded by the media and the UN Goldstone Commission!
According to Colonel Richard Kemp, by taking these actions before and during Operation Cast Lead the IDF did more to safeguard the rights of civilians in a combat zone than any other Army in the history of warfare. This sober assessment by such an experienced officer, should speak for itself, to clear the IDF from so-called “criminal acts against humanity”.
Bar the shouting by the media, probably the most important result from Operation Cast Lead is the fact that since the cease fire, last January – for the first time in nearly a decade, people on Israel’s border can breathe freely, without coming under constant rocket and mortar fire alerts. Hamas and Hezbollah (and perhaps even the Islamic clerics of Tehran) seemed to have learnt the lesson, that Israel was certainly no “Paper Tiger” and that its strong bite still proved a painful deterrent.
Iran has developed a twin-missile launcher system for the Zelzal-2 short range missile, effectively doubling the firing rate of the system. Salvo firing is considered by Iran to be the most effective missile-defense countermeasure. The new launcher was tested in public for the first time Sunday 27 September 2009, firing a single Zelzal-2 missiles, fired for a dismounted new multiple launcher while a second missile was standing by on the second rail.
The solid-rocket powered Zelzal-2 missile has a range of 130-185 miles (210-300 kilometers). Is length is 8.32 m and the diameter is 0.61 m. The missile has a launch weight of 3,400 kg., including a 600 kg warhead carried over a range of 200 km. The missile is carried and launched from a truck-mounted rail. Prior to the 2006 Second Lebanon War Iran supplied Zelzal-2 missiles to the Lebanese Hezbullah, which tried to launch them against Israel. However, most of the missiles were destroyed in a preemptive strike by the Israel Air Force. To improve the missile’s survivability and performance Iran is accelerating pre-launch preparation and increasing the system’s agility and mobility, General Salami said. Iran is performing these test launches, to include short, medium and long range missiles, as part of the Payambar-e Azam(Great Prophet IV) military exercises conducted by the country’s revolutionary guards (IRGC). The first test conducted early Sunday 27 September 2009 involved Zelzal-2 short range guided missiles, fired for a dismounted new multiple launcher. Other tests included launching of Fateh 110 guided rocket covering 120 miles (193 km) and the Tondar 69 – a short range missile, converted from a Chinese CSS-8 (SA-2 derivative) missile, capable of covering a range of 93 miles (150 km). General Hossein Salami, head of the Revolutionary Guard Air Force, said follow-on test firings scheduled for this week also include medium-range Shahab-1 and Shahab-2 missiles on Sunday night and long-range Shahab-3 missiles on Monday. All photos: FARS news agency
Iran is constructing a second uranium enrichment facility, sofar maintained secret by Tehran. In its message to the International Atomic Energy Agency (IAEA) Iran defines the Tehran site merely as a ‘Pilot Plant’ – but western intelligence experts agree it is ‘well-suited for military purpose’. Apparently, Iran planned to keep the second sites hidden from the IAEA inspections, enabling the new facilities to race forward with high grade enrichment, while the enrichment plant in Natanz continues its slow, low-grade process under the tight control of international inspections. The plant, comprising of two separate facilities located near the holy city of Qom, south-west of Tehran, has been under construction for more than three years. Although the site was managed by the Atomic Energy Organization of Iran (AEOI), it was unknown to all, but the most senior AEOI officials.
Above: One of the new sites spotted outside Qom. For more information: See ISIS website. www.isis-online.org
Western intelligence agencies had already spotted the two sites at military facilities near Qom about three years ago, but maintained silence until more conclusive evidence could be obtained. Both sites are being constructed under cover, hiding the activity from the prowling eyes of the satellites. They comprise underground tunnel complexes and extensive roads and support facilities construction.
