*Includes pictures *Includes a bibliography for further reading The Industrial Revolution that unfolded in Western societies at the dawn of the 19th century altered daily Life as a rapidly developing paradigm.
The breadth of Browning\'s mechanical brilliance is evidenced by the reality that his designs from the pre-World War I era are still in production, and many are considered to be among the finest available models more than a century later..
There, he was granted well-deserved respect and the right to see his inventions find the light of day, sought after for so long.
The major weapons manufacturers soon realized that there was no talent equal to that of the Utah frontiersman, and in time he was employed by all the top gun-makers in the United States and Europe, including Fabrique Nationale in Belgium.
Talents such as that of Browning were to be absorbed by the Winchester Repeating Arms Company in order to maintain an ongoing superiority in product lines and sales numbers.
Although Winchester emerged into the greatest salesman of the modern repeating rifle and gathered early designers such as Benjamin Tyler Henry to his workshops, he was no inventor.
Where Colt labored over one solitary concept that eventually led him to the modern repeating revolver, Browning\'s instinct proved able to visualize concepts far above his formal training and follow them through to a number of diverse and functional weapons.
His educational upbringing was both sparse and basic, but through the impetus of his father\'s gun-making business, he would become the greatest mind of the arms industry\'s modern age.
John Moses Browning was raised in what was at the time the "Wild West" of the Utah Country.
One single artisan arose from among many talents to meet the new challenge at a high level, far from the prestigious pistol and rifle factories of Connecticut.
By the late 19th century, the nature of war weaponry, new naval paradigms and the first imaginings of aviation as a primary component of battle required yet another leap in technology.
The results of this pursuit were ushered in by several luminaries on the heels of an industrial revolution that had reshaped British industrial technology only a few decades prior.
The world knew that someone would find the solution and that future wars would occur, granting the nation to solve the riddle supremacy on the battlefield.
The traditional musket had changed little through the previous century, and the insatiable quest for a repeat-firing mechanism remained as the arms industry\'s highest goal.
In the arena of portable weaponry for both the military and civilian population, several new inventions with endless variations redefined American and international habits of sport and war, not to mention exploration and frontier survival.
Virtually every profession that worked in the traditional materials of wood and metal developed a capacity for precision and functionality hitherto unknown.
Technological advancement within the field of mechanical engineering experienced a golden age in the 19th century.
Military weapons benefited from various upgrades and innovations, even as the soldiers and generals remained confined within Napoleonic tactics while struggling to learn about the new principles of physics and engineering.
No less affected were the technological accomplishments that cast their influence over the wars so rampant in Europe through the past centuries.
Such a rapid alteration of the prevailing world seemingly took place in a historical instant that propelled technology all the way to the age of powered flight.
One historian suggests that in Europe and America, the highest known form of technology was the pipe organ before the rise of factories, steam drive combustion, and railway and communication breakthroughs built upon the mastery of electricity and transformed the standard processes of society. *Includes pictures *Includes a bibliography for further reading The Industrial Revolution that unfolded in Western societies at the dawn of the 19th century altered daily Life as a rapidly developing paradigm
