Essay On Abrams Tank

The impact made by ADA forces spanned over many countries, the main ones being Germany, Israel, Turkey and Iraq. Using their newest developed missiles, Patriot Antitactical ballistic missile Capability, phase 1 (PAC-1) and Patriot Advanced Capability-2 (PAC-2), the Iraqi army had nothing as a comparable counterpart (Burr, 2001). These missiles were 17 feet, 5 inches in length, had a warhead with 221 pounds of high explosive, and could fly at Mach 3 up to 78,000 feet in altitude with a range of 43 miles (Leyden, 1997). The radar, control station, and launchers were all connected via computer, activating when a launch was detected and the “highest probability of a kill [was] obtained” (Burr, 2001). The newer PAC-2 missiles were capable of self-guidance with track-via-missile software and were more effective than their PAC-1

(INTRODUCTION) In August 1964, Vietnamese DRV torpedo boats attacked two U.S. destroyers in the Gulf of Tonkin. President London B. Johnson ordered the retaliatory bombing of military targets in North Vietnam. Shortly after the incident, U.S. congress passed the Gulf of Tonkin Resolution, giving President Johnson war-making powers, and U.S. planes began regular bombing raids (Reference http://www.history.com/topics/vietnam-war/vietnam-war-history ). In Vietnam, the US enjoyed virtual air supremacy. Nevertheless, Air Defense Artillery (ADA) units were able to distinguish themselves and prove their versatility by providing fire support to ground forces. ADA earned more than 450 medals for valor, receiving more than 1000 Purple Hearts, and one Congressional Medal of Honor awarded to SGT Mitchell Stout (Reference http://www.usc.edu/dept-00/dept/armyrotc/branches/air_defense.html ). Despite there being no confirmed aerial engagements, Air Defense Artillery played a vital role in the Vietnam War, and were at times crucial to battle success, proving their versatility, adaptability, flexibility.

The United States used tanks very effectively throughout the war. “In 1943-4 the USA produced 47,000 tanks, almost all Shermans, while Germany produced 29,600 tanks and assault guns. Britain, in 1944, produced only 5000 tanks.”(Keegan 399). “Their rule was that five shermans were needed to knock out one German Panther.” By producing this many tanks they were able to send in loads of them into the battlefield and have the advantage over their enemies. This rule the army had was understandable, since the United States produced 47,000 tanks throughout the

These machines we're made because trench warfare was slow and unpredictable, because of sneak attacks, just waiting for time to shoot seemed very slow too them. Tanks we're able to drag barbed wire away with an grappling hook or also to flatten barbed wire so that the soldiers couldn't cross it. The first tanks we're difficult to maneuver mostly because of thick mud and uneven grounds of the Western Front. The tanks we're also hot and very small as well as cramped. The idea for the tanks came from studying farm

Without armored assaults in our modern military, I could guarantee that casualties would be a lot higher. Armor is one of the many support assets that the infantry pray for when they're in a tight spot. Seeing a two hundred ton can of pure power strikes fear into any opposing force; it is also the most sought after by the enemy because they know the capabilities and the value of main battle tanks (MBT). Sabine Sally, the grandmother to the lineage of all American tanks whether they are decommissioned or active all arrows will proudly point back to

The technology of World War II, which lasted from 1939 to 1945, was a big part of the determination of the outcome of the war. Much of the technology was developed during the interwar years. Some of it was developed because of failure and hindrance in war progression, obviously because of inefficient technology. Still some was in the beginning stages of development as the war ended. Though earlier war greatly utilized science, mathematics, and innovation, World War II had the largest impact on the innovation in technology of the current lives of Americans. Furthermore, no war, preceeding or succeeding, was as profoundly affected by science, mathematics, and technology as World War II. Science and technology have always made

The use of tanks allowed an attack to be carried out without threat from machine guns or rifle fire, as Richard Haigh, a British tank commander, details in Life in a Tank (Document 7). Thick, metal armor protected the crew of a tank from all but the most powerful artillery shells. Tanks were armed with machine guns to attack exposed enemy infantry and artillery to destroy enemy fortifications. The tank’s use as a purely pragmatic weapon was not as devastating as its effect on the spirit of soldiers defending against armor, German General Hindenburg remarks in his report on the Battle of

Another very powerful gun that was used in World War II was the Submarine guns. The submarine guns are much stronger and better than normal guns due to the fact that they have better firing distances (Military History 7). The submarine gun was built mainly for endurance and for accuracy. This gun had the accuracy to fire from 800 to at least 1,000 yards away and delivers a powerful blow to its victims. One problem which the gun had was the fact that it could dislocate a soldiers arm whenever it was fired. But finally the submarine gun was improved and is now less powerful which makes it easier for firing full automatic rounds along with pistol rounds (8).

The last class of weapons to cover is the main anti-tank weapons. During the 1940s the main anti-tank weapon is also one of the most famous weapons that were on the battle field, the M9, also known as the Bazooka. The M9 weighed in at 14.3 lbs unloaded at 61 inches. The warhead itself weighed in at 3.5 lbs and was a 57 millimeter caliber and consisted of a 1 lb shape charge that could penetrate up to 4 inches of armor. The warhead was only accurate out to 120 yards, which is getting close to a tank for a shot, but could be fired out to 500 yards. As the M9 was long in

The gun was given the nickname "Potato Digger" because it was so powerful that the arm of dug into the ground while firing. It was also had a gas-operated and air-cooled design. (Colt Browning M1895) This belt-fed gun could fire from a closed bolt with a cyclic rate of 450 rounds per minute. The Colt-Browning M1895 was the first successful gas-operated machine gun to enter the service. Once redesigned by Colt from Browning's ideas, it weighed thirty-five pounds. Along with being the first gas-operated machine gun, it was the first machine gun adopted by the United States military. Colt ceased production of the gun in 1916 after it became obsolete when the US entered World War I. Before entering the war the gun was used for training in the United States. (M1895 Colt-Browning)

The 758th trained on the M-5 light tank, which carried a crew of four. Powered by twin Cadillac engines, it could reach a maximum speed of 40 mph and had an open-road cruising range of 172 miles. It was armed with a .30 caliber machine gun mounted to fire along the same axis as the tank's main armament, a 37mm cannon. When the tracer bullets from the .30 caliber registered on a target, the cannon would be fired, hopefully scoring a direct hit. The M-5 was also armed with two more .30-caliber machine guns, one on the turret and one in the bow. The light tank was employed to provide fire support, mobility and crew protection in screening and reconnaissance missions.

This gun has several substantial attributes including superlative accuracy and adjustable rear sight. For example, an experienced marksman using the Enfield would have the ability to hit a man-sized target 600 yards with ease. Due to this guns exceptional accuracy and firing ability, it was the main guns used in several wars. Some of the main wars include the Crimean War, New Zealand Land Wars, and

Infantry used the M-67 recoilless rifle to destroy bunkers. It was a breach-loaded single shot rifle (much like a bazooka and other

The majority of movement of materials and goods across continents is through container ships, however, in some cases, planes are used to transport goods. Trucks and trains move materials and goods and within a country or a continent. In some cases, ships sail in rivers, as is the case in parts of Canada. The shares of freight transport as the percentage of the total tone-km by road, inland waterways, and railways in the EU are 75.9%, 6.7%, and 18.4% respectively (EUROSTAT, 2016). In the USA, trucks are the most used means of transportation for moving freight up to 750 miles. Trains move items in bulk beyond the 750-mile limit up to 2000 miles (United States Department of Transportation, 2015).

“History does not teach that better technology necessarily leads to victory. Rather victory goes to the commander who uses technology better, or who can deny the enemy his technology.”