An Investigation Of The Predator Drone Essay

An Investigation Of The Predator Drone Essay
Today's new military technologies are often developed in covert labs, with the public only learning
of them after they have fulfilled their violent purpose, which too often is questionably unethical. To
demonstrate why this covert development is dangerous, and to show how almost all involved find a
way to deny responsibility, this paper will focus on the Predator drone. An investigation of this topic
will be shown best through a chronological investigation of what led to the Predator becoming an
unmoderated weapon. This investigation will establish just how many people are involved in
making a drone, and help to inform an opinion on the moral foundations of unmanned warfare. It
may also help to clarify which people are responsible for the unintended deaths in many drone
strike. The military industrial establishment in the United States is often driven by a regard for
money, and is slowly turning what should be considered dangerous weapons, into merchandise with
more marketing budgets than some fortune 500 companies. Friedrich Nietzsche's thoughts on how
humans develop their moral code from our surroundings gives shows the society is generally fine
with the kind of distanced killing drones allow, as few people are vehemently against the use of
Unmanned Drones in warfare. The Predator drone has effectively put great distances between the
pilot and death, this new form of killing has been taken advantage of by our own mind, with the Id
gaining greater releases of violent
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General Atomics Aeronautical Systems, Inc. Essay
Introduction – The business case study proposal is a company case about General Atomics
Aeronautical Systems, Inc. (GA–ASI), the leading developer of unmanned aeronautical platform
technologies (ga–asi.com, 2016). As noted on the GA–ASI website (2016), GA–ASI has been the
premier provider and value chain orchestrator (Mudambi, 2008) of remotely piloted aircraft, also
referred to unmanned aerial vehicles (UAV) or drones, to the United States (US) government
agencies since inception of the highly innovative technology in the early 1990s. Reductions in the
US defense budget, sequestration and increased competition from other US based UAV platform
providers such as Northrup–Grumman and Boeing (Hoovers Company Profile, 2016) has slowed
GA–ASI sales to US and European allies in recent years and caused layoff concerns (Shalal–Esa,
2013).
Issue – GA–ASI is considering entering the growing, but more uncertain India UAV market to offset
the reduction in UAV sales to advanced economies.
Company Overview – GA–ASI, affiliate of privately owned General Atomics is headquartered in
Powhay, California with facilities in the San Diego area and Mojave Desert, as mentioned on the
GA–ASI website (2016). The parent company, General Atomics, was found in 1955 as a division of
General Dynamics (ga.com, 2016). GA–ASI is the leading, pioneer (Siddiqui, 2015), designer and
manufacture of UAV technology. The principal aircraft platform developed by GA–ASI is known as
the Predator and associated

Two Different Forms: The Two Types Of Drones
You have probably seen a small plane flying in the sky which is similar to the children's toy
airplane. It was called Drone. It is a very popular technology today, especially for photographers. It
is also very useful in daily life, but at the same time, there are many disadvantages. The drone is
also known as UAV (Unmanned Aerial Vehicle), it is aircraft which does not need a human
command to fly on it. But it is controlled by a remote computer system. There are two types of this
system, remote control and fly manually by entered with a complex program. Most of the drones are
designed in the form of four blades which is designed for fast blowing and slow blowing to fly
higher and lower, as well as tilting and flying in different directions. Actually, Drone was ... Show
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Later, it was used in other activities, for example, weather data collection: it is sent into storms track
to measure the strength of the storm, entertainment industry: it used for recording footage or events
from high viewpoint to present a new perspective to the audience, agricultural and irrigation:
explore the farmland and the dehydration area with a sensor, sow the seeds instead of using the
people, traffic conditions and transportation: in the United Kingdom, it was used to plan the repair
of the tracks, Online Business: Facebook use Drone which is installed solar cell to send Internet to
far areas, Google and Amazon use it to transport goods. Although Drone has several benefits, there
are also disadvantages, for example, it is still expensive even it is cheaper than before, there are
issues with privacy infringement, there was a news about Drone crash on a running car, it cause
injury: Enrique Iglesias who is famous singer was injured at the hands because he tried to catch
Drone on stage, etc. So, Drone is useful but it also dangerous. For me, if I had Drone, I would take
photos from a high angle when I go to a beautiful

