Monday, March 16, 2015

Additional Recommendations for the U.S. Army of the Future*


Lajos F. Szaszdi

 
* The following additional recommendations up to and including the thirty-third were originally written between September and October 2010.

 
1)                  Establish independent heavy tank battalions as the German World War II schwere panzer abteilung (heavy tank battalion) of Tiger tanks or independent tank battalions as the U.S. Army’s 65 independent tank battalions during the Second World War.
 

2)                  Form independent combined arms battalions of tank/mechanized infantry battalions.


3)                  Constitute semi-independent companies (part of the independent tank battalions).


4)                  Form independent battalions capable of being deployed anywhere in the world in 48 hours. A semi-independent tank company could be deployed in 24 hours.

 
5)                  Combined arms battalions of Heavy Brigade Combat teams and infantry battalions of Stryker Brigade Combat Teams and Infantry Brigade Combat Teams (equipped with Stryker APC) should also be given independent capability in case they can be used autonomously from their brigade unit of action.


6)                  These independent battalions, either belonging to brigade units of action or being independent tank battalions in their own right, can be the core of composite fire brigades or battle groups, with other units and subunits attached to them, having a modular capability to form ad hoc operational units tasked to particular missions.


7)                  The independent tank battalions would have an organic Unmanned Aerial Vehicle reconnaissance platoon.


8)                  Combat or anti-mine robots (explosive charge robot, anti-mine MULE robot, infantry combat MULE variant, armed IED-reconnaissance robot) could be attached to the independent tank battalions, with each tank having the Command and Control capability to operate the robots.


9)                  Airborne glider assault stealthy flying wings with 10-11 man capacity with GPS navigation should be introduced.


10)              Paratroopers should air drop with GPS devices for pinpoint landing and post-landing orientation.


11)              Commander should operate accompanying their troops to the front, but without overexposing themselves thanks to modern command and control technology.


12)              Senior commanders in headquarters should not have the temptation of trying to micromanage the operations of units on the ground, due to the advanced command and control capabilities available today.

 
13)              Ground operations should make use of Special Forces and possibly of professional mercenaries (contractors) for raiding missions behind enemy lines, reconnaissance, destruction of supply convoys, attack of enemy logistical facilities, neutralization of enemy reconnaissance forces, to blind the enemy and deny it supplies and security in support of main ground combat operations. The role of these Special Forces would be like Trenck’s Frei Korps pandours, irregulars of the 18th century Austrian Army who playing the role of today’s special forces successfully harassed, destroyed supply convoys, and blinded the reconnaissance capabilities of the Prussian forces of King Frederick the Great.

 
14)              In addition to the principles of mobility, speed, surprise, there is that of tempo that should continue to be emphasized in conventional operations.


15)              The goal in a conventional conflict should be to be the first to arrive to the objective with all the means available.


16)              Commanding officers on the ground should be given broad independence and should have full faith in accomplishing their mission, to foster initiative in the face of the fog of war.


17)              Operations should be characterized by their fluidity instead of being dragged by being methodical, with the goal of finding and destroying the enemy forces, rather than holding territory. 


18)              Soldiers should be well trained at every level of command, so that if the officers have been put out of action, the non-commissioned officers can assume command of a mission, and that even a corporal could do so, if there are no NCOs available.


19)              Running Start1 type of operations should be adopted in a conventional conflict, as in Operation Iraqi Freedom, in which units go to combat as soon as they arrive, not waiting for the complete ground force to be assembled in the theater first. This concept would justify the independent tank battalions alluded earlier, which could arrive in theater first to hold on a front against the earlier stages of an enemy offensive, like in Georgia in 2008, arriving to a threatened area 48 hours after the beginning of an invasion. The Russian operation lasted 5 days.


20)              Execute Effects Based Operations (EBO), understood as mass of effective firepower and mass of effect of speed,2 but instead of being strategic in magnitude as in Operation Iraqi Freedom, these EBO should be limited to reach operational and tactical objectives in support of the ground offensive.


21)              To gain the maximum firepower for EBO at an operational level, deploy ATACMS (Army Tactical Missile System) with force-multiplier type of firepower, like air-fuel thermobaric warheads against enemy troop concentrations caught in the open, smart anti-tank bomblets, anti-personnel and soft-skinned submunitions, EMP (electro-magnetic pulse) warheads against enemy command and control and computer centers, deeply buried bunker-busting unitary warheads, and anti-radar warheads against air control, air defense or battlefield ground radars. Also, GMLRS (guided multiple launch rocket system) artillery rocket launchers would be useful to launch smart bomblets, anti-tank mines or air-fuel warheads to maximize firepower in support of Effects Based Operations at an operational level in a land battlefield. Another weapon system that could provide superior firepower for Effects Based Operations is the microwave beam director that could be used against masses of enemy troops caught in the open.


22)              Deploy ATACMS and GMLRS as part of the strike, artillery, battalion of each brigade combat team.


23)              Assigned infantrymen should wear exoskeletons to carry and lift heavy loads that would otherwise require more than one man or wheeled equipment.


24)              Numbers matter in terms of men and equipment, and more robots in the field would become useful tools for the soldier as force multipliers. Robots, however, should not be seen yet as substitutes for men in major offensive combat operations, although combat robots armed with weapons should be used to support the troops during combat operations.


25)              Team up with aircraft manufacturer Antonov of Ukraine for the production of a modernized version of the An-225 heavy cargo plane, capable of carrying inside its cargo hold up to 200 tons of cargo or between 700 and 800 passengers that could be troops. One single An-225 could thus be able to transport a full battalion. An independent battalion could thus be airlifted faster to a conflict zone through a fleet of An-225 and An-124 aircraft. With the M1A2 Abrams Main Battle Tank having a combat weight of over 63 tons, an An-225 could carry three of the tanks ready for action. The goal would be for 6 An-225 to deploy a tank company or about 18 Abrams in 24 hours anywhere in the world.

 
26)              The U.S. should make use for the benefit of its forces and of NATO of the Antonov An-124 and An-225 heavy airlifters. The use of these aircraft, in combination with the U.S. Air Force C-17, C-130 and C-5M Super Galaxy would make possible – provided that there are adequate airfields to land and available air routes – the transport in 96 hours of a brigade combat team, of a division in 120 hours, of an independent tank battalion in 48 hours, and of a tank company in 24 hours, anywhere in the world. 


