IBG -IA's Quest For Mobility

Narendar Singh

NS
Professional
Jan 31, 2018
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362
Meerut
Recent statements of Gen Bipin Rawat, PVSM, UYSM, AVSM, YSM, SM, VSM, ADC Chief of Defence Staff to have IBG to defend "Chicken Neck' has raised an issue in the Indian Defence circles think
There are adequate sources on the general theoretical background on the theory of mobile and mechanised warfare. The most important of them are the works dealing with the philosophy behind the concept of mobility, and the studies and books describing the ideas of the theoreticians of mechanised warfare as well as the thinking of those military leaders who have applied these concepts. Several translated versions of Sun Tzu's Art of War (1963, 1987, 1993) provide sufficient proof of the longterm tendency of armies towards mobility. In the 20thcentury, thoughts of combining mobility with the military technology of mechanised armies arose. The concepts of the early phases of mechanised warfare in the 1920s and 1930s can be seen in the contemporaneous works of the British military analyst Major General John Fredrick Charles Fuller, The Foundations of the Science of War (1926) and Armored Warfare: An Annotated Edition of Lectures on F. S. R. 111 (1943), and in the works of Sir Basil Henry Liddell Hart, with the most significant of them being Strategy (1954, 1967, 1991) and Memoirs (1965). On a limited scale, the writings of the Soviet theoreticians Mikhail N. Tukhachevsky and Vladimir Kiriakoviz Triandafillov can also be included. In addition, information on the evolution of mechanised warfare can be found in the memoirs of several WW II commanders, the most important of them being German General Heinz Guderian's Panzer Leader (1952) and Erinnerungen Eines Soldaten (1956), and in the biography of British FieldMarshal Bernard Law Montgomery, Monty (1981), written by Nigel Hamilton.
Although the theory of manoeuvre warfare is an invention of the 1970s, philosophically it can be seen as a combination of the concepts of "indirect approach" and "deep battle". William S. Lind, an American military analyst, presents the birth of manoeuvre warfare theory in his book Maneuver Warfare Handbook (1985). This work, furnished with endnotes, gives a short overview of the history of warfare and of the problems of mobility, but mainly concentrates on the problems of mobility in the Unites States Armed Forces. Christopher Bellamy's The Evolution of Modern Land Warfare: Theory and Practice (1990) and Richard Simpkin's Race to the Swift: Thoughts on Twenty-First Century Warfare (1985) can be included in this category. These works represent the views of European officers on the concept of manoeuvre warfare and are mostly along the lines of the Americans. Clayton R. Newell's The Framework of Operational Warfare (1991) illustrates the theoretical background of manoeuvre warfare. Newell also tries to explain a method of researching operational art. This part of the book remains opaque because it is difficult to read but it provides, however, some ideas on perceiving the complexity of operational art. Finally, Robert Leonhard's book The Art of Maneuver: Maneuver-Warfare Theory and AirLandBattle (1991) combines studies of manoeuvre warfare theory.
According to Professor Yoav Gelber, the art of war is not an art but the ability to organise, prepare and wage war. Generals Shomron and Adan support this view. In Israel, military art has been less about theory and more about the means to organise forces prior to battle, and their use in battle. However, it is important to note that until quite recently, India's war policy - or strategy in today's terms — has been quite restricted. The emphasis has merely been on military aspects, i.e., on the operational level of warfare which might be a derivative of the dominance of the practical aspect in Indian military thinking. Within this framework, the Indian;s have greatly invested in winning battles.
The most quoted and traditional definition of the art of war is the one presented by Clausewitz. Simplifying, Clausewitz described the art of war with the term "the conduct of war", which consists of the planning and conduct of fighting. According to him, the art of war is "the art of using given means in combat". In a wider sense the art of war also includes the creation of fighting forces: their raising, armament, equipment and training. In order to separate planning and fighting, Clausewitz divided the art of war into two levels: tactics and strategy. Tactics in his concept consists of "the use of armed forces in an engagement", which can be defined as a greater or lesser number of individual fighting acts. Strategy in Clausewitz's vocabulary means "the use of engagements for the object of the war" [Howard, Michael & Paret, Peter: Carl von Clausewitz. On War, Princeton University Press, Princeton, New Jersey 1984, pp. 127 — 128]
For centuries this dichotomy was regarded as satisfactory. Wars consisted of tactical battles and strategic manoeuvres aimed at seeking the most favourable circumstances for an engagement. Christopher Bellamy gives an illuminating view of the development of these definitions in the military art in his book The Evolution of Modern Land Warfare: Theory and Practice. After the adoption of national conscription in Napoleon's Army, the mere growth of armed forces inflated individual battles to series of battles; i.e., to operations. This lead to a recognition of grand tactics, originally Jomini's definition. In this analogy, grand tactics, the third level of the art of war between strategy and tactics, was, according to Bellamy, "the art of posting troops upon the battlefield according to the accidents of the ground, of bringing them into action, and the art of fighting upon a map." Grand tactics decide the manner of execution and the employment of troops. Strategy was "the art of making war upon the map and comprehending the whole theatre of operations." It decided where to act, but grand tactics lead to the destruction of the enemy. Today grand tactics are commonly called the operational level of war or the operational art.
In the latter half of the 19thcentury, Helmut von Moltke the Elder, a Prussian and German Field-Marshal, began to use the term operations to describe activities between tactics and strategy. However, it was only after WW I that the concept of the operational level was adopted in the German military art: as was also the case in the Soviet Union.
The term doctrine describes how an army fights. India's doctrine can be divided into two levels. into two levels: a national-strategic level and an operationalmilitary level. The former can be interpreted as the grand strategic level and the latter as the operational level. According to Gissin, the national-strategic level of doctrine incorporates the military means and constraints used to formulate and prescribe the likely courses of action open to a nation in pursuit of its policy."
As late as after WW II, the British divided the military art, according to British General Peter Young, a former deputy commander of the Arab Legion of Jordan and instructor at the Royal Military Academy of Sandhurst, into four levels: grand strategy, strategy at lower level, grand tactics and tactics. In this construct, grand strategy covered war policy, strategy at lower level or campaign level was the battle between two military plans, and grand tactics consisted of the broad movements of formations - divisions and brigades — upon the battlefield. Indian Army continued to follow British Constructs.
Doctrine
The term doctrine describes how an army fights. According to Gissin, the national-strategic level of doctrine incorporates the military means and constraints used to formulate and prescribe the likely courses of action open to a nation in pursuit of its policy." At this level, doctrine encompasses the whole spectrum of the threat or actual use of force, including the use or the threat of nuclear weapons for the purpose of deterrence as the ultimate guarantee. At the operationalmilitary level, "doctrine provides the basic principles that govern the employment of combat forces of a given military organisation." At this level, doctrine includes components of force structure, tactics and certain rules of engagement. [Gissin, Raanan: Command, Control, and Communications Technology: Changing patterns of Leadership in Combat Organizations, Ph.D dissertation, Graduate School of Syracuse University, U.M.I., Dissertation Information Service, Michigan 1988, p. 4 and Handel, p. 553.]
Tactics
Generally speaking, the term tactics is understood in the same way both in the Western countries and in the former Soviet Union and Russia. Tactics is "the art and science of employing available means — especially mental, environmental and battle-technical ones — to win battles and engagements." At the tactical level of war, battles and engagements are planned and executed to accomplish military objectives assigned to tactical units or task forces. These victories, put together, achieve operational results. Engagements are "small conflicts or skirmishes, usually between opposing forces, and they are normally short in duration." A battle consists of "a series of related engagements; it lasts longer than an engagement, involves larger forces, and can affect the course of the campaign." A campaign is "a connected series of military operations that form a distinct phase of war. It is waged to accomplish a long-range major strategic objective." According to this view, battles can also be controlled at the operational level, as the Indian's have done in Kargil.
Usually tactics have also been related to the size of forces; an engagement is fought at division level or lower. These engagements may or may not develop into a battle. Battles occur when a division, corps, or an army fights for significant objectives. They may be short and fought in relatively small areas or they last several weeks and cover large areas. In small armies, like in the Older Forum, this interpretation has been proportioned to the size of the forces, i.e., even brigades can be operational, if their objectives are at that level.
Clayton R. Newell provides the simplest definition of operational art. It is the variety of measures how military commanders conducting war from the operational perspective balance the ends, ways, and means of war."[Newell, Clayton R: The Framework of Operational Warfare, Routledge, London 1991, p. 38 and 79]

