From the introduction of gunpowder to the reigning era of nuclear weapons, military technological advances have been at the forefront of change. These changes in weaponry have influenced the outcome of many historical events and the downfall or success of major civilizations. All nations have sought to improve military technologies in the hope of gaining the upper hand in conflict. The developments in guns, cannon technology, warships, tanks, and airborne and space weapons, have been crucial in the ever-changing face of war. While it is inherent in human nature to seek better weapons for survival, the use of this weaponry will continue to make an impact on history. Through careful examination of the science and engineering of these weapons, persons can continue to venture into the field of military weaponry with an outlook towards the future.

Through the many advancements made in military weaponry, our civilization is one that continues to change in the face of war. Technological advancements made in this area improve upon current war tactics and often are the basis behind military warfare. Technology has proven to transform history, lending itself to be one of the most powerful assets of the human race. Breakthroughs in military technology prove to be at the forefront of war and in many cases the result of war is directly connected through these advancements. In history, major civilizations have seen their rise or downfall through the elevation of weapon technology. Lee delves into the engineering and science behind major weapons such as: guns, cannons, fighter and stealth aircrafts, various types of missiles, attack helicopters, aircraft carriers, nuclear submarines, main battle tanks and future weapons. He comprises the knowledge behind the weapons along with an understanding of how the weapons are used and applied to modern warfare. By showing how weapons have changed military warfare, he explains the human nature to seek better weapons for survival, protection, and domination of resources.

T.W. Lee is Associate Professor of Mechanical and Aerospace Engineering at Arizona State University. He has worked on research funded by the United States Army, Air Force, Department of Energy, National Science Foundation, and Orbital Sciences Corporation. He has also authored over eighty technical papers.