Book: War Made New: Technology, Warfare, and the Course of History: 1500 to Today
Author: Max Boot
Publisher: Gotham (19 October 2006)
Language: English
Hardcover: 640 pages
Reading age: 18 years and up
Item Weight: 1 kg 90 g
Dimensions: 16.71 x 4.8 x 24.08 cm
Country of Origin: USA
Price: 4414/-
"Max Boot's book takes hundred of years of tactical battle history and reduces it to an incisive narrative of how war has changed. By providing such a coherent view of the past, he has pointed us toward the future. What is doubly impressive is how he draws surprising, fresh lessons from wars we thought we knew so much about but in fact didn't." -- Robert D. Kaplan, author of Imperial Grunts
The French assault of Italy in 1494 inaugurated the modern age in which warfare, which had been moderately stationary for a thousand years, was to change with incomprehensible and accelerating promptness.
This progression would lead some states to ascendancy, others to nothingness. It would overwhelmingly perturb the balance of power first within Europe and then in the rest of the world, giving rise to the Western hegemony that has not been eclipsed even to this day.
It would modify the very character of the state itself, providing a commanding momentum for the rise of modern governments and their inexorable expansion into the leviathans of the twentieth century. Its impact is still being felt, as armed forces around the world wrestle with the effects of information technology that is reshaping war in ways that are as insightful as they are erratic.
From one perspective, it might seem that in warfare, as in many other realms, change is slow and gradual: that it is characterized, in other words, by a process of continual evolution, not by a few wrenching revolutions.
This is to some extent true; we must not imagine that change was more sudden or sweeping than it actually was, or unduly emphasize novelty at the expense of continuity, which is always considerable. But in the military sphere, just as in science, economics, art, or culture, change is not evenly distributed across space and time.
Sometimes innovations cluster together to produce a major change in the way people live—or, in the case of the military, the way they die. Obvious examples of transformational technologies include the steam engine in the late 18th century and the computer in the late 20th century, both of which spread from one area to another, transforming everything from production to transportation.
When this happens, a revolution is said to have occurred.
This book examines four such instances of great change in warfare over the past five hundred years:
1) The Gunpowder Revolution,
2) The Industrial Revolution,
3) The Second Industrial Revolution, and
4) The Information Revolution.
The author divides his book into the following sections and subsections:
PART I: THE GUNPOWDER REVOLUTION
The Rise of the Gunpowder Age
1. Sail and Shot: The Spanish Armada, July 31–September 21, 1588
2. Missile and Muscle: Breitenfeld and Lützen, September 17, 1631–November 16, 1632
3. Flintlocks and Forbearance: Assaye, September 23, 1803
The Consequences of the Gunpowder Revolution
PART II: THE FIRST INDUSTRIAL REVOLUTION
The Rise of the Industrial Age
4. Rifles and Railroads: Königgrätz, July 3, 1866
5. Maxim Guns and Dum Dums: Omdurman, September 2, 1898
6. Steel and Steam: Tsushima, May 27–28, 1905
The Consequences of the Industrial Revolution
PART III: THE SECOND INDUSTRIAL REVOLUTION
The Rise of the Second Industrial Age
7. Tanks and Terror: France, May 10–June 22, 1940
8. Flattops and Torpedoes: Pearl Harbor, December 7, 1941
9. Superfortresses and Firebombs: Tokyo, March 9–10, 1945
The Consequences of the Second Industrial Revolution
PART IV: THE INFORMATION REVOLUTION
The Rise of the Information Age
10. Precision and Professionalism : Kuwait and Iraq, January 17–February 28, 1991
11. Special Forces and Horses: Afghanistan, October 7–December 6, 2001
12. Humvees and IEDs: Iraq, March 20, 2003–May 1, 2005
The Consequences of the Information Revolution
PART V: REVOLUTIONS PAST, PRESENT, FUTURE
13. Revolutions to Come
Epilogue: Five Hundred Years and Counting: What the Past Teaches About the Future
Scholars may split hairs about precisely how many revolutions have occurred or when they started and ended. But few would deny that at least the first three were periods when new technology combined with new tactics to redesign the face of battle.