27)              The U.S. Army together with other U.S. forces should confront a conventional enemy with superior forces in terms of numbers and the quality of equipment and men, and through the superior use of the forces available. This does not mean the use of overwhelming ground forces and of massive numbers of tanks and infantry compared to the total enemy forces in the theater as predicated in the so-called Powell Doctrine. Rather, it implies: a) The use of superior forces in terms of numbers and quality of tanks and troops to those of the enemy at the schwerpunkt or selected breaking point of an enemy’s front. U.S. ground forces overall in theater might be inferior to the total number of ground forces of the enemy, but the number of U.S. forces concentrated at the schwerpunkt would be superior to those of the enemy they face; b) this concept is based on the principle of following if possible a strategy of indirect approach in operational plans, exploiting the element of surprise and the enemy’s weakest concentration of forces, thus avoiding a frontal attack against enemy strong and prepared positions; c) the use of overwhelming firepower as in Effects Based Operations; d) the use of superior speed and faster decision making in maneuver warfare to keep the enemy off-balance and prevent him from organizing its defenses once our forces have broken its front and penetrated deep into his rear areas; e) the concentration and/or convergence of forces and not their separation; f) the use of qualitatively superior forces (in terms of firepower), like tank formations instead of infantry units, to breach and crush the enemy defenses or to blunt and destroy the spearheads of an enemy offensive; g) the superior use by the U.S. Army of Special Forces and/or Airborne Forces to capture key strategic targets to disarticulate the enemy’s defenses, such as the German paratroopers’ capture of the Fort of Eben Emael in 1940, or to neutralize the enemy’s leadership/senior command with surgical commando-style operations as when Otto Skorzeny captured in 1944 Hungary’s seat of government in Budapest, preventing the country’s defection to the Allies.   


28)              The infantry brigade combat teams should be trained not just for combat in an open battlefield but particularly in an urban environment, where combat operations would more likely take place in the 21st century. Thus, assault infantry units should also be equipped with submachine guns in addition to assault rifles for fast combat actions inside buildings, in rooms and in house-to-house fighting. Storm troops armed with submachine guns for combat inside buildings would thus be armed like special forces for urban environments such as SWAT teams and the German KSK counter-terrorist units.

 
29)              In the U.S. Army emphasis should not be on the individual soldier but on the infantry squad, with its soldiers fighting as a team. All infantry brigade combat teams should be equipped with Stryker armored personnel carriers (APC), with one Stryker APC transporting one squad. The Stryker APC, with its command, control, communications, computer, intelligence, surveillance and reconnaissance (C4ISR) capabilities, mobility and protection should become the “mother ship” of an infantry squad. The infantry squad with its Stryker APC should become the cell in the Army’s network centric body, made of battalions, battle groups and brigades. Fighting as a team, unit modularity (allowing units and subunits to join up into kampfgruppen or battle groups and fire brigades), and jointness should be key words for the military. 


30)              The use of redundant GPS navigation satellites and the fast launching of replacement satellites so that the loss due to enemy action of part of the constellation of GPS satellites would not totally disrupt and paralyze the use of GPS satellite navigation available to the U.S. Army and our forces in general. With the Navstar constellation consisting of 24 satellites, four more GPS satellites should be put in orbit as cold spares for a total of 28 satellites in orbit, and an additional four satellites should be stored as ground spares to be launched quickly as replacements if the need arises. A minimum of four GPS satellites is needed for positioning, with three covering altitude and longitude, and a fourth satellite providing altitude. Emphasis should also be placed in having in addition redundant navigation systems to replace satellite navigation in case it has been disabled by enemy attack.

 
31)              Deploy a lethal microwave weapon based on the technology of the Sheriff vehicle-mounted microwave beam director Active Denial System. This weapon could be employed for non-lethal uses such as the dispersal of rioting crowds, but by graduating the power of the microwave beam it emits, it could be used to kill enemy soldiers charging in massed concentrations in the open, World War I-style. In case of a war with Iran, based on the past experience of the Iraq-Iran War, such a microwave weapon could be used to target and fry large concentrations of soldiers attacking en masse. In a war with China, this weapon could be used to likewise kill masses of Chinese troops attacking in the open without the need to use nuclear or chemical weapons, and probably reducing the need to deploy large numbers of our troops manning defensive machine gun positions, or supporting our troops in defensive positions to break up and defeat attacks in the open by waves of hundreds or even thousands of enemy soldiers. A directed microwave beam weapon could also be used to destroy the electronics of unmanned aerial vehicles (UAV), being employed for instance to shoot down swarms of micro UAVs used by an enemy for electronic intelligence or as platforms for a battlefield communications network. The microwave beam weapon would thus be useful in the future to destroy swarms of micro UAVs launched against our troops to sting them with lethal poison.  A powerful land-based microwave weapon could also be employed to fry the electronics of enemy aircraft in the same way as the radar of the F-35 stealth fighter is designed to burn the radar and avionics of enemy fighters.

 
32)              Mechanized infantry, the equivalent of the German panzer grenadiers, of the Heavy Brigade Combat Teams and the infantry of the Stryker Brigade Combat Teams should wear body armor in addition to the helmet. This body armor should be made of advanced ceramics and synthetic fibers including breastplate, shoulder and upper arm armor protection, abdominal armor protection, and greaves. The armor should be very light and the armored storm troops should have in their assault rifles 40 mm rocket launchers. They should also be capable of carrying individually several rocket-propelled grenades for anti-tank/bunker busting missions, in addition to a generous amount of hand grenades. Armored storm troops should be equipped to place explosively formed projectile (EFP) mines and to lay improvised explosive devices (IED) for defensive purposes.


33)              The level of discipline of our U.S. troops should be Prussian in style, strict and stern, and punishment for serious war crimes such as murder, attempted murder against our officers, rape or torture of prisoners leading to their deaths or to crippling injuries should be the death penalty by firing squad. This type of justice should not be an exemption but the rule in case of such serious violations of the laws of war. This is not going backwards to the 18th and 19th centuries, but a way to make the U.S. Army even more professional, to make sure any crimes such as “fragging” of our officers, and war crimes against enemy prisoners, including suspected insurgents, and against civilians, and the rape of women in the battlefield, either our own soldiers, prisoners of war or civilians, do not go unpunished. The murder of prisoners, of civilians, looting, rape, and torture in interrogations must be severely punished, including anyone in the chain of command who would willingly allow, consent or try to hide knowingly a war crime. Such actions as they have occurred in Iraq and Afghanistan irreparably damage the image of the U.S. military and of the country before the world and the population of an occupied country. Serious war crimes are a sign of a breakdown in discipline and a violation of the laws of the United States. Instead of winning the hearts and minds of the local population, such crimes and transgressions, committed also by mercenaries (security contractors), only help to fill the ranks of the insurgency and cause more casualties among our men. Those guilty of very serious crimes committed in the field, in a friendly country hosting one of our bases or at home should be severely punished without exception. To make it unequivocal, respect of the rules of war and international military law as ratified by Congress should be included as one of the rules in the U.S. Army code of conduct. It should also be remembered that if war criminals are not duly punished, they will eventually return to the U.S. and could become a potential threat to those living in the country. A court martial should be conducted with full consideration of the rights of the accused, yet the trials should be closed and conducted in the theater of operations, to prevent public opinion and politicians at home from interfering with the carrying out of justice.