Mobility
The term mobility is linked to operational art because it is seen as the essence of conducting war from the operational perspective. Mobility can be defined as "a quality or capability of military forces which permits them to move from place to place while retaining the ability to fulfil their primary mission." By extension mobile warfare, also known as warfare of movement, occurs when "opposing sides seek to seize and hold the initiative by the use of manoeuvre, organisation of fire and use of terrain." These definitions coincide with the terms manoeuvre and manoeuvre warfare, which are the current terms for mobile warfare. Today, attrition or attrition warfare is generally seen as the opposite of manoeuvre. Attrition can be defined as the reduction of the effectiveness of a force caused by the loss of personnel or equipment to enemy fire."
The word manoeuvre according to Fuller, a "grand tactician does not think of physical destruction but of mental destruction of the enemy. Instead, when the mind of the enemy's command can be attacked only through the bodies of his men, it is a question of minor tactics, which though related, is a different expression of force." In this concept, manoeuvre means the battle between two plans energised by two wills, and not so much the struggle between two or more military forces. The operational commander designs a campaign to attain the grand strategic goals, so that when the tactical forces fight their battles, they will concentrate against their opponent's weaknesses rather than pitting strength against strength.
There are still two principles that are central to the concept of mobility. They are force dichotomy; i.e., the division of forces, and the command and control system. Liddell Hart recognised that it might be necessary for an attacking unit to also directly engage a defender's forces to effect a breakthrough. To explain this idea, he offered a concept called the "Man-in-the-Dark Theory'. In his example, two unarmed men are fighting in the dark. In its basic form, this means that each man tries to locate his opponent with one arm outstretched, but each also tries to cover himself. Once a man touches his enemy, he tries to keep his opponent stationary with his outstretched hand while delivering the main blow with the other hand. In this example, Liddell Hart claimed that modern armies used the same pattern on the battlefield.
Center of Gravity
Finally, the concept of the centre of gravity (COG) is key to all operational design. It derives from the fact that an armed combatant is a complex organism whose effective operation depends on the performance of each of its component parts and on the smoothness with which they implement the will of the commander. In India the revealing of the enemy's COG has been central at all levels of warfare. In addition, this way of thinking is central in manoeuvre warfare. As with any complex organism, some components are more vital than others to the smooth and reliable operation of the whole. If these are damaged or destroyed, their loss unbalances the entire structure, producing a cascading deterioration of cohesion and effectiveness, which may result in complete failure and will invariably leave the force vulnerable to further damage. The COG of an armed force refers to the sources of strength or balance. It is that characteristic, capability, or locality from which the force derives its freedom of action, physical strength, or will to fight. Clausewitz defined it as the hub of all power and movement, on which everything depends." Its attack is — or should be — the focus of all operations.
IBG
The definitions of combined arms and of joint (activities) are also linked to the operational level of warfare. The generalisations below are made on the basis of the American definitions. They are also useful in the Indian context. Universally, integrated battle groups refers to the "synchronised use of two or more separate units of different type of weapons systems. Thus, the aim of integrted battle group tactics is to create a multiplier effect where the capacity of the integrated arms team is greater than the sum of the units operating independently." The term joint (activities) is an extension of the previous term. Joint (activities) means "activities, operations, organisations, etc., in which elements of more than one service of the same nation participate." In many cases, combined arms and joint (activities) can be defined in a similar manner. The difference between combined arms actions and joint (activities) is that combined arms actions can only consist of elements of one service. Sometimes the level at which decisions are made has also been decisive in the definitions
Before the 1950s this undefined operational entity can be seen in the Indian manner of defining tasks for their combat formations. In India the different levels of warfare have not only been measured by the scale of the forces involved but, exactly as von Moltke had said, in terms of aims. This is apparent in the overall tasks assigned to Indian brigades/ divisions. In general, a brigade was seen as a tactical echelon engaged mainly in one task at a time. This means that it had the capability of carrying out the majority of tasks on the battlefield independently and for a defined period of time, usually a few days. By doing so, the Indian's measured — in a matter of fact way — operative goals in terms of their tactical formations. Apparently the lack of the term operational modified the practice. Although a brigade was defined as a tactical formation, the definition primary force gave it grand tactical goals, only an exact term for this didn't exist. Therefore, the overall task of a brigade was not defined rather freely, but mentally the definition of the primary force can be linked to the operational level of warfare. In addition, before the introduction of a divisional echelon of command the brigades were the only formations to implement operational tasks.
To sum up the IBG the central principle
The first is pre-emption, which means offensive action to neutralise or destroy the enemy before the fighting has really begun.
The second is positional or functional dislocation. This means rendering the enemy's strength irrelevant. A typical dislocation-type action is deception aimed at covering one's own centre of gravity by dispersion and concentration of forces, like Epaminondas at the battle of Leuctra.
The third is disruption. This is a concrete strike against the enemy centre of gravity, which in this context means his "Achilles' heel"; for example, a lack of depth in the defence, not the strong points of his forces. The action is indirect. The aim of disruption is to avoid having to physically destroy the entire physical structure of the enemy force with a direct strike, and instead to attack his vulnerable, but essential objectives to paralyse him at a small cost.
Finally, there are psychological means. Their purpose is to influence the enemy's mind and his will to fight. These means can be mental, but they also can be quite concrete like taking advantage of enemy fears like fear of encirclement or fear of the dark.