The verdict on the distinctive nature of the ongoing Information Revolution is not yet in, and some caution is necessary in reaching any preliminary conclusions.
To quote the author, ‘This book is intended to present a fair-minded account that brings together past and present to offer fresh insights about the future. It does not attempt to construct a definitive model of how military innovations occur; that is a job for social scientists. Nor is it a manifesto calling for a radical overhaul of the world’s militaries; that is a job for seers and strategists. This is a work of history that attempts a less ambitious but no less challenging task: trying to tell the story of the past five hundred years of war through the prism of four great revolutions that changed the nature of politics and society as much as they changed combat.’
Each section begins with a succinct introduction to make clear that what was happening on the battlefield was only part of far-reaching changes occurring in the wider society. Cannons and muskets were only two of many innovations that swept Europe during the Renaissance; machine guns, rifles, and gunboats were only some of the products mass-produced in factories during the Industrial Revolution; the bombers and tanks of World War II were not too different from civilian airplanes and tractors; and, in our own day, computing power has not only made it possible for the U.S. armed forces to track vast numbers of targets but also made it possible for Wal-Mart to track vast numbers of detergents.
Predictably, there was a lag, ranging from a few decades to a few centuries, between the initial development of a technology and the moment when it transformed the battlefield.
Following each scene-setter, the book observes key battles that show how the revolution in question played out. In describing these developments, the author seeks to avoid the inoffensive language characteristically employed by soldiers and academics alike.
For the Gunpowder Revolution (a shorthand way of describing what other historians call “the military revolution of early modern Europe”), the author has chosen to look at the Battles of the Spanish Armada (1588), Breitenfeld and Lützen (1631, 1632), and Assaye (1803).
The defeat of the Armada was the harbinger to the rise of England and the eclipse of Spain, but how were Elizabeth I’s commanders able to achieve this feat?
By mastery of the emerging technologies of oceangoing sailing ships and heavy cannon. Breitenfeld and Lützen, turning points of the Thirty Years’ War, were the greatest victories won by the Swedish King Gustavus Adolphus.
His forces, armed with matchlock muskets, pikes, and cannons, introduced many of the organizational techniques that still define barracks life today.
Assaye is less known but worth studying for a number of reasons: It was a major early success for Arthur Wellesley, not yet the Duke of Wellington; it was a significant step in the British conquest of India; and, most important for our purposes, it was a demonstration of how European soldiers, armed with flintlock muskets and bayonets and schooled in a “battle culture of forbearance,” could defeat Asian armies that had a major edge in manpower and artillery but a crippling deficit in discipline and tactics.
For the Industrial Revolution (which includes the democratization of warfare associated with the French Revolution), the author has chosen to look at the Battles of Königgrätz (1866), Omdurman (1898), and Tsushima (1905). At Königgrätz (also known as the Battle of Sadowa), one of the most important stepping-stones toward the creation of the German Reich, the Prussians dealt the Austrian Empire a decisive defeat, primarily because their general staff had figured out how to make effective use of new technologies such as railroads and breech-loading rifles.
These technologies, along with others, such as machine guns, quick-firing artillery, and field telephones, were soon incorporated by all the armies of Europe, producing a bloody stalemate on the Western Front between 1914 and 1918.
If the Industrial Revolution did not give one European power a lucid advantage over another, at least not for long, it vastly increased the gap between the West and the Rest, making it relatively easy for a handful of Europeans to conquer much of Asia and Africa.
To illustrate this aspect of the story, the book examines the Battle of Omdurman.
It later became famous because of the participation of a young lieutenant named Winston Churchill, but Omdurman was really notable for General Horatio Herbert Kitchener’s industrial techniques, utilizing railroads, gunboats, and machine guns to make the reconquest of the Sudan a foregone conclusion.