Unmanned Aerial Vehicles ( Uav )
Drones, also known as unmanned aerial vehicles (UAV), are pilotless and non–crewed aircraft that
are capable of flight either by remote control or through the use of on–board computers. Other
names for these types of aircraft are remotely piloted vehicle (RPV), remotely piloted aircraft
(RPA), and remotely operated aircraft (ROA). Drones are commonly used by the military, but are
also being implemented in search and rescue operations and being utilized in other civil
applications, such as policing and firefighting. The technology is also allowing for hobbyists and
other enthusiasts to become avid drone operators, albeit on a relatively smaller scale. During the
American Civil War, an inventor patented an unmanned balloon that carried explosives that could be
dropped after a time–delay fuse mechanism triggered the basket to overturn its contents. Air
currents and weather patterns made it difficult to estimate for how long to set the fuse, and the
balloon was never successfully deployed. By 1883, the first aerial photograph was taken using a
kite, a camera and a very long string attached to the shutter–release of the camera. In 1898, this
technology was put to use in the Spanish–American War, resulting in the first military aerial
reconnaissance photos. World War I saw the development and testing of various radio–controlled
unmanned aircraft, but none emerged from the testing phase in time to be used before the war
ended. In the¬ 1930s, the British Royal Navy developed a

All About Drones Research Paper
All About Drones There's something in the sky, is it a bird no a plane, no it is a drone. Drones are
controlled by a person on the ground of autonomously via C computer program. Drones are used to
deliver packages, used in the military, for racing, wildlife research, and for fun. For military they
use the RQ–9 Reaper. The first military drone flew along pre–set paths the plane was called Global
Hawk that costed 104 million dollars. To define it as a drone is to see if it flies and it's controlled by
a pilot on the ground, it fits under the everyday language definition of drone. Almost! Actually,
under the law as it stands, any unmanned, remotely piloted vehicle or drone in the United States
flown for a hobby or recreational

The Wild, Engineering & Technology ( 17509637 ) 9.7 ( 2014 )
Andrews, Crispin. "Uavs In The Wild." Engineering & Technology (17509637) 9.7 (2014): 33– 35.
Academic Search Complete. Web. 30 July 2014. *June 3, 2014 South African Civil Aviation
Authority (SACAA) banned privately owned drones with cameras in South African airspace. They
said the drones had to meet certain "requirements" which not one did *The next day, the Kenyan
government banned privately owned drones with cameras. Drones here were being used to protect
black rhinos and the critically endangered northern white rhino *A few weeks earlier, drones had
been banned in US National Parks. Drones here were being used to take pictures of wildlife *
"'Drones are very difficult to control,' says Professor David Dunn, a security expert from the
University of Birmingham. 'You can regulate, ban them from coming within 250m of a property, but
how, exactly, do you police that?'" *Drones are able to provide real–time data that conservationist
are be able to use for wildlife conservation and to understand animals better (i.e. track migration
patterns/eating habits) * "'There has been a lot of negative publicity in Africa about the Americans
using drones in the Middle East and Afghanistan,' Young says. 'African governments get decidedly
twitchy at the thought of drones flying over their countries. If they see something they don't like or
don't understand, they'll just disallow it.'" ––– What are they worried about people seeing? What is
being hidden? *Governments would rather put their