Why IBG then?
Objectives are generally defined in terms of terrain. Set piece frontal attacks are the norm and both sides usually suffer high casualties.https://www.strategicfront.org/forums/#_edn1 The side with the most resources has the best chance to win. Since more is better, this form of operations usually requires mass armies which Peoples Republic of China possess. Maneuver is used to position firepower so it can better inflict casualties. The defeat mechanism of this form is simply erosion of the enemy's combat power.[ii] The bottom line, as military theorist Richard Simpkin states, is that "attrition theory... is about fighting and primarily about casualties."

A classic example of firepower-attrition at the operational level is the German campaign at Verdun in 1916. German Field Marshal Erich von Falkenhayn's stated purpose was "to bleed France white." He used the terrain objective of Verdun to attract French reserves and attempted to destroy them with superior firepower. He ultimately failed to beat the French because the Germans did not have sufficiently superior resources and they suffered almost as many casualties as the French.[iii]

In contrast to this approach, manoeuvre warfare seeks to defeat the enemy by destroying his moral cohesion not his physical assets. The focus is at the operational level since individual tactical battles have no meaning except in the context of the operation. Deployments tend to be in depth and forces are concentrated against enemy weaknesses. Objectives are almost always force oriented. Battles are fluid and the side that successfully employs manoeuvre generally suffers substantially fewer casualties than the enemy. Since manoeuvre warfare is more difficult to execute, the best manoeuvre armies tend to be smaller and more professional. Firepower is used to create openings and provide more opportunities for manoeuvre. While bypassed enemy forces are sometimes annihilated with fires, the key defeat mechanism is the collapse of the enemy's cohesion by moving and acting more rapidly than he can react.[iv]

A classic example of manoeuvre warfare is the German invasion of France in 1940. The Germans concentrated their small, elite panzer troops at a weak point in the French defence. They almost immediately began operating inside the enemy's decision cycle and destroyed the cohesion of the French defenders. The operational objective of the campaign was clearly force oriented and they achieved their purpose by annihilating the Allied armies through encirclement.

Peter Cary, in “The fight to change how America fights," U.S. News & World Report, 6 May 1991, p. 31. This article attributes the development of manoeuvre theory in the U.S. to the need to defeat the numerically superior Soviet threat. "Commanders were seeking ways to counter the larger Warsaw Pact conventional forces in Europe." Theorist Richard Simpkin explained this phenomenon with the analogy of "leverage." The striking value of the smaller force can be increased if it is swung at the end of a lever arm against the enemy's flank or rear.[v] This admittedly simplistic model neatly summarizes the effect manoeuvre can have. Theory leads us to expect forces facing enemies with equal or superior resources to adopt manoeuvre warfare techniques.

If we keep the limits of theory in mind, it can help us understand complex problems. Neither firepower-attrition nor manoeuvre-" exist In pure form. Lieutenant Colonel Huba Was de Czege chastised those who do not recognize this when he wrote: "The critics have created two uniformly unreal, but academically convenient, polar cases. The real world lies between."[vi] While theory has its limitations, it gives us a logical structure for analysing.

This is what must have made Gen Rawat to speak of integrated Battle Group to be employed in mountains where a force with larger resources must be contested. The war thus fought will be combination of attrition on adversary at the watershed or boundaries and the integrated battle groups with mobility to destroy the adversary if it penetrates the defences.



https://www.strategicfront.org/forums/#_ednref1 . William S. Lind, (1984) The Case for Maneuver Doctrine," The Defense Reform Debate: Issues and Analysis. Ed. Asa A. Clark IV, et al. (Baltimore MD: The Johns Hopkins University Press), p. 89
[ii] Richard E. Simpkin, (1985) Race to the Swift: Thoughts on TwentyFirst Century Warfare Vol. 1 of Future Warfare Series, 3 vols. (London: Brassey's Defence Publishers), p. 20
[iii] James L Stokesbury, (1981) A Short History of World War I (New York: William Morrow and Company, Inc,), pp. 142, 145, 147-48.
[iv] William S. Lind, (1984) The Case for Maneuver Doctrine," The Defense Reform Debate: Issues and Analysis. Ed. Asa A. Clark IV, et al. (Baltimore MD: The Johns Hopkins University Press), p. 89-90.
[v] Richard E. Simpkin, (1985) Race to the Swift: Thoughts on TwentyFirst Century Warfare Vol. 1 of Future Warfare Series, 3 vols. (London: Brassey's Defence Publishers), pp. 95-96, 114-15.
[vi] 1 Huba Wass de Czege, "Army Doctrinal Reform." The Defense Reform Debate: Issues and Analysis. Ed. Asa A. Clark IV, et al. (Baltimore MD: The Johns Hopkins University Press, 1984), 103.