One of the new facilities is located at the northeastern annex of the large ammunition storage facility, operated by the Islamic Revolutionary Guard Corps Base. The other, spotted about 40 km east of the first location, obscured by rolling hills, is obscured in an isolated desert area, inside what looks like a military firing range. The work on this site seems more advanced, particularly judging by the large amount of rocks and earth, removed from the tunnels and the subterranean facility. Unlike Natanz, which was constructed on the surface and later covered, the new site is constructed underground from the start.
According to intelligence assessments, the site is intended to hold approximately 3000 centrifuges, a relatively small number for the production of regular fuel reloads for civilian nuclear power plants, requiring a much larger number of centrifuges. In comparison, the Iranian Natanz enrichment facility is sized to provide regular fuel reloads to the Bushehr nuclear power plant and is designed to house 54,000 centrifuges.
The construction of the new site is considered to be in progress, but the enrichment process itself has not yet been activated. Recent intelligence assessments indicated, that earlier this year Iran was installing new infrastructure required for centrifuges. It is assumed that Iran will not be able to begin enriching uranium there before at least 2010.
September 10, 2009: Singapore Technologies Marine (ST Marine) awarded Terma, the Denmark-based company a contract for the delivery of a C-Series combat system for the Royal Thai Navy’s (RTN) Landing Platform Dock (LPD).
In 2008 ST Marine was contracted by the Thai government to build a Landing Platform Dock (LPD) vessel for the Royal Thai Navy (RTN). The LPD is a multi-role and multi-purpose ship specifically designed to provide the RTN with a strengthened capability in situations of natural disasters such as floods and tsunamis. The vessel will thus provide support to naval missions such as sea transportation, support operations, civil search and rescue missions, and disaster relief programs. Delivery of the ship is expected by 2012.
The combat system provided by Terma provides the surveillance and identification of air and surface targets, overall combat management system for the vessel and fire control for on-board self-protection weapons. These functions are provided by the company’s C-Search, C-Flex and C-Fire modules. The system enhances situational awareness, manages multiple sensors, monitors and evaluates potential threats. The radar used on the Thai vessels will be the SCANTER 4100 air and surface surveillance radar combined with an IFF system, providing identification to the air tracks of the radar.
The fire control system supports the three guns, a single 76mm and two 30mm cannons mounted on the vessel. C-Fire uses an Electro Optical (EO) Director fitted with a thermal imager, TV camera, and an eye-safe laser range finder. Upon hostile actions encountered by any surface or air target, C-Fire can turn into engagement mode, and the operator can fire any of the ship’s three guns at the target. In case of hostile actions from both a surface and an air target, the system can engage both targets using the SCANTER 4100 radar for tracking the surface target and the EO Director for tracking the air target.
Diehl Defence has teamed up with Skysec to develop a drone interceptor. Diehl works with Skysec’s subsidiary, Skysec Defence, to modify the original civilian-oriented net-arresting interceptor into a hard-kill system suitable for military missions....
Welcome to the latest episode of Defense-Update News Summary! In this episode, we dive into this week’s developments in defense technology, military acquisitions, and strategic partnerships worldwide.
Some of this week's highlights include:
Elbit Systems...
The French Ministry of Armed Forces has officially launched the Unmanned Combat Aerial Vehicle (UCAV) program as part of the Rafale F5 standard development. This event marks the beginning of a new era in...
Army Air Defense Undergoes Significant Modernization to Counter Drone Threats
The U.S. Army's air defense branch has experienced its most substantial modernization and growth in over four decades, primarily driven by the need to counter...
Elbit Systems of America showcases the Sigma Next Generation Howitzer at AUSA 2024, where competing systems from Sweden, South Korea, France, and Germany are likely to be presented, some in models, others in full...
Welcome to the latest episode of Defense-Update News Summary! In this episode, we dive into this week’s developments in defense technology, military acquisitions, and strategic partnerships worldwide.
Some of this week's highlights include:
Elbit Systems...
Elbit Systems has signed a 1.5-billion-shekel (approximately $400 million) contract with Israel's Ministry of Defense to establish an aerial bomb manufacturing bombs for the Israeli Air Force. In the past, the government-owned IMI operated...