 
34)              Train and deploy high-tech soldiers based on the Future Force Warrior concept. Conduct maneuver warfare updated to the concept of network-centric warfare with networked command, control, communications, computer, intelligence, surveillance and reconnaissance (C4ISR).     


35)              Use rapid reaction forces that would not be composed of light forces but would be equipped with fast main battle tanks (MBT), armored infantry fighting vehicles (AIFV), and armored personnel carriers for defensive and offensive operations. For fast deployments the heavy rapid reaction forces would use heavy airlifters such as the Ukrainian An-124 and An-225 Mriya or take advantage in Europe, for example, of high-speed trains with freight wagons to transport main battle tanks and armored vehicles near the frontline, as the Germans panzer forces did in World War II, when they used the railway system to deploy rapidly their tank units to the sectors of the front where they were needed the most. The rapid reaction forces could be battalion or regiment-sized battle groups or kampfgruppen, or be formed by one or more brigades, by one or more divisions or by a corps.


36)              Make extensive use of unmanned aircraft systems (UAS) in support of ground operations and ground troops, for intelligence, surveillance and reconnaissance (ISR)/intelligence, surveillance, target acquisition and reconnaissance (ISTAR), communications relay, close air support (CAS), electronic warfare and cyber warfare, medical evacuation (medevac) or to transport ammunition and supplies to the troops in the frontline.   


37)              Deploy cyber warfare troops to conduct cyber warfare operations on the battlefield. Cyber warfare shall be treated as another dimension of warfare, along with electronic (in the electromagnetic spectrum), ground, naval, air and space warfare.


38)              Conduct electronic warfare and electronic attack operations together with cyber warfare against enemy battlefield radar and communication systems.


39)              Deploy mobile counter rocket, artillery and mortar (C-RAM) defenses for ground troops, capable to perform as a close-in weapon system (CIWS) flak defensive operations against enemy low-flying aircraft, helicopters, unmanned aircraft systems (UAS), cruise missiles, air-to-ground missiles (AGM) including air-launched anti-tank missiles (ATGM), and air-launched precision-guided bombs. 

      




1 Tommy Franks, American Soldier, with Malcolm McConnell (New York: Regan Books, 2004), 389.
2 Franks, 415-16; International Institute for Strategic Studies, The Military Balance 2003-2004 (Oxford: Oxford University Press, 2003), 98, 102.

Sunday, March 1, 2015

Proyecto de inversión en el sector eléctrico de Puerto Rico



Proyecto de inversión en el sector eléctrico de Puerto Rico[*]

                                                                                                                     
Dr. Lajos Szászdi León-Borja

 
Hay una necesidad de abaratar el precio de la electricidad en Puerto Rico, que ha estado a 0.21 centavos por kilovatio/hora. La idea sería abaratar el precio a 0.12 centavos por kilovatio/hora de consumo en la isla. Como contraste, en Washington DC el precio ronda en 0.11 ½ centavos por kilovatio/hora en el verano usando el servicio de la compañía eléctrica PEPCO.

 
Se propone invitar a las empresas rusas Gazprom e Inter RAO UES (United Energy Systems) para invertir en los sectores de generación energética y distribución eléctrica de Puerto Rico, con miras de ulterior expansión a la Cuenca del Caribe. La empresa estatal rusa Gazprom es la más grande del mundo de gas natural. Inter RAO UES es la empresa estatal rusa para la exportación e inversión en el extranjero de servicios de producción eléctrica y de la administración, distribución y mantenimiento de redes de electricidad.

 
Ya en la República Dominicana la empresa estatal de Abu Dabi de los Emiratos Árabes Unidos, Internacional Petroleum Investment Company (IPIC), va invertir en una planta de energía de gas natural de ciclo combinado, de energía generada por gas y por carbón mineral de 600 megavatios de capacidad generatriz en la provincia de Monte Cristi en el norte de La Española. La empresa de Abu Dabi IPIC va a invertir también en construir una terminal de gas natural. Gazprom va a construir una planta en el puerto de los Bajos de Haina en el sur de la isla junto a una terminal de gas natural líquido (GNL) con tanques de almacenamiento de gas natural líquido y de procesamiento para habilitar el gas para su uso en vehículos y para su uso doméstico.

 
Gazprom construirá en la República Dominicana 70 estaciones para el consumo de gas en vehículos y su uso doméstico. La empresa de gas rusa también construirá varias plantas de generación eléctrica con una capacidad de generación eléctrica inicial de 300 megavatios. El total de la inversión rusa será de $800 millones. Es de esperar que el gas natural en estado líquido sea importado de Venezuela y Trinidad. La compañía estatal naviera rusa Sovcomflot firmó este año con la compañía venezolana PDV Marina SA un acuerdo de intenciones sobre la construcción de buques tanques para el transporte de gas natural y petróleo de Venezuela a sus mercados. Petróleos de Venezuela S (PDVSA) e Inter RAO UES también han firmado el pasado abril un acuerdo de intenciones para colaborar probablemente en el sector eléctrico.

 
En vista del interés del Gobierno de Puerto Rico de atraer inversiones a la isla para revitalizar su economía como para proporcionar fondos al gobierno derivados de la venta de empresas del estado, se propone la privatización de la empresa estatal de energía eléctrica, la Autoridad de Energía Eléctrica de Puerto Rico (AEE) y por lo tanto su compra por Gazprom o por Inter RAO UES. Gazprom puede también invertir en la construcción de una terminal portuaria para descargar gas natural líquido en el sur de Puerto Rico, así como también plantas de procesamiento del gas para su uso en plantas de generación de energía eléctrica, para su uso en vehículos y para uso doméstico.

