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U-2 Incident 1960
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After the U-2 incident of 1960, more emphasis was placed on safer methods of acquiring reconnaissance imagery. The first photographic reconnaissance satellite program was the codenamed Discovery. These first satellites could see objects as small as 35-40 feet and once they ejected their film capsule, the satellites were forced to reenter and burn up in the atmosphere. The latest declassified satellite is from the late 1970s and can focus on objects as small as 5.5 inches. Instead of using a film canister, the KH-11 series of satellites uses a digital sensor and communications satellites. Because of the classified nature of these satellites, little is known about the latest generations of satellites. However, from what the public does know of the history of these “eyes in sky” we can trace their importance and evolution.
Strategic reconnaissance gained huge importance with the advent of large intercontinental ballistic missile sites. By knowing the location and defense features of a site, a plan could be formulated to destroy the site in the event of an attack and it could be monitored for launch signatures. Before the dawn of the space age, reconnaissance was performed in many ways. The first instance of flight used in warfare was a hot air balloon with an observer flown by the French. After the USSR rejected the idea of open skies, the United States turned to planes equipped with cameras and other sensors. Ideally these planes could fly fast and high enough to avoid be shot down. However, in 1960, a U-2 spy plane was shot down over Russia. A safer and more secure method of aerial reconnaissance was sought. After experiencing many difficulties and delays in the late 1950s and early in 1960, the first successful Discover satell...
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...satellites have been used or are in use. These are useful because they can see through clouds or camouflage. However, they require more analysis and processing.
Since the early 1960’s image reconnaissance satellites have provided a safe, and almost undiscoverable, if not cost effective way of acquiring imagery of anywhere on the planet. This data was instrumental in the Cold War for determining the size, position, and readiness of Soviet ICBMs. Spy satellites continue to be key today allowing the United States to monitor almost the entire world in real-time.
Works Cited
Pike, John. "Military Imagery Intelligence Satellites." Global Security. http://www.globalsecurity.org/space/systems/imint.htm (accessed Many 18, 2010).
Wikipedia. "CORONA (Satellite)." Wikipedia. March 25, 2010. http://en.wikipedia.org/wiki/Corona_%28satellite%29 (accessed May 19, 2010).
For as long as most of the world can remember aviation has played a major factor in how wars are fought. Starting in World War I the worlds fighting forces began using aircraft to conduct surveillance missions over enemy territory. While these aircraft were not the masters of stealth that todays aircraft are there was no technology to take down these planes at the time. Air-to-air combat was an event that rarely happened and was almost never effective.
Following the conclusion of the Second World War, the United States and the Soviet Union made it a priority to outdo each other in every possible facet from arsenals of missiles to international alliances and spheres of influences. Yet when the Soviets launched Sputnik on October 4th, 1957, the world changed forever. The first manmade object was fired into space, and it appeared that American technology and science had fallen behind. Yet, the public feared that not only were they now technologically inferior to the Soviets, but also deduced that if a satellite could be launched into space, a nuclear missile could just as likely reach the mainland United States. Less than a month later, the Soviets pushed the bounds of technology yet again by
This paper will briefly discuss or attempt to discuss the evolution of Aerial Reconnaissance. I will talk about what reconnaissance is exactly and why it is important to every aspect of conflicts; before, during and after. Early methods of reconnaissance will be discussed and then lead to how aerial reconnaissance came about. I will talk about what platforms were used for aerial reconnaissance and what their missions were in the beginning. World War I forces aircraft technology to start advancing out of necessity, reconnaissance starts moving further and further out front as capabilities improve. During World War II cameras are being used on aircraft as that technology improves. During World War II we see aerial reconnaissance mainly
The cold war by the late 1950s had weaved into the everyday life of society for both countries. The announcement from the US that they will launch a satellite into orbit was challenged by the Soviets. On October 4th 1957, the Soviet Union successfully launched Sputnik I. This was the world’s first artificial satellite and man-made object to be in earths orbit. The launch was unexpected to the US, having caught them off guard. As a result Sputnik began to raise fears amongst the public, fearing the possible event of a nuclear attack, due to previous cold war
The Space Race is remarkably similar to that of the arms race because of the parallel between the creation of the atomic bomb and the goal of reaching the moon. The United States’ bombing of Hiroshima and Nagasaki effectively established its place as the technologically superior nation; however, major milestones in space achieved early by the Soviets damaged America’s reputation. In 1957, Soviet scientists shocked the world by successfully launching the Sputnik 1, the first artificial satellite, beyond the Kármán Line (the boundary of space). This amazing breakthrough “rattled American self-confidence”. It cast doubts on America’s vaunted scientific superiority and raised some sobering military questions.”
