Wait a second!
More handpicked essays just for you.
More handpicked essays just for you.
Advantages of radar in ww2
Don’t take our word for it - see why 10 million students trust us with their essay needs.
Recommended: Advantages of radar in ww2
World War II Technology That Changed Warfare - Radar and Bombsights Radar stands for Radio Detecting and Ranging. Radar uses radio waves so it can be used and still be affective night or day. It can be used for air traffic control, weather tracking, targeting, and navigating. Christian Hulsmeyer, invented the first ever radar in 1904 that could range 3000 meters. It was mainly used for detecting ships. British and American inventors used radio waves in 1925 to conduct measurements on earth's ionosphere. In 1935, Robert Watson Watts located an airplane using a Radio Detecting and Ranging device. As soon as 1939, many countries like Germany, Britain, USA, France, Italy, Hungary, Japan, Russia and some other countries all were equipped with some sort of radar. THere are two main types of radar, fire control and detection. Fire control radar is radar that allows pilots, (usually night fighter pilots) to locate their target, aim their sights, and fire their weapon without having to see their target. It is also used to guide a political to their destination or to guide a pilot close enough so that he can see its target and then fire upon it. The allies were the first to obtain this kind of radar and that gave them a gigantic advantage. Detection radar is radar and that basically makes a virtual map of the surrounding area. It is usually used to give a military an early heads up if another military is attaching or pursuing them. …show more content…
It was the first radar to be used in any combat ever. It was originally used on overcast foggy days or any nighttime
Alex Kershaw’s “The Few The American ‘Knights Of The Air’ Who Risked Everything To Fight In The Battle Of Britain” doesn’t just tell the story of the seven American aviators who flew for the British as but also their enemies, the Luftwaffe’s point of view. This book is told through this group of Americans and from the viewpoint of the Royal Air Force pilots they fought with but also the perspective of the Luftwaffe fliers that they fought against during the battle. For example, in one part of the book, there was this one German lookout who had commented on how much of an advantage the British had because of their radars that could locate enemy planes while they crossed the English Channel; the lookout considered the radar an “unfair” tool.
During the 1800s in the USA there were quite a bit of military advancements in the means of weapons and transportation. Starting with the weapons way back in the early United States from about 1786-1833 they had the Musket Model 1795 as their main weapon; which they go so figure used during the War of 1812 and also the Lewis and Clark expeditions. About 80,000 of these guns were built during the time they were in use. The Musket Model 1795 also had an effective range of about 50-200 yards and was better than the British equivalent the Brown Bess which had a range of 50-100 yard.
was useful for firing over the top as you could rest your gun on it.
After the exhausting efforts required in WWI the United States and Great Britain were war weary. This war weariness affected the political climate and manifested through extreme budget reductions in military expenditures. Military institutions of both countries continued training and sought to prepare for the Second World War. The contrast between the preparation of the navies of the United States and Great Britain represent a remarkable dichotomy of the interwar period; with the US a model of innovation and Great Britain remarkably complacent. The reasons why can be explained in how the two countries saw the threat after World War One, their assessment where the potential naval conflict would arise and what capabilities their own navy would need to be successful in the next war.
New advances in technology changed warfare in WW2. The change in technology since WW1 has produced such things as Atom Bomb, and new and improved sea and air warfare. New techniques had to be used because of technology, techniques such as 'mouseholing'. More people were killed because of technology, as more people died in WW2 than WW1.The technological advances in WW2 changed the battlefield completely as more deadly auxiliary was introduced.
Both the Britain and Germany made substantial scientific developments throughout the course of the war. Prior to the development of the Lancaster, the British Air Force lacked a long-range bomber, capable of carrying substantial bomb loads. Wattson Watt foresaw the need for an early detection system; he developed the 'Radiolocation' system, which alerted Britain to invading forces. The German Air Force developed an on board radar, called the 'Metric system', which was equipped to German night fighters.
World War II, global military conflict that, in terms of lives lost and material destruction, was the most devastating war in human history. It began in 1939 as a European conflict between Germany and an Anglo-French coalition but eventually widened to include most of the nations of the world. It ended in 1945, leaving a new world order dominated by the United States and the USSR.
Reading, Gwem. "Radar Operator in WW2." Letter. 8 Nov. 2003. N.p.: n.p., n.d. N. pag. BBC WW2 People's War. Web. 23 Apr. 2014.
The detector was not extremely useful because of the shrapnel embedded in the ground, but it was still used for the “illusion” of safety in a dangerous environment. All these things were to either help remind the men of home and what they were fighting for, or help them forget where they were and what they were doing. The things they were required to carry depended on the mission, job title, as well as standard necessities. “Lieutenant Jimmy Cross carried a compass, maps, code books, binoculars, a.45 caliber pistol, as well as a strobe light.” The RTO (radio transmissions officer) carried a 26lbs PCR-25 radio.
"Radar during World War II." - GHN: IEEE Global History Network. N.p., n.d. Web. 16 Feb. 2014. .
Turner, T. P. (2010, January 11). Non-radar IFR: once you're off the beaten path, ATC
...yone wants. Radar is also frequently used by law enforcement for the detection of speeds to see if passing motorists are speeding.
One communication system that the Allies used more effectively than the Axis was the SONAR system. Sonar was an acronym that originally stood for Sound Navigation and Ranging. Sonar works by using sound propagation, most often underwater, to navigate and communicate with or detect objects around them (Overy). This was crucial to the war effort due to the fact that the Allies were able to detect and alert people where a boat was and which direction it was heading in. This was vital because thanks to SONAR the Axis were able to sense threats and notify There were two different types of sonar systems that were used during World War II: active sonar and passive sonar. Active SONAR systems used an acoustic projector to generate a sound wave into the water, which was reflected back by a target. The reflected waves were detected by a SONAR receiver, which analyzed the signal to determine the range, bearing, and relative motion of the target. " (Hackmann). Different than active SONAR, passive SONAR only had receivi...
Despite the factors that lead to success, there are just as many failures, which need to be discussed. Failures are the temporary or possible permanent annihilation of the ability of a mechanism to perform its required purpose. The number one failure in signal intelligences is bureaucracy. All of the policies, guidelines, rules, procedures, course of actions, and laws, create so much red tape, that signal analysts cannot do their jobs, which is to collect, process, or analyze foreign intelligence information. Once the analyst work through the political rubbish, the opportunity for collecting Signal Intelligence may have disappeared. Units that try to use lethargic and robust radars against state of the art Electronic Security will provide marginal data if any; the Electronic Security provides firewalls, secure logins, and offers protection resulting from measures that are designed to deny unauthorized persons access to information. Some radars have the ability to use passive tracking, which means that there is no target illumination by the tracking system.
...sends the microwave energy itself and records the reflection. Because it produces its own microwaves, SAR allows RADARSAT to image the Earth at any time, day or night, no matter what may be in the way (like clouds, snow, rain, or dust). The images RADARSAT produces are useful for people in fields ranging from agriculture to geology, cartography to arctic surveillance.