The Pros And Cons Of The Predator C
The Predator C, "Avenger" developed and built by General Atomics Aeronautical, is an upgraded
version of its predecessors the MQ–1 and MQ–9 and is meant to support military operations well
into the next decade. Powered by a Pratt & Whitney PW545B turbofan engine the Avenger is
capable of speeds up to 400 knots true air speed (KTAS), and operational altitudes of up to 50,000
feet, well outpacing its predecessors (CITE). The Avenger has also been further optimized to reduce
its Radar Cross Section (RCS), making it less detectable by enemy air defenses. Beyond its ability
to out–fly the original Predator UAS, the Avenger is able to be equipped with a more capable and
configurable sensors and weapons package. These advancements make the Predator C Avenger the
most capable and universal hunter–killer type UAS ... Show more content on Helpwriting.net ...
This, in fact, could prove to be very limiting for its use in military operations outside of the U.S.
Navy. At one point during the development of the MQ–8 series, the U.S. Army briefly tested a four
bladed version of the MQ–8A, but quickly halted testing concluding that the smaller and cheaper
Raven could provide the same capabilities (CITE). Although the MQ–8C has improved lifting
capacity, the Army has not shown renewed interest in the new platform. The Avenger on the other
hand has a massively configurable weapons delivery system. Capable of carrying weapons as large
as 2,000 pounds, such as hellfire missiles, and a variety of smaller weapons, the Avenger stores its
weapons payload inside a bay in its fuselage. This highly configurable bay allows up to seven
different kinds of weapons to be easily reconfigured in order to support a wide variety of hunter–
killer type missions (CITE). In addition, the weapons package can be completely swapped out for a
sensors package, furthering its already superior ISR

Jesper Juul's Three Frames Of The Play (Killbox)
The game KillBox, created by Joseph DeLappe, Malath Abbas, Tom Demajo, and Albert Elwin,
explores the technological side of military and political power. Game designer and theorist Jesper
Juul, proposes three frames in which we can consider games; goal orientation, experience, and
social context. These three frames interconnect and interpenetrate to give the game user the
experience intended by the creators. Focusing specifically on his second layer of experience and his
third layer of social context, the interactive, technological installation Killbox possesses these
frames and intertwines them to form the game as a space where the user can explore the nature of
drone warfare. This relationship is created due to the fact that the social ... Show more content on
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The game explores controversial sides of drone warfare and the impacts it has both politically and
socially. At the start of the game the player is given the option to be player one or two. Player one
controls the UAV drone and the player has to shoot missiles at the desired target. The display and
aesthetics are very technological and realistic to the theme of drone warfare. This is apparent
through the sounds, design and interactive abilities. The way they explain the instructions for player
one appears very technological as well, with the purpose to encapsulate the user in the mindset of
the intended subject matter. The second player assigns the user as a ball, representative of a person.
They can explore the land, collect items and interact with other shapes. There are numerous other
spheres of different colours and sizes roaming around the land, representative of other humans and
animals. The game is very loose with their rules, letting the player perceive things as they wish. A
pinnacle moment of this game is when the player comes to the realization that player one and player
two are set in the same location and time, just each representing a different viewpoint of the UAV
missile attack. Especially if the user starts as player one and fires the missile to the specified target,
then switches over to player two and realizes that they are experiencing the impact of their own
decision as the previous player. Because the game allows users to view both impactful sides of
drone warfare; being the victim or the shooter, the player gains a better understanding about drone
warfare and all of its side effects. As quoted by T.L Taylor in Gaming Lifeworlds, "The notion that
technical choices are always already tied to social choices and values plays at an explicit level here."
(Page 39) This quote can be related to the game,