 
Gazprom también puede invertir en el establecimiento de plantas de servicio por toda la isla para distribuir gas para vehículos y para su uso en domicilios. Gazprom podría así invertir también en tanques de almacenamiento de gas natural líquido y gas en estado gaseoso, y en el desarrollo de gasoductos en la isla para el consumo interno en el norte, centro, este y oeste de la isla. Gazprom también puede invertir en plantas de gran capacidad generatriz energética a base de gas natural, cuyos excedentes de energía eléctrica pueden ser exportados tanto a La Española como a las Antillas Menores. En resumidas cuentas, Gazprom en la escala de servicios sería el extractor del gas en Venezuela junto con PDVSA, sería el suplidor del gas por mar como GNL y podría ser el generador operando las plantas de gas que construiría. Gazprom también supliría el gas para uso vehicular y uso doméstico. 


Inter RAO UES puede también invertir en el sector eléctrico de Puerto Rico para modernizarlo y junto con Gazprom, tener un sistema integrado en la isla de importación de gas, de generación de energía, de administración de la producción de energía eléctrica, de distribución de la electricidad a los consumidores, de transmisión de electricidad y del mantenimiento de los servicios y de la infraestructura eléctrica de la isla. Inter RAO UES puede también contribuir a modernizar las centrales hidroeléctricas de la isla y su infraestructura.


En Puerto Rico Gazprom puede:


1)                  Adquirir la Autoridad de Energía Eléctrica de Puerto Rico.

2)                  Suplir de gas natural líquido (GNL) a la isla por mar.

3)                  Construir terminal de GNL.

4)                  Construir tanques de almacenamiento de gas natural, líquido y en estado gaseoso.   

5)                  Establecer plantas de procesamiento de GNL para permitir su consumo interno en la isla.

6)                  Construir plantas de energía a base de gas

7)                  Construir gasoductos para el consumo del gas natural en toda la isla.

8)                  Establecer plantas de servicio en toda la isla para el uso de gas en vehículos y a nivel doméstico.


En Puerto Rico Inter RAO UES puede:


9)                  Adquirir  la Autoridad de Energía Eléctrica de Puerto Rico.

10)              Estar a cargo de la generación y administración de energía eléctrica.

11)              Estar a cargo de la red de distribución eléctrica de la isla.

12)              Estar a cargo de las líneas de transmisión de la electricidad.

13)              Estar a cargo de los servicios de mantenimiento de la infraestructura eléctrica.

14)              Modernización, administración y mantenimiento de las centrales hidroeléctricas de la isla.

15)              Administrar la exportación por cables submarinos de los excedentes de electricidad generados en Puerto Rico tanto a La Española como a las Antillas Menores.

 
En Puerto Rico, Gazprom e Inter Rao UES pueden colaborar para por medio de un sistema integrado de cooperación proporcionarle estos servicios a la isla:

 
16)              Extraer el gas natural

17)              Suplir el gas natural

18)              Generar energía

19)              Administrar la producción de energía eléctrica

20)              Distribuir la energía eléctrica a los consumidores

21)              Estar a cargo de la transmisión de la electricidad

22)              Mantenimiento de la infraestructura eléctrica


El entonces Presidente de la Federación Rusa Vladimir Putin había propuesto hace unos años el establecer un anillo energético en la región del Mar Negro que integrase en una red eléctrica continua a todos los países costeros de este mar. Rusia podría asimismo contribuir al establecimiento de un anillo de energía en la Cuenca del Caribe que uniese en una red eléctrica ininterrumpida a los países miembros de este sistema energético caribeño. Con inversión rusa en los sectores energético y eléctrico de Puerto Rico, la isla podría convertirse en un foco de exportación de energía eléctrica que pudiese transferir energía eléctrica por medio de cables submarinos tanto a La Española como a las Antillas Menores septentrionales.


El anillo energético del Caribe incorporaría por medio de cables de transmisión de energía eléctrica submarina a La Española, Puerto Rico, las Islas Vírgenes, las Antillas Menores y Venezuela, la cual podría generar electricidad que se exportase a las Antillas Menores meridionales. Con una futura central de energía atómica venezolana con varios reactores, se podría garantizar un flujo ininterrumpido de electricidad a lo largo del anillo energético del Caribe. De detenerse la producción en una de las centrales de energía en La Española, por ejemplo, el sistema del anillo energético del Caribe permitiría compensar la falta de generación eléctrica de una planta con la electricidad generada en otra planta de energía en Puerto Rico y viceversa.

 
El anillo energético del Caribe puede incorporar a Jamaica también, y Cuba puede ser parte del sistema en un futuro de ésta convertirse en uno de los mayores centros generadores de energía de la región como parte de un desarrollo económico estimulado por una economía de mercado ahora inexistente. Cuba sería esencial así para incorporar como parte del anillo energético del Caribe a la Península de Yucatán en México, a Belice, a Guatemala, Honduras, El Salvador, Nicaragua, Costa Rica y Panamá. La parte septentrional de Colombia indudablemente sería parte del anillo energético del Caribe en un futuro. En un futuro este anillo energético del Caribe sería alimentado por plantas de energía a base de gas, carbón o combustible derivado del petróleo, por plantas de energía atómica, de energía geotérmica e hidroeléctrica y por plantas de energía renovable a base del viento, las olas y el sol.

 
Gazprom podría construir un gasoducto regional del Caribe que partiría de Venezuela y que se conectaría con las islas de la cadena de las Antillas Menores para conectarse con Puerto Rico, La Española y Cuba. Este gasoducto que se podría llamar Flujo Caribeño o Caribbean Stream (como los gasoductos europeos de Gazprom Nord Stream del Mar Báltico y South Stream del Mar Negro o el gasoducto de Rusia a Turquía a través del Mar Negro Blue Stream) exportaría gas natural de Venezuela.


El mercado puertorriqueño energético puede ofrecer grandes oportunidades a las empresas rusas en el sector del gas natural para consumo vehicular, para uso doméstico y para generar energía eléctrica. Como Puerto Rico es territorio de EE.UU., las ganancias rusas serían en dólares y las empresas rusas invirtiendo en la isla estarían amparadas por las leyes de EE.UU. Puerto Rico sería también una parte importante del anillo energético del Caribe, y la energía eléctrica generada en nuevas plantas de energía a base de gas construidas por Gazprom podría ser exportada a otros países de la región, generando ganancias para empresas como Gazprom e Inter RAO UES y contribuyendo al desarrollo económico de la isla y de la región. Esto representaría un claro ejemplo de colaboración económica entre Rusia y los EE.UU. como parte del proceso de acercamiento de ambos países en sus relaciones bilaterales.