 
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Master Weapon Concept

Tactical functions have remained constant in warfare. These functions are reconnaissance/security; the fixing or holding of the enemy; manoeuvring to positions of advantage; developing weapons power on the enemy; close assault; and protecting ourselves from the enemy.

Movements can be of two types: defensive or offensive. During defensive movements, the goal of the unit or soldier is to avoid being hit; during offensive movements, it is to hit or bring fire on the enemy. The more fire that can be brought on the enemy, the less fire will be received Therefore, indirectly, offensive movements provide protection, and the more the offense succeeds, the greater the protection.

The purpose of all offensive movements is to develop weapon power against the enemy. Conversely, the objective of all defensive movements is to prevent the enemy from developing weapon power against ourselves. When a unit is moving toward or away from an enemy, and is not in contact, the movement is defensive in nature. Upon contact the movement becomes offensive. The focus shifts from trying to avoid being hit to hitting the enemy to either defend yourself or destroy him. Direction, whether we are moving toward or away from the enemy, thereby loses its importance. As a result, the distinction between "offense" and "defence" blurs at the tactical level.

Weapons have four purposes: to kill, to injure, to destroy, and to terrorize. "In all circumstances, the longer-range weapons must be employed to facilitate or ward off the employment of the shorter- range weapons."https://www.strategicfront.org/forums/#_edn1

This forms the foundation of fire supremacy - the paralyzing of an opponent's power to fire so that he may be hit and destroyed. Remember if the right weapon has been discovered and properly applied, formed ninety-nine percent of victory. In the words of Fuller one thing is certain:

"that no army of fifty years before any date selected would stand a dog's chance against the army existing at this date. Thus: 1) Napoleon was an infinitely greater general than Lord Raglan; yet Lord Raglan would, in 1855, have beaten any army Napoleon could have led against him because Lord Raglan's men were armed with the mini rifle. 2) Eleven years after Inkerman, Moltke would have beaten Lord Raglan's army hollow, not because he was a greater general, but because his men were armed with the needle gun." [ii]

The Conditions of War are numerous and everchanging and depend on the situation at hand. Some of the most important considerations are the enemy and his weapons, time, space, terrain, morale, intelligence, training, supply, and numbers. Each off these conditions, have a dual nature - a power to increase the endurance of the attacker and a power to: increase the resistance of the defender.

To turn a condition into an advantage an organization must properly appreciate its impact on the power of the physical elements of war. The power of the physical elements of war has continuously increased throughout history. Along with this increase in power has come an increase in the rate of change. This rate of change has increased to such a degree that change by itself can be considered as a condition of war.

Historically, armies have attempted to solve this problem by organizing weapons and men in a fashion that they believe will be effective for the perceived conditions. This organization is critically important; for if it is incorrect it will be extremely difficult to rectify in time of war.

The Master-Weapon and its Effect on Tactics

Certain factors have exerted greater influence than others in the evolution of weapons. Among these prime factors are range, accuracy, volume of fire, and portability. In my opinion, range was the most important of these factors. Full understanding of the importance of range is the key to tactical efficiency - the combined use of weapons in battle

With every change in weapons our tactics must also change. With this change we must also decide which is the most dominant weapon and around this weapon we must arrange for the cooperation of all other weapons. Understanding of the importance of range was the key to tactical efficiency - the combined use of weapons in battle.

With every change in weapons tactics must also change. With this change we must also decide which is the most dominant weapon[iii] and around this weapon we must arrange for the cooperation of all other weapons in its ability to immobilize or upset the enemy's tactics and so enable other weapons to be decisively used. In short, it sets the tactical pace.

Assessment of Current Conditions


On balance, I believe that the deck is stacked against ground armoured mobility as the principal or master system of future war. If this assessment is correct, some serious implications come to the surface.

Our current doctrine, organization, and tactics are designed to fight a war of ground movement and manoeuvre. This orientation is remarkably like the tactical thinking of the major powers prior to the First World War. Yet, I believe that in a future war ground armoured movement will be stopped as cold as infantry movement was during WWI. If indeed this is the case, and no changes are made in how we plan to fight, the results of a war against a first-rate opponent will be a quick stalemate and subsequent static warfare.

The challenges facing us today are like those which faced armies prior to WWII. We can be like the French Army which Doughty observes:

"...viewed technological developments from the perspective of already accepted concepts and did not perceive new ideas or weapons overturning or forcing a fundamental transformation or revision of accepted doctrine. "[iv]

Or we can as the Germans did, recognize the proper master-weapon of the next war and develop our doctrine, organizations, and tactics around this weapon. If we take this second course, history shows us that we will be on a sure road to future victory.

The Master Weapon of the Future

Historically, armies that have operated at a faster pace than their opponents have been singularly successful. The armies of Belisarius, Genghis Khan, Babur, Napoleon, and Hitler were all designed with the intent of achieving superior organizational mobility over their adversaries. It was as much the mobility differential that these armies enjoyed over their opponents, as the excellent leadership that they possessed, that allowed them to achieve such outstanding results.

If we accept that armoured mobility will be severely restricted in a future war, then an army such as ours which is proposing to organise around the tank will be operating at a much-reduced pace. If our opponent is similarly configured, he will also be operating at this reduced pace and therefore there will not exist any mobility differential between us. Thus, as was stated earlier, static warfare is likely to ensue. However, if we were able to take advantage of these conditions and develop a way whereby, we could operate at a substantially greater pace than our opponent, then we would be in the same position as the armies mentioned above. We would be able to overwhelm an opponent not similarly configured because he would not be mentally or organizationally prepared for the faster pace of operations.