R7 was test launched 5 times before the Soviet scientists got it to reach it target hight. They replaced the heavy satellite they had with Sputnik. It was just over 83 kilograms. With that success they launched another one on October 1,1957 and achieving the record of the first man made satellite in space.This was not just a military advancement, it was a man's dream come true.
NSSS states a few current trends in space as being “congested and contested” (NSSS, 8), which is shaping our space strategic environment as well as fueling debates for space weapons. “Congested” trend refers to the current “60 nations and government consortia that own and operate satellites and the expectation to have 9000 satellite communication transponders in orbit by 2015.
The United States and Russia wanted to prove they could frontier the next best thing space. Each eager to prove to the world they would be the first to engineer satellites into space (Britannica). Russia would be the first to accomplish this on October 4th, 1957 they launched the first satellite into earth’s atmosphere (History of the Cold War, 2017). Not to be out done the United State accomplished this feat as well a year later.
The tension that existed between the U.S. and Russia during the years after WWII was not only a time that both countries patiently tried to keep the world from another war, but was also a time of great rivalry in the exploration of space. As both counties diligently experimented with plans for creating a way to get into the vastness of space, spies on both sides were already in place to steal those ideas. And so the space race begun. Both countries wanted to be the first to succeed so millions were spent as the world watched as the U.S. and Russia went head to head in a battle that would change the world forever.
Jorden, William J. "Soviet Fires Earth Satellite Into Space?" New York Times, October 5, 1957. [URL] Accessed May 22, 2003.
Signals Intelligence (SIGINT) has access to many traditional and non-traditional dynamic elements that provide superior capabilities to collect and monitor visual, seismic, and acoustic signatures of motorized vehicles. SIGINT is the only system that can be operational and maintainable in any type of climate and terrain, which provides an advantage over the United States’ (U.S.) adversaries. The process of obtaining the intelligence starts with the collection of any type of signal, whether it be infrared, electro-optical, or electronic. After the signals are collected, analysts encounter the tasks of cryptanalysis, transcription, traffic analysis, and translations of the enemy information systems; analyst then determine size, location, distance, and terrain features. The data is usually processed in overlays and graphic displays within the United States. End products are then populated into National databases for the use of the Intelligence Community. The increasing utilization of computers, the internet, satellites, sophisticated encryption, and cellular telephones have streamlined effective and accurate Human Intelligence (HUMINT); implementation of Signals Intelligence has became an important role to maintain superiority over adversaries.
According to A. Rossi (2011), since October 4, 1957, when the first satellite Sputnik-1 was launched by USSR, there have been more than 5000 launches with nearly 7000 payloads placed in orbit. Most of these spacecraft eventually reentered Earth’s atmosphere. Currently there are about 3500 satellites and probes orbiting the Earth together with about 1800 upper stages, i.e. parts of the rockets used to bring them to space. Of all these spacecraft only about 900 are operational and all of the rest are space debris. This population of satellites and rocket bodies’ account for about 99% of the debris orbiting the Earth are estimated to be around 5000 metric tons.
It is a wonder to marvel about how much debris man has created over the span of approximately 50 years. Sadly, this is nothing new on our planet. However, little is known, or at least in regards to public awareness, about the celestial landfill that man has created since the early days of the Space Race involving the Russian launching of Sputnik. Ever since then, the repercussions of the US versus Russia mechanized frenzy have snowballed into an estimated 6,600 satellites being launched, in addition to 1,000 that are still active now.
TVS and telephones are using satellites, and I thought it would be a good idea
Drones are used by universities, scientists, governments, ecologists, environmentalist, bureaus of land management and many other organizations to study wetlands and waterways, endangered species, herd health, erosion, track evasive species, identify blight growth, assist smoke-jumpers in forest fires, and take water and soil samples from inaccessible areas. Environmentalists have definitely maximized opportunities to use drone technology in their field of work.