[*] Esta propuesta de proyecto de inversión de agosto de 2010 se hizo dentro del contexto de las conversaciones que llevó a cabo el entonces Gobernador de Puerto Rico Luis Fortuño con el gobierno de la Federación Rusa en 2009/2010 a través de su embajador en Washington DC, Sergey Kizlyak, para promover las inversiones rusas en la economía de Puerto Rico. Estos contactos llevaron a una visita del Embajador Sergey Kizlyak a la isla y a una cena formal en La Fortaleza, la residencia del Gobernador de Puerto Rico, alrededor de enero de 2010. En dicha cena, a la que el autor de este proyecto estuvo invitado, el Gobernador Luis Fortuño conversó con el embajador ruso sobre áreas en las que las relaciones económicas ruso-puertorriqueñas se podrían desarrollar.  
 

Sunday, February 15, 2015

The Future of the U.S. Army: Some Considerations*

by
 
Lajos F. Szaszdi

 
* This paper dates back to August 2009.

In terms of the future of the U.S. Army and its involvement in any future war, three points must be taken always into consideration: 1) A clear knowledge and understanding of the war’s objectives and goals that the military aims to achieve; 2) The resources required to carry out the mission; 3) A clear idea of how to use those resources to achieve the war’s objectives.

The principles that shall inspire the Army’s modernization drive, principles that should also inspire its future conventional military operations are: mobility, speed, and surprise.

For the Army to fulfill its mission, the U.S. armed forces should achieve superiority and domination in at least four spaces of operation in a conventional conflict: 1) the land space; 2) the air space; 3) the outer space (navigation, communications and reconnaissance satellites); 4) cyber space.

The concept of rapid reaction forces and tank forces power projection can be further extended by airlifting one or several Heavy Brigade Combat Team(s) (HBCT) to a Landing Zone already secured by airborne forces, for the purpose of blocking the advance of invading enemy mobile spearheads. This conventional warfare scenario could take place in Ukraine or Central Asia. In addition to using the C-17B (ERFCS) airlifter, the U.S. should show interest in acquiring Ukraine’s Antonov An-124-300, equipped with U.S. engines and avionics. This cargo plane is capable of transporting from 120 metric tons to a maximum of 150 metric tons of cargo, compared to the 75-ton capacity of the C-17B. The Lockheed C-5M Galaxy RERP upgrade allows for a maximum payload increase to 122 metric tons of cargo. The concept of maneuver warfare and fast deployment is developed by the use of airborne forces landing in a forward area, securing a Landing Zone for the transport aircraft airlifting a Heavy Brigade Combat Team, which would oppose the advance of an enemy spearhead, and link up with friendly forces advancing to the Landing Zone. A HBCT could also be landed in the rear of the enemy, to widen an air-landing beachhead and take the enemy between two fires, by those of the air-landed HBCT attacking from behind and by the fire of the friendly forces facing the front of the enemy. The schwerpunkt of attack would not be only a point in the enemy line to be pierced by our forces opposing the enemy frontline, but the point of the air landing of the Heavy Brigade Combat Teams behind the enemy lines, for the purpose of helping break the enemy front by acting in concert and coordination with our main forces facing the enemy. The idea would be to catch the enemy between an anvil and a hammer. Air power projection of U.S. armored units of action will provide the mobility, speed and surprise for rapid reaction operations that transport by sea, rail or road would not provide.

Even though there is no jungle theater of operations in which our forces are involved, one way to adapt our forces to fight an insurgency operating in a jungle is to develop jungle brigades trained to live and fight in the jungle, like the enemy guerrillas. The jungle brigades would spend tours of 5-6 months at a time, seeking the enemy to destroy it. One example of such a force, trained to fight and live in the jungle, were the Chindits of the British army fighting the Japanese in the Burmese and Indian jungle during the Second World War.

Indeed, the composite unit recommendation can be adapted for the ground forces. For instance, the commander of a Heavy Brigade Combat Team could include elements of a Airborne Brigade Combat Team as part of an armored thrust task force or kampfgruppe consisting also of other elements like an attack helicopter battalion of Apache helicopters from a Combat Aviation Brigade, or a MLRS (Multiple-Launch Rocket System) battalion or company from an artillery brigade. A Brigade Combat Team Unit of Action (Heavy Brigade Combat Team, Infantry Brigade Combat Team – IBCT - or Stryker Brigade Combat Team – SBCT) could serve as the core for composite units having attached to it elements from other formations, such as attack helicopters, MLRS batteries, airborne troops or air assault troops with their transport helicopters. Such composite units – or indeed the Brigade Units of Action - would be modular, in that elements from other units could be attached to them depending on the particular mission – like attaching more sniper sections if there is a need for more than the two sections allotted to a Heavy Brigade Combat Team to fulfill a mission in an urban environment, or adding a cyber warfare company, a military intelligence company, a signals company, an anti-armor company, a Reconnaissance, Surveillance and Target Acquisition (RSTA) squadron or an air defense company.  

Composite units can be formed by combining, in accordance to the operational requirements, the tactical situation and the forces available, subunits from Heavy Brigade Combat Teams, Stryker Brigade Combat Teams, Infantry Brigade Combat Teams, from military aviation (helicopter) units, from artillery units, airborne forces, air assault, armored cavalry, armored infantry, air defense, special forces, combat engineers, mountain troops, Marine Corps, and even mercenaries (private security firm contractors). Put together through a concept of unit and subunit modularity, the ad hoc Task Force or kampfgruppe would function and be held together under a single Command, Control, Communications, Computer, Intelligence, Surveillance and Reconnaissance (C4ISR) system. The composite units should be a self-contained combined arms force, including infantry, armor, artillery, UAV, anti-RAM (rocket, artillery and mortar) air defense, cyber warfare, engineers, and military intelligence.  


Equipment:

The operational experience in Iraq and Afghanistan has shown the value of heavy armored vehicles in counter-insurgency operations, making of little value the light-armor concept for manned vehicles that was proposed with the Future Combat Systems (FCS).

China is apparently developing a Main Battle Tank (MBT) armed with a 152 mm gun, the CSU 152. There is reportedly a version of this tank that could be armed with an 88 mm liquid propellant or electro-thermal chemical gun. Russia is reportedly developing a Main Battle Tank with a 135 mm smoothbore gun, the T-95, and there seems to be another Russian MBT under development to be armed with a smoothbore 152 mm gun. The U.S. should consider upgrading its Abrams MBT with a 140 mm smoothbore gun in case Russia introduces a tank armed with a 135 mm gun. Germany and Switzerland have already tested a 140 mm smoothbore gun for their Leopard 2 MBT. It is recommended that in case the Russians and the Chinese introduce Main Battle Tanks with a 152 mm smoothbore gun, the U.S. should consider developing an Abrams MBT successor with a 155 mm gun, or with a liquid propellant or electro-thermal chemical gun with equivalent or greater range and penetrating power.