The system most appropriate to take advantage of these changed conditions, and which will allow us to operate at a faster pace, is the helicopter. The helicopter offers the means to combine superior mobility with superior firepower. It possesses tenfold the speed of any given land weapons system and has an unlimited capability to disperse and converge on the battlefield. Additionally, since refuelling and maintenance facilities can be well to the rear, the helicopter is logistically less vulnerable to attack than ground armoured forces whose fuel and ammunition must be brought forward (helicopter in all configurations viz drones, UAVs).

Helicopter has the capability of setting the pace of future combat - a pace much quicker than that of today's ground-based organizations. And, if pace is a prime determinant of success in battle, it follows that we should recognize the helicopter as the master-weapon of the future battlefield and build our doctrine, organizations, and tactics around it.

An army operating at the pace of the helicopter will overwhelm another army operating at the pace of the tank, just as the Germans operating at the pace of the tank overwhelmed the artillery-paced French. However, as with other previous master-weapons such as the sarissa, longbow, and artillery, the helicopter will not be the decisive weapon, since currently it can neither close with the enemy nor hold terrain.

For closing with the enemy and holding terrain, armour, infantry, and artillery will be required. Thus, armour and infantry will remain the prime weapons of decision on the future battlefield.

How best to organize forces to support the master-weapon?

In concept what is required is a combined arms organization of brigade size force designed around the helicopter. The ground forces would be designed and organized to perform the functions of fixing and close assault while the aerial forces would perform the function of striking. Additionally, aerial forces would play a considerable role in performing the functions such as reconnaissance/security; the fixing or holding of the enemy; manoeuvring to positions of advantage; developing weapons power on the enemy; protecting own troops from the enemy seeing, moving, and controlling. It is important to note that this type of organization would be a replacement for the current division and would be tailored to maximize the employment of the helicopter in the close battle.



https://www.strategicfront.org/forums/#_ednref1 Fuller, J.F.C. "The Foundations of the Science of War" The Army Quarterly, Volume 1, (October 1920 and January 1921), p. 151.
[ii] Fuller, J.F.C. (1928) On Future Warfare, (London: Sifton Praed), pp. 251-252.
[iii] "In the days of Alexander the Great, when shock weapons were dominant it was the sarissa, a pike from eighteen to twenty-one feet in length, which on account of its reach, was the master-weapon which shaped Alexander's tactics. Equipped with it his heavy infantry held back or fixed the enemy, and by so doing enabled his heavy cavalry to charge at an advantage. In the Middle ages the English long bow played a similar part, for by killing and wounding the horses of the French knights it enabled the English knights to charge home. Be it noted, and carefully so, that it is not necessary for the master weapon to be the decisive weapon. In the above examples it was not. Its qualifications to mastership are to be sought in its ability to immobilize or upset the enemy's tactics and so enable other weapons to be decisively used. In short, it sets the tactical pace.” Fuller, J.F.C., (1942) "The Master Weapon and its Influence on Tactics," The Army Quarterly, August 1942, pp. 230.
[iv] Doughty, Robert A. The Seeds of Disaster: The Development of French Army Doctrine 1919-1939, (Hamden: Archon Books, 1985).


Leave it here for further dicussion on organizing IBG
 
In case of A Limited War in a Limited Area like the 190 KM JAMMU Sialkot border , Pakistan will Stop Indian IBGs
With Its
Air Force , DRONES and MBRLs Along with Helicopter Gunships and 155 mm Artillery

And Now a days with Stand Off PGMs PAF can stay well within their Airspace and Target the Indian IBGs

If we want to limit the Battle to One Sector , then we have to Throw in everything at Pakistan in that Particular sector or else Our IBGs would be wiped out including Rafales and Brahmos

Or the other option is opening multiple fronts all along the 3500Km border
 
In case of A Limited War in a Limited Area like the 190 KM JAMMU Sialkot border , Pakistan will Stop Indian IBGs
With Its
Air Force , DRONES and MBRLs Along with Helicopter Gunships and 155 mm Artillery

And Now a days with Stand Off PGMs PAF can stay well within their Airspace and Target the Indian IBGs

If we want to limit the Battle to One Sector , then we have to Throw in everything at Pakistan in that Particular sector or else Our IBGs would be wiped out including Rafales and Brahmos

Or the other option is opening multiple fronts all along the 3500Km border
The points raised are not related to IBGs as envisaged by Gen Rawat.
The concept of Limited War was intially put into domain by Peoples Republic of China when it engaged Vietnam in 1979 . On February 17, 1979, hundreds of thousands of Chinese troops crossed Vietnam's northern border to invade the country. On 6 March 1979, China declared that the gate to Hanoi was open and that their punitive mission had been achieved. However, it was NOT a victory and Peoples Liberation Army suffered huge setback.
Limited War. It is the form of warfare in which one or more of the parties engaged decide, for reasons of policy, to only partially apply available resources including military power or to restrict actual war fighting to a well defined geographical area or both. This generally results in war with complex restrictions on targeting and identification of objectives.[1] ‘Limited War’ is a war for political goals rather than for national survival. The military actions tend to be more mediated and constrained by political and diplomatic factors. Victory and defeat are difficult to distinguish. First, resolutions tend to be achieved through diplomatic negotiations and political compromises rather than on the battlefield. Secondly, objectives are limited. The objectives are not to annihilate the enemy, but rather diplomatic initiatives, intimidate the enemy psychologically. Local wars are fought in controlled space and time. The adversaries are constrained; hence they strive to avert escalation. Limited wars also involve fewer troops, which makes it possible to achieve surprise. History however, has depicted that limited war is nothing in itself, even if one were available, will always be less efficacious the more the measure has a tendency towards being one of a general nature.