For the Second Industrial Revolution, which transformed warfare in the 1920s and 1930s and whose repercussions were felt in the 1940s, I will examine the fall of France (1940), the Japanese attack on Pearl Harbor (1941), and the U.S. firebombing of Tokyo (1945). The blitzkrieg is one of the best-known examples of a “military technical revolution”—and one of the most misunderstood by the general public.
It is commonly assumed, based on the ease with which German armies overran Poland, Norway, Denmark, the Low Countries, and France, that they possessed a big technological and numerical edge over their adversaries.
Nothing could be further from the truth; Hitler in fact fielded fewer tanks and aircraft than the British and French, and the quality of the Allied weapons was in many cases higher than the Germans’. The German edge lay in their better aptitude to coordinate their forces, and in their high quality of leadership, training, and morale.
They figured out how to make the best use of the technology of the day; the Allies did not.
The Japanese, at least initially, also had an edge in morale and training. Moreover, by the time of the Pearl Harbor raid, Japan was a world leader in aircraft carriers, naval aviation, torpedoes, and night fighting. Tokyo completely exploited these benefits to obliterate much of the U.S. Pacific Fleet at its anchorage and, during the following six months, to overrun all of the principal Western bases between Hawaii and Australia. Eventually, the German and Japanese advantages were negated, in part by the absolute weight of materiel on the Allied side.
But the Allies also possessed some superior weapons, such as the American long-range bombers, which General Curtis LeMay employed with brutal efficiency to bring Japan to its knees even before the two atomic bombs were dropped.
All of these weapons systems were enhanced by the use of radio, radar, and other inventions of the Second Industrial Age.
The fourth and final revolution examined by the author is the ongoing Information Revolution. To explore its impact, the book looks at the Gulf War (1991), Afghanistan (2001), and the Iraq War (2003–5).
There is some deliberation over whether the Gulf War was the last of the industrial wars or the first of the Information Age wars. There is merit in both views. The clash of tank armies in the desert is reminiscent of the great battles of World War II. But the uneven brunt of “smart” bombs, cruise missiles, satellite navigation systems, and stealth planes suggests that the 1991 clash, rightly belongs to the new era, even if only to its early stages.
As this book explores four military revolutions, five major themes will emerge:
1) Technology alone hardly ever confers an insuperable military edge. Plans, organization, training, leadership, and other products of an effectual bureaucracy are essential to comprehend the complete prospect of new inventions. Consequently, ever since the rise of modern nation-states in the 16th and 17th centuries, shifts in military power have been intimately associated with shifts in governance.
2) Countries able to take advantage of these shifts have been history’s winners while those that have fallen behind in harnessing military innovations have habitually been consigned to inappropriateness or oblivion. Thus, each revolution has been accompanied by a shift in the international balance of power.
3) Even if a country figures out how to yoke military power, it still needs the knowledge to know the capabilities and limitations of its war machine and thus circumvent wasting it on impossible projects, as have too many successful innovators from Charles VIII to Adolf Hitler.
4) Even with the best strategy, tactics, and technology in the world, no military revolution has ever conferred an indefinite advantage upon its early innovators. Rivals inevitably copy what they can and come up with tactics or technologies to blunt the effectiveness of what they cannot produce or acquire.
5) Innovation has been speeding up. It took at least two hundred years for the Gunpowder Revolution to come to fruition (c. 1500–1700); one hundred and fifty years for the First Industrial Revolution (c. 1750–1900); forty years for the Second Industrial Revolution (c. 1900–1940); and just thirty years for the Information Revolution (c. 1970–2000).
That means that keeping up with the pace of change is getting harder than ever, and the risks of getting left behind are rising. Today, there is no room for error.
The most predictive word of caution declared by the author at the very outset is that: Readers should not be misled by the section and chapter headings which highlight innovations such as “gunpowder,” “rifles,” and “tanks.”
The scope of this work is much broader than that.
The weapons mentioned are only a shorthand way of referring to more sweeping changes that occurred at the organizational and doctrinal level.