The successor to the Abrams Main Battle Tank should have a radar stealth design, anti-radar coatings, the latest generation of explosive reactive armor (ERA), an active defense systems, an electro-optical countermeasures system, and the fire-control system (FCS) should include a radar in addition to the laser range-finder. It is recommended that a fifth crewmember should be added to a future MBT as a dedicated operator of the vehicle’s Battlefield Management System and its Command, Control, Communications, Computer, Intelligence, Surveillance and Reconnaissance (C4ISR) functions, in addition to the tank’s commander, gunner, loader and driver. Each Abrams and future MBT should be fitted with a C4ISR that would allow Command and Control of the tank in which it is fitted, Command and Control of other tanks up to a platoon and company, and to serve as a command post for the battalion commander. C4ISR systems should be provided to MBT, IFCV, APC

U.S. MBT and Armored Infantry Fighting Vehicles (AIFV) should be able to receive directly via datalink real-time targeting and intelligence video images collected by Unmanned Aerial Vehicles (UAV). U.S. MBT and AIFV should be equipped when operational an active/adaptive camouflage system which is “a new form of active stealth… At the flick of a switch, objects can be made to virtually disappear by matching their background.” (Military Technology, July 2009, pp. 64-65).

U.S. military vehicles, including MBT, AIFV, Armored Personnel Carriers (APC) like the Stryker, and other utility vehicles should be able to use synthetic fuels (diesel and gasoline derived from coal and natural gas) and biodiesel from peanut oil, for example.

Artillery has been dubbed the “god of war,” showing its value more recently in Afghanistan. After the unfortunate cancellation of the Crusader self-propelled howitzer, and the recent cancellation of the Future Combat System’s Non-Line-of-Sight Cannon, there is not a replacement for the M109A6 Paladin self-propelled howitzer. It is recommended that planned upgrades for the Paladin should be implemented. The System Improvement Plan (SIP) proposes upgrades in 15 subsystems in the following areas: “computer growth, improved accuracy, increased rate of fire, survivability, reliability, availability and maintainability and crew/safety comfort.” Among the proposed improvements are: “advanced digital display allowing for future expansion to include items such as Interactive electronic technical manuals and situational awareness screens.… Improvements to the rate of fire are being studied including addition of a laser ignition system, a semi-automatic loader and an automatic fuze setter…. Other individual upgrades proposed by the SIP include an upgrade to the digital communications speed, laser range-finder, installation of a driver’s thermal viewer to replace the current image intensification device, hull vulnerability reduction and an upgrade to the Prognostic/Diagnostic Interface Unit (PDIU).” The improvements of the Enhanced Paladin Demonstrator, proposed as a private venture by BAE Systems, include a “155 mm 52 caliber barrel, additional armour, semi-automatic ammunition handling, upgraded suspension and additional ammunition capacity.” (Jane’s Armour and Artillery 2007-2008, p. 787). These upgrades should also take place.   

It is proposed that the Stryker APC should be supplied, in addition to the 6 Stryker Brigade Combat Teams, to the 8 Infantry Brigade Combat Teams (IBCT), to equip the 2 infantry battalions of each IBCT when deployed to combat zones. When deployed in non-combat zones the troops of an Infantry Brigade Combat Team would be transported in Military Tactical Vehicles (MTV) trucks. To ensure the protection of the infantrymen in a theater of operations where the enemy could ambush anywhere, such as Iraq and Afghanistan, the deployed IBCT should thus be equipped with the Stryker APC.

By providing the Infantry Brigade Combat Teams with Stryker armored personnel carriers, these Brigade Units of Action would become from light infantry units to medium combat units, upgrading their combat rating. Their structure would still be centered on 2 infantry battalions, 1 reconnaissance squadron, 1 field artillery battalion, 1 Brigade Support Battalion (BSB), and 1 Brigade Special Troops Battalion (BSTB). In an Infantry Brigade Combat Team, each Stryker APC would become for the infantry squad of 9 men it can carry like a “mother ship,” not only providing the soldiers it carries improved mobility, speed, protection and firepower when compared to a MTV truck, but also a command center for the squad unit, due to the Stryker’s own C4ISR system.

In addition, the 105 mm gun version of the Stryker, the Mobile Gun System (MGS), should be supplied as well to the Infantry Brigade Combat Teams to provide them with their own “tank” fire support against enemy combat vehicles, bunkers and strong points in urban areas.

The U.S. Army should supply to all its Brigade Units of Action, such as Heavy Brigade Combat Teams, Stryker Brigade Combat Teams and Infantry Brigade Combat Teams, as organic parts of each Brigade Unit of Action a laser gun defense system. This defense system, such as the Mobile Tactical High Energy Laser (MTHEL), the High Energy Laser for Rocket, Artillery and Mortar (HELARM), and the Solid State Heat Capacity Laser (SSHCL), should have a single 100 kW laser beam capable of intercepting and destroying artillery Rockets, Artillery shells and Mortar rounds (RAM). This laser defense system should be fully mobile and supplied to a specialized RAM defense platoon or company-size subunit in the Brigade Unit of Action. For instance, a RAM defense platoon can operate with the Target Acquisition platoon (in charge of counter-fire and counter-mortar radars) of a Heavy Brigade Combat Team. Another laser defense system, with a more powerful 200 kW beam and fully mobile like the proposed GARDIAN (sic), should defend the Brigade Unit of Action against cruise missiles, UAV, and air-to-surface missiles and bombs. A 200 kW mobile laser weapon might not need to be made an integral part of the Brigade Units of Action like the 100 kW mobile laser weapon should, and it could be attached to them in case of war against an enemy with air power.

A proposed system named Zeus and using the Solid State Heat Capacity Laser (SSHCL) to be mounted on a HMMWV to clear land mines on the surface and unexploded ordnance should be adopted.