Now coming to specific of a Sector. The IBG as a concept has still not fully evolved but points of discussion. The attrition would be at front line of adversary but it is destruction of adversary that will be the tasks of IBGs. The employment will only take place with preponderence of firepower. It is figment of imagination that Pakistan Army will fix this force. Then if it can be fixed than commanders have failed in identifying the master weapon and the ability to be able to defeat adversary in speed of operations- Mobility.

[1] ‘Limited War’ is a war for political goals rather than for national survival. The military actions tend to be more mediated and constrained by political and diplomatic factors. General Xiong Gungkai, Deputy Chief of General Staff PLA observed, ‘Fighting is accompanied by talking’. Victory and defeat are difficult to distinguish. First, resolutions tend to be achieved through diplomatic negotiations and political compromises rather than on the battlefield. Secondly, objectives are limited. The objective is not to annihilate the enemy, but rather diplomatic initiatives, intimidate the enemy psychologically and lastly, acquire some economic resources. Local wars are fought in controlled space and time. The adversaries are constrained; hence they strive to avert escalation. Limited wars also involve fewer troops, which makes it possible to achieve surprise. In India-China context, India has to prepare and engage in nuclear weapons. Chinese in their philosophy advocates the employment of nuclear weapons for the fulfillment of the tactical and strategic objectives.
The points raised are not related to IBGs as envisaged by Gen Rawat.
The concept of Limited War was intially put into domain by Peoples Republic of China when it engaged Vietnam in 1979 . On February 17, 1979, hundreds of thousands of Chinese troops crossed Vietnam's northern border to invade the country. On 6 March 1979, China declared that the gate to Hanoi was open and that their punitive mission had been achieved. However, it was NOT a victory and Peoples Liberation Army suffered huge setback.
Limited War. It is the form of warfare in which one or more of the parties engaged decide, for reasons of policy, to only partially apply available resources including military power or to restrict actual war fighting to a well defined geographical area or both. This generally results in war with complex restrictions on targeting and identification of objectives.[1] ‘Limited War’ is a war for political goals rather than for national survival. The military actions tend to be more mediated and constrained by political and diplomatic factors. Victory and defeat are difficult to distinguish. First, resolutions tend to be achieved through diplomatic negotiations and political compromises rather than on the battlefield. Secondly, objectives are limited. The objectives are not to annihilate the enemy, but rather diplomatic initiatives, intimidate the enemy psychologically. Local wars are fought in controlled space and time. The adversaries are constrained; hence they strive to avert escalation. Limited wars also involve fewer troops, which makes it possible to achieve surprise. History however, has depicted that limited war is nothing in itself, even if one were available, will always be less efficacious the more the measure has a tendency towards being one of a general nature.

Now coming to specific of a Sector. The IBG as a concept has still not fully evolved but points of discussion. The attrition would be at front line of adversary but it is destruction of adversary that will be the tasks of IBGs. The employment will only take place with preponderence of firepower. It is figment of imagination that Pakistan Army will fix this force. Then if it can be fixed than commanders have failed in identifying the master weapon and the ability to be able to defeat adversary in speed of operations- Mobility.

[1] ‘Limited War’ is a war for political goals rather than for national survival. The military actions tend to be more mediated and constrained by political and diplomatic factors. General Xiong Gungkai, Deputy Chief of General Staff PLA observed, ‘Fighting is accompanied by talking’. Victory and defeat are difficult to distinguish. First, resolutions tend to be achieved through diplomatic negotiations and political compromises rather than on the battlefield. Secondly, objectives are limited. The objective is not to annihilate the enemy, but rather diplomatic initiatives, intimidate the enemy psychologically and lastly, acquire some economic resources. Local wars are fought in controlled space and time. The adversaries are constrained; hence they strive to avert escalation. Limited wars also involve fewer troops, which makes it possible to achieve surprise. In India-China context, India has to prepare and engage in nuclear weapons. Chinese in their philosophy advocates the employment of nuclear weapons for the fulfillment of the tactical and strategic objectives.
 
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Personally I think the tank will reign supreme, especially with all the new technologies being developed for it.

The tank's cockpit can become a glass cockpit, like in fighter jets, along with augmented reality and voice commands. Comm systems like the Rafael B-NET have already revolutionised networking. Radars provide excellent situational awareness, much more than the TI+eyeball ever can. Unmanned turrets provide new options, especially when detection, identification and tracking become automated. Next gen APS systems capable of stopping APFSDS, as well as having an anti-drone capability built around projectiles and DEW. And finally, full electric mobility. All of these are enough to ensure the tanks stay numero uno on the battlefield.

All of the above are possible today. But if we can stretch our imagination, there's of course the holy grail of tank evolution, the rail gun. Ignore armour, ignore distance, ignore storage. Tank and artillery in the same box.
 
Personally I think the tank will reign supreme, especially with all the new technologies being developed for it.

The tank's cockpit can become a glass cockpit, like in fighter jets, along with augmented reality and voice commands. Comm systems like the Rafael B-NET have already revolutionised networking. Radars provide excellent situational awareness, much more than the TI+eyeball ever can. Unmanned turrets provide new options, especially when detection, identification and tracking become automated. Next gen APS systems capable of stopping APFSDS, as well as having an anti-drone capability built around projectiles and DEW. And finally, full electric mobility. All of these are enough to ensure the tanks stay numero uno on the battlefield.

All of the above are possible today. But if we can stretch our imagination, there's of course the holy grail of tank evolution, the rail gun. Ignore armour, ignore distance, ignore storage. Tank and artillery in the same box.

You are making Tanks so expensive that it will be A matter of great joy for the opposition to blow them up with cheap ATGMs or Drones

The recent Armenia Azerbaijan conflict is an example and after that the Indian Army hurriedly demonstrated its own Drone capabilities on Army Day 2021
 
You are making Tanks so expensive that it will be A matter of great joy for the opposition to blow them up with cheap ATGMs or Drones

The recent Armenia Azerbaijan conflict is an example and after that the Indian Army hurriedly demonstrated its own Drone capabilities on Army Day 2021
It is recommended that terminology Tank be kept away, it misleads while evolving, what is need is an armoured vehicle be it tracked or wheeled depending upon terrain and role. Foundation is fire supremacy - the paralyzing of an opponent's power to fire so that he may be hit and destroyed.