Analysis Of Drones And An Unmanned Aerial Bomber
Clayton Anderson Ethics in The Profession Final Analysis of Drones To begin I will give some
history of Drones (UAVs). The history of drones is actually a fairly long time line in our history
beginning in about 1863 with the patent of an unmanned aerial bomber by a man from New York
City named Charles Perley. This invention known as Perley 's Aerial Bomber was a design
consisting a hot–air balloon that would carry a basket filled with explosives attached using a timing
mechanism that would trip the balloon 's hinged basket and effectively dropping the explosives and
igniting their fuse in the process. A very ingenious design in the era it was created in. There were
drawbacks to this design though is that it was inaccurate and ... Show more content on
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The V–1 was launched by a catapult system and would fly at speeds of 470 miles per hour carrying
a 2,000 pound explosive payload for a programmed distance of approximately 150 miles. During a
maiden launch in 1944 the V–1s killed more than 900 and injured more than 35,000 civilians in
British Cities. The United States Air Force began its first stealth aircraft program in 1960 by
modifying combat UAVs for reconnaissance missions. The name of this UAV was the AQM–34
Ryan Firebee. The Firebee used radar absorbing blankets placed on the fuselage plates, a newly
designed screen over the engine air intake, and the newly designed anti–radar paint. Another design
that came about is the Rayn SPA 147 who 's creation was spurred by a monitoring aircraft that was
shot down over the Yellow Sea killing all the crew aboard. The new design was a modification of
the existing Firebee drones so that they could eavesdrop on enemy radio transmissions and take
intelligence photographs from above 60,000 feet. This drone could fly for approximately 8 hours
straight carrying a 300 pound camera. Jumping a bit in to more recent developments come the RQ–1
Predator drone. The Predator drone has a 450 mile range and can provide 14 to 16 hours of
surveillance television, infrared and synthetic aperture radar recording before returning to its home
base for refuel and maintenance. Up until recently all drone usage and ownership has been

Are You Safer Without A Pilot?
Are You Safer Without a Pilot? System Safety Design in a UAV Construct The Gradual Move from
Manned to Unmanned Flight According to James Albaugh, president and CEO of Boeing
Commercial Airlines, "A pilotless airliner is going to come; it's just a question of when. You'll see it
in freighters first, over water probably, landing very close to the shore." (Ross, 2011, p. 38) The
trend toward aircraft without pilots is not new. As technology has improved the number of crew
members and their responsibilities have steadily decreased. The Boeing B–29, the most
technologically advanced aircraft of the day, required five people to operate the aircraft; pilot, co–
pilot, flight engineer, navigator and radio operator. This does not include the four gunners and
bombardier required for combat operations. (Mann, 2009) Compare this with modern airliners that
carry a crew of one pilot and one copilot. The flight engineer, navigator, and to some degree the
radio operator, have been replaced by computers. Not only are there fewer crew members, their
workload has been steadily reduced. Navigation moved from dead reckoning and star sightings to
radio navigation (VOR/DME) to Inertial Navigation Systems (INS) to Global Positioning Satellite
(GPS). As recently as the 1960's, aircraft like Lockheed's C–5 Galaxy, were designed and built with
celestial navigation sextant ports (Clonts, 2006). Radio communication went from technology so
cumbersome it took a full time radio operator to

Flying Drones Research Paper
Making something exciting on your own can be too much fun and if the product in the making is
flying Drone then the fun undertaking can be unlimited, energizing and moreover valuable to you in
terms of what all you can do with it. Some people get into this as a result of science project assign to
them in school or college and some get into this out of curiosity and ideas floating in their mind
which they want to turn into flying reality like a flying Drone.
What is a Drone?
Basically an unmanned aerial vehicle or commonly called UAV which makes make a continuous
low humming sound is known as Drone. You must be thinking that such things are used in military
operations or in defense forces to keep an eye on the enemy or to keep track of the ... Show more
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This is like a camera fit in the drone which will help to take images, record videos, and other
functions like video transmission. One can set payload on auto take pictures, or take them
continuously or even after some specific time interval.
When you have all the necessary and required parts of the flying machine, you can start developing
the UAV and uniting the all of them. Set the pilot and payload to the precise particulars and position
that you need and afterward you are prepared to go.
Tip: In the event that you don't find any part online or in store, don't be disheartened you can buy a
simply amazing Drone available in the market and fly them high.
UAVs are an incredible recreational gadget and are amusing to utilize. Just before using it go
through all the laws and regulations are there to fly a Drone. Also always keep your intentions of
using the Drone as only for excitement, fun and a leisure activity.