From the Future Combat Systems program, the Army should preserve: the Class I (approved) and the Class IV (still pending a final decision) Unmanned Aerial Vehicles (UAV) – (Class II and Class III have been cancelled); the unattended munitions Non-Line-Of-Sight Launch System (NLOS LS) missile launch system (approved); the Unattended Ground Sensors (approved); the Network and its operating principle (approved), in which the weapon systems and systems in the subunits of a Brigade Unit of Action are Networked Systems (Nodes) linked together by the (former FCS) Network following the concept of network-centric warfare; and Unmanned Ground Vehicles (UGV) such as the Small (Manpackable) UGV (approved), and the combat ARV-A (L), MULE: (Countermine) and MULE: (Transport) UGV (future fate uncertain). Support must be given for the development and deployment of robots and UGV after the cancellation of the FCS Armed Robotic Vehicle. For instance, the combat version of the MULE, the ARV-A (L), should be acquired if it is developed successfully to provide fire support to the soldier on foot as well as reconnaissance, surveillance and target acquisition (RSTA). The future of warfare would see the increased use of autonomous robotic and unmanned vehicles, thus adequate investment should be spent in their development. This development would push forward the growth in the use of artificial intelligence and more advanced and versatile autonomous vehicles in combat. Moreover, workable robotic systems should be deployed operationally to place the U.S. Army in the cutting edge of 21st century warfare.

 
Hybrid Warfare:

The 2006 Lebanon War is by no means the first instance of hybrid warfare. Hybrid warfare is understood as a conflict in which conventional warfare, guerrilla war and counterinsurgency, and terrorism are mixed in the same war. For example, during the Napoleonic wars, Napoleon had to deploy 100,000 men and his cavalry in Spain to fight not only the Spanish, Portuguese and British armies under Wellington, but also the guerrillas that attacked its lines of communication and rear areas with hit and run tactics. After his defeat in Russia, Napoleon could not finish off the allied armies it defeated in Germany because his cavalry was in Spain fighting both conventional forces and the Spanish guerrillas. We saw in World War II the conventional war being accompanied by the insurgency warfare of the Soviet partisans in the Eastern Front, of Tito’s partisans in the former Yugoslavia, of the Maquis in France. We also saw in World War II before the Normandy landings the use by the French Maquis of terrorist acts against German forces, such as the bombing of German officers sitting in a café, the murder of those accused of collaborating with the Germans, etc., with some attacks not dissimilar to those committed later by the Spanish Basque terrorist organization E.T.A. in Spain. The Vietnam War is another instance in which conventional warfare, and insurgency warfare and terrorism by the Vietcong took place. Hybrid warfare is not a new phenomenon but actually a type of war that has seen before. The U.S. Army should therefore be prepared to fight both types of war, conventional and counterinsurgency/counter-terrorist, simultaneously for historical experience has demonstrated that these types of warfare are bound to happen and coexist more often than expected in one conflict.

Saturday, February 14, 2015

Hunter-Killer Battlegroups: A solution against the Taliban


 
Lajos F. Szaszdi, Ph.D.
 
 
One possible solution to defeating militarily the Taliban insurgency could be the use of flexible tactical and operational formations centered on Hunter-Killer Battlegroups to search for elusive Taliban guerrilla groups in known areas of operation, surround them once located, and destroy them. The Hunter-Killer Battlegroups when in an area of reported Taliban activity would mainly operate in the countryside, with vehicles well-spaced in open formations, in search for reported Taliban hideouts and concentration of forces, trying to avoid main roads and traveling in convoy columns to avoid being attacked by car bombs, improvised explosive devices (IED), and mines purposely buried to hit their vehicles.
 
Once an enemy force is located with the assistance, for example, of airborne and space-based Intelligence, Surveillance, Target-Acquisition and Reconnaissance (ISTAR) platforms, a Battlegroup or Battlegroups, operating always together with special forces and/or airborne troops, would surround the enemy with the use of the helicopter-born rapid reaction airborne troops and/or special forces to destroy the adversary. Like a white blood cell finding a germ, a Hunter-Killer Battlegroup would search for the enemy, find them, surround them, and obliterate them. Again, like several white blood cells close to each other but acting autonomously, various Hunter-Killer Battlegroups would operate simultaneously against separate bands of Taliban in an area or theater of operations, to prevent them from escaping or from supporting each other.  
 
Mobility, combined-arms firepower and flexibility are key for the success of the Hunter-Killer Battlegroup concept. The idea is to take the battle to the enemy instead of waiting to be attacked by them. This concept would involve air-land maneuver warfare. The concept has been inspired by the infantry tactics reportedly used by the Sinhalese army to defeat the Tamil Tigers guerrillas. Thus, according to Jane’s Defence Weekly: “Specially trained small infantry groups were the leading combat elements of army formations - division-sized battle groups of infantry and supporting arms…. The employment of these small groups along the entire front… resulted in simultaneity of operations that confused and overloaded the Tigers’ leadership, a [Sinhalese] formation commander said.”1 Since in Afghanistan there are not defined front lines, the small infantry groups – made up by airborne troops and/or special forces – would operate jointly with the Battlegroups to hunt down the enemy groups and destroy them. 
 
Other sources of inspiration have been the British Army’s concept of the Battlegroup,2 and the German use of Kampfgruppen (battlegroups) during the Second World War, in which case and on the battlefield a Kampfgruppe could flexibly be formed on the spot from available units, putting together in some cases a mixed force of tanks and assault guns, armored cars of reconnaissance units, armored personnel carriers (APC), self-propelled artillery and/or other supporting arms, Panzer Grenadiers (armored infantry), regular infantry or paratroopers.
 
Following the concept of the British Army’s Battlegroup, the Hunter-Killer Battlegroup would have a company of 14-16 Abrams M1A2 SEP (System Enhancement Package) Main Battle Tanks (MBT).3 The inclusion of MBT in the Battlegroup would provide firepower and the impressive presence of attacking Abrams may put the enemy to flight abandoning their positions, enabling other units like the special forces and airborne troops to catch the fleeing Taliban in the open. The heavy forces of a Hunter-Killer Battlegroup would be the anvil and the special infantry units the hammer and vice versa. Reportedly, “[t]he Abrams is mostly impervious to the RPG,” in reference to the RPG-7 (Rocket Propelled Grenade) and based on operational experience in Iraq.4 The Taliban fighters are armed with this type of weapon. Moreover, in reference to Canada’s use of MBT in Afghanistan, it was reported that “[w]herever Leopard 2A6M CAN MBTs have appeared, they have dominated the battlefield and the Taliban usually tries to avoid them altogether.”5 
 
Following the British model, the Hunter-Killer Battlegroup could have at least a company of Bradley armored infantry fighting vehicles and another company of Stryker wheeled armored personnel carriers, together with supporting arms like artillery and mortars, and reconnaissance and engineer units. In the British concept, the “Battlegroup organization is very flexible and the units assigned can be quickly regrouped to cope with a change in the threat,” and the “Battlegroup is…structured according to task, with the correct mix of infantry, armour and supporting arms.”6 Four Battlegroups would form a Brigade and three Brigades will compose a Division, for a total of 12 Battlegroups - the “white blood cells” - per Division involved in the offensive operations.7
 