Today, the tank remains the centerpiece of ground combat in open terrain. However, do present conditions justify this position of eminence? From the middle of the Second World War until the present, new weapons development has focused almost exclusively on killing the tank. The tank, for its part, has countered each threat by increasing its armor and mobility. Logic, however, tells us that there is some finite limit to how much armor and, consequently, how heavy a tank can get while remaining effective. I believe that we have reached that point.
Some observations:
1. Top attack of armour has made the tank vulnerable to anti-tank weapons.
2. Precision-guided munitions (PGMs) and aircraft attacking the tank from the third dimension present significant problems for the survivability of tanks and armoured vehicles.
3. The proliferation of relatively inexpensive PGMs, with high probability of kill ratios, puts the cost effectiveness of the tank into question. Can we afford expensive tanks in sufficient numbers to overcome the effect of attrition brought about by PGMs?
4. Battlefield computers and sensors are revolutionizing acquisition and targeting of armor. Additionally, they are increasing the accuracy and the speed of delivery of a host of weapons. This increased ability to acquire, target, and hit quickly and accurately translates into an increase in firepower and a proportional decrease in the survivability of armour.
5. tterable minefields, which put tanks in the Ok. middle of minefields that cannot be bypassed, will greatly affect tank mobility and survivability.
Conditions Affecting Mobility
Any condition that restricts or decreases mobility favors the defense. Conversely, increases in mobility favor offensive action. The tank, being an offensive weapon, is therefore significantly affected by changes in conditions affecting mobility.
1 The increase in the main battle tank's (MBT) tactical speed is partially offset by its increased fuel consumption. This increase in fuel consumption has had the additional impact of increasing the logistical tail of the division and thereby decreasing its overall mobility.
2. The ever-increasing urbanization will serve to further slow and canalize armor formations.
3. Increases in the effectiveness of electronic warfare will make control of large formations more difficult and, thereby, slow down the tempo of operations
 
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You are making Tanks so expensive that it will be A matter of great joy for the opposition to blow them up with cheap ATGMs or Drones

The recent Armenia Azerbaijan conflict is an example and after that the Indian Army hurriedly demonstrated its own Drone capabilities on Army Day 2021

APS and optical stealth will be needed to prevent the Armenian situation. Not to mention, you will still need air defence against advanced air threats, never mind drones, and we are getting those.

Also I have always said warfare is soon going to be the domain of the rich. Those who can't invest lose on the first day itself.
 
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It is recommended that terminology Tank be kept away, it misleads while evolving, what is need is an armoured vehicle be it tracked or wheeled depending upon terrain and role. Foundation is fire supremacy - the paralyzing of an opponent's power to fire so that he may be hit and destroyed.

Today, the tank remains the centerpiece of ground combat in open terrain. However, do present conditions justify this position of eminence? From the middle of the Second World War until the present, new weapons development has focused almost exclusively on killing the tank. The tank, for its part, has countered each threat by increasing its armor and mobility. Logic, however, tells us that there is some finite limit to how much armor and, consequently, how heavy a tank can get while remaining effective. I believe that we have reached that point.
Some observations:
1. Top attack of armour has made the tank vulnerable to anti-tank weapons.
2. Precision-guided munitions (PGMs) and aircraft attacking the tank from the third dimension present significant problems for the survivability of tanks and armoured vehicles.
3. The proliferation of relatively inexpensive PGMs, with high probability of kill ratios, puts the cost effectiveness of the tank into question. Can we afford expensive tanks in sufficient numbers to overcome the effect of attrition brought about by PGMs?
4. Battlefield computers and sensors are revolutionizing acquisition and targeting of armor. Additionally, they are increasing the accuracy and the speed of delivery of a host of weapons. This increased ability to acquire, target, and hit quickly and accurately translates into an increase in firepower and a proportional decrease in the survivability of armour.
5. tterable minefields, which put tanks in the Ok. middle of minefields that cannot be bypassed, will greatly affect tank mobility and survivability.
Conditions Affecting Mobility
Any condition that restricts or decreases mobility favors the defense. Conversely, increases in mobility favor offensive action. The tank, being an offensive weapon, is therefore significantly affected by changes in conditions affecting mobility.
1 The increase in the main battle tank's (MBT) tactical speed is partially offset by its increased fuel consumption. This increase in fuel consumption has had the additional impact of increasing the logistical tail of the division and thereby decreasing its overall mobility.
2. The ever-increasing urbanization will serve to further slow and canalize armor formations.
3. Increases in the effectiveness of electronic warfare will make control of large formations more difficult and, thereby, slow down the tempo of operations

Based on the observations you have made, the Americans once had a program called the FCS, Future Combat Systems, which I'm sure you know about. It was basically a 2-man 40-ton tank with a large gun, very high mobility and very little armour. Pretty much all of the tank's protection came from high mobility, advaned sensors and an armour protection system. As the program progressed, with $18B spent, they realised that given the technology of the time a tank cannot exist without heavy armour, hence became one of the reasons for its end.

The Russians basically have it right as of now with the Armata UCP, where they took most of the armour needed and put it around a small crew compartment, while reducing the need for armour everywhere else. This reduced weight, but increased overall crew and tank survivability. It's likely that we will see the new American and Franco-German UCP programs following the same pattern. So at least for another generation, we are likely to see big and heavy tanks rolling around the battlefield.

As long as the models are designed to scale, it appears the new American concept designs put them in the same size as the T-14.
tank.jpg


So it definitely doesn't look like there will be any significant changes this generation. In fact one of the 3 designs is said to be bigger than the Abrams.

Then there's the mobility factor, the fact that more mobility means more fuel consumption and hence a bigger logistics chain which can become the weak link. So the way out of that is to either go hybrid or fully electric. Hybrid engines can not only compensate for the increased fuel consumption that comes with greater speed, but also further increase the range of the tank, which will only decrease the logistics chain. A fully electric tank can completely eliminate a large chunk of the logistics chain. The Americans are already experimenting with this, and they are hoping to introduce a fully electric BCT within a decade. So it's a technology within our reach.