Additional recommendations are:
 
  • Employ also in the Hunter-Killer Battlegroup, because of their mobility and flexibility, Stryker M1126 ICV versions such as the M1127 Reconnaissance, M1128 MGS (Motor Gun System) armed with a 105 mm gun, M1129 120 mm Mortar, M1130 Command equipped with C4ISR (Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance), the M1132 engineer version with equipment for mine clearance, and the M1133 Medical Evacuation Vehicle.8
  • Use the Sheriff Active Denial System (ADS), armed “with a roof-mounted, non-lethal, high-powered microwave system” with an approximate range of 1,000 meters. The system beams “millimetre wave electromagnetic energy” to force individuals to withdraw as they cannot stand the heat on the skin of the energy being directed at them.9 This system could be useful to force those inside a compound to flee, leaving them exposed to the open.  
  • Employ as part of the support arms of the Hunter-Killer Battlegroup the Paladin M109A6 SIP (System Improvement Plan) self-propelled artillery system.10
  • The special infantry units and infantry from the Hunter-Killer Battlegroup could use the “cross-country motorbike”11 for enhanced mobility. This would replicate the Taliban use of cross-country motorbikes for increased mobility. An idea  would be in some instances to fight the Taliban like the Taliban fight us.
  • To support the special infantry units, i.e., the airborne troops and special forces, use the German-made Wiesel 1 and Wiesel 2 versions or any other equivalent airborne tracked armored vehicle. The Wiesel 1 Mk 20, which is armed with a 20 mm cannon, is in service with the paratroopers of the German Army. Its armor provides protection to the crew against 7.62 mm caliber arms and shell shrapnel. A single CH-53 helicopter or a CH-47 Chinook helicopter can carry 2 Wiesel 1 or 2 Wiesel 2 internally. There is also a Reconnaissance Wiesel 1 version.12 The Wiesel 2 family of vehicles include an armored personnel carrier, 120 mm mortar carrier, ambulance, the Wiesel 2 Engineer Reconnaissance Vehicle, the Wiesel 2 Mobile Command Post, an ammunition carrier, the PRIMUS (“Programme for Intelligent Mobile Unmanned Systems”) robot carrier, and the Wiesel 2 ARGUS, “Airtransportable Armoured Surveillance and Reconnaissance Vehicle” for “reconnaissance, scout missions, battlefield surveillance, artillery observation, command missions and security missions.”13 The Wiesel 2 is also in service with the German paratroopers. These vehicles can provide the special infantry units with mobility on the ground as well as increased firepower, greater reconnaissance reach, on site enhanced battlefield command and control capability, limited armored protection, and organic armor support.  
  • As Taliban fighters equipped with RPG-7 launchers with additional grenades, the infantry of the Hunter-Killer Battlegroups and the special infantry units should be equipped with portable rocket launchers with 2-3 extra rounds, to give the individual infantryman enhanced firepower for “defeating bunkers and penetrating timber, brick, reinforced concrete, sandbag walls and other structures” and destroying vehicles including those with light armor protection.14 Such weapons are the U.S. MPIM (Multipurpose Individual Munition)/SRAW (Short Range Assault Weapon) and the SMAW (Shoulder-launched Multipurpose Assault Weapon).15 Another option may be the German Bunkerfaust, which was reportedly tested by the U.S. Equipped with a “computerised sight with an eye-safe laser range-finder,” the Bunkerfaust extends its effective range to 600 meters, having a minimum range of 11 meters, compared to the MPIM/SRAW and SMAW maximum effective range of 500 meters, and minimum effective range of the MPIM/SRAW of 17 meters.16 The SRAW is also credited with an effective maximum range of 600 meters against fixed targets.17    
  • In addition to using UAV for ISR operations and to attack enemy targets, some UAVs could be used as decoys as they carry out their ISR missions to attract Taliban fire and thus discover their position.          
  • Needless to say, the Hunter-Killer Battlegroups and the special infantry units would all be network-linked, coordinating their actions through Network Centric Warfare operations. 
 
Although it may be too late to introduce the type of units proposed in this study in Afghanistan, in light of President Obama’s announcement to withdraw U.S. combat troops, the concept of the Hunter-Killer Battlegroup may be useful for future counter-insurgency operations.


1 Rohan Gunasekera, “Infantry tactics ‘key to defeating Tamil Tigers,’” Jane’s Defence Weekly, June 15, 2011, p. 25.
2 The British Army, “Formations: Battlegroups and Company Groups,” armedforces.co.uk, at http://www.armedforces.co.uk/army/listings/l0014.html (June 23, 2011).
3 The British Army, “Formations: Battlegroups and Company Groups;” Christopher F. Foss, ed., Jane’s Armour and Artillery 2007-2008, 28th ed. (Coulsdon, U.K.: Jane’s Information Group, 2007), p. 171.
4 Gordon L. Rottman, Stryker Combat Vehicles, New Vanguard No. 121 (New York: Osprey Publishing, 2006), p. 42.
5 Carl Schulze, Canadian Leopard 2A6M CAN, International Special Nº 8002 (Erlangen, Germany: Tankograd Publishing, 2010), p. 6.
6 The British Army, “Formations: Battlegroups and Company Groups.”
7 The British Army, “Formations: Battlegroups and Company Groups.”
8 Foss, Jane’s Armour and Artillery 2007-2008, p. 663.
9 Foss, Jane’s Armour and Artillery 2007-2008, p. 663.
10 Foss, Jane’s Armour and Artillery 2007-2008, p. 787.
11 Peter Blume, Panzertruppe ‘2010.’ German Panzer Forces in the 21st Century, Militärfahrzeug Spezial Nº 5023 (Erlangen, Germany: Tankograd Publishing, 2009), p. 54.
12 Foss, Jane’s Armour and Artillery 2007-2008, pp. 239-40, 331.
13 Foss, Jane’s Armour and Artillery 2007-2008, pp. 331-33.
14 Richard D. Jones and Charles Q. Cutshaw, eds., Jane’s Infantry Weapons 2004-2005, 30th ed. (Coulsdon, U.K.: Jane’s Information Group, 2004), p. 163.
15 Jones and Cutshaw, Jane’s Infantry Weapons 2004-2005, pp. 178-79.
16 Jones and Cutshaw, Jane’s Infantry Weapons 2004-2005, pp. 163-64, 178-80.
17 GlobalSecurity.org, “Multipurpose Individual Munition (MPIM)/Predator Short Range Assault Weapon (SRAW),” at http://www.globalsecurity.org/military/systems/ground/sraw.htm (June 23, 2011).