Then comes sensor capability. Sensors that are primarily part of the kill chain on the ground are LoS. And when you are within LoS, the best platform for any sensor is an armoured vehicle. And the armoured vehicle with the best stopping and staying power is the tank. So everything else is automatically secondary to the tank, which makes any ground-based threat inferior to the tank. It's not a stretch to say attacking a tank with ATGMs is harder than the tank finding and killing you first. As long as radar tech comes in, I believe ATGMs fired from LoS will become less fruitful to the attacker.

When it comes to N-LOS, most of it comes through the use of the air using drones and helicopters. And frankly, the only real option for the protection of the tank against such threats is through air denial, be it using DEWs, SAMs or friendly aircraft. So they won't just protect the tank from drones and helicopters, but also from incoming PGMs and ATGMs fired from long range. Hopefully tank APS can keep up.

Last comes survivability, while armour is going to be important for this generation, it will still be supplemented by APS and other means of defences. One of those will include stealth, both radar stealth and quantum stealth. Ground units are heavily reliant on Mk1 eyeball, and this is a huge weakness that the tank can make use of. Radar stealth can provide protection against enemy tanks as well as aircraft, particularly aircraft. If your tank looks like an LAV on radar, the threat to it from the air diminishes and even allows greater time for your own air defence units to react. And quantum stealth can revolutionise tank warefare. With its superior package of sensors and significantly reduced visibility in the IR, visual and UV spectrums, the survivability of the tank will increase by a significant extent using quantum stealth.

Here's a basic example of DIY quantum stealth using lenticular lenses. The timecode takes you to the basic theory. And the demonstration is from 19:51.
So one can imagine what can be done with enough money dropped in it. Especially with the use of metamaterials instead of lenses.

While top-attack ATGMs are a threat, new tank designs with hull-based crew would allow tank designers to seal off the top of the turrets completely, thereby reducing the effects of top-attack by a significant margin.

As for minefields, I believe radars and mine ploughs will be enough to cater to this threat. A radar should be able to detect such threats from safe distances. I still believe the greatest weakness of current generation tanks is the lack of radar. Once radars come in, a lot of doubts on the survivability of tanks will be resolved.

As long as we make the right design decisions, I believe the tank will continue to be the centerpiece of ground combat in open terrain in this generation. And once photonic radars come into the picture, tanks should be able to dominate even in urban combat since such radars will not only be able to tell how many people are hiding in buildings but also tell what sort of weapons they are carrying.
 
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It is recommended that terminology Tank be kept away, it misleads while evolving, what is need is an armoured vehicle be it tracked or wheeled depending upon terrain and role. Foundation is fire supremacy - the paralyzing of an opponent's power to fire so that he may be hit and destroyed.

Today, the tank remains the centerpiece of ground combat in open terrain. However, do present conditions justify this position of eminence? From the middle of the Second World War until the present, new weapons development has focused almost exclusively on killing the tank. The tank, for its part, has countered each threat by increasing its armor and mobility. Logic, however, tells us that there is some finite limit to how much armor and, consequently, how heavy a tank can get while remaining effective. I believe that we have reached that point.
Some observations:
1. Top attack of armour has made the tank vulnerable to anti-tank weapons.
2. Precision-guided munitions (PGMs) and aircraft attacking the tank from the third dimension present significant problems for the survivability of tanks and armoured vehicles.
3. The proliferation of relatively inexpensive PGMs, with high probability of kill ratios, puts the cost effectiveness of the tank into question. Can we afford expensive tanks in sufficient numbers to overcome the effect of attrition brought about by PGMs?
4. Battlefield computers and sensors are revolutionizing acquisition and targeting of armor. Additionally, they are increasing the accuracy and the speed of delivery of a host of weapons. This increased ability to acquire, target, and hit quickly and accurately translates into an increase in firepower and a proportional decrease in the survivability of armour.
5. tterable minefields, which put tanks in the Ok. middle of minefields that cannot be bypassed, will greatly affect tank mobility and survivability.
Conditions Affecting Mobility
Any condition that restricts or decreases mobility favors the defense. Conversely, increases in mobility favor offensive action. The tank, being an offensive weapon, is therefore significantly affected by changes in conditions affecting mobility.
1 The increase in the main battle tank's (MBT) tactical speed is partially offset by its increased fuel consumption. This increase in fuel consumption has had the additional impact of increasing the logistical tail of the division and thereby decreasing its overall mobility.
2. The ever-increasing urbanization will serve to further slow and canalize armor formations.
3. Increases in the effectiveness of electronic warfare will make control of large formations more difficult and, thereby, slow down the tempo of operations

Sir , We will have a very limited window for a Limited war before International pressure starts piling upon us as it happened in 2019 and in Kargil

So if we want to inflict some painful blows to the enemy , in the shortest possible time
we will need to make maximum use of Airpower and Missile power
 
Sir , We will have a very limited window for a Limited war before International pressure starts piling upon us as it happened in 2019 and in Kargil

So if we want to inflict some painful blows to the enemy , in the shortest possible time
we will need to make maximum use of Airpower and Missile power

You still need tanks to take and hold ground.
 
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Airborne assault consist of MI-26, MI-8 & 17 deploying 500 troops with RCL Jeep & technical along with a BMP-1 IFV, the video is from 90s.. Special thanks to Shiv aka bennedose who uploaded these videos from DVD cassette into youtube..

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We need to study & re-work on doctrines refined by Gen Sunderji..

Also, do suscribe my channel at youtube.. (y)
 
Had respected Col Babu not taken decision near Galwan , Modi govt was like " no one has entered" B*stards were lying to the nation!!
 
Had respected Col Babu not taken decision near Galwan , Modi govt was like " no one has entered" B*stards were lying to the nation!!
The GoI will only show that much interest in these things as much the general Indian does. This is simple. We have nothing but our society in general to blame.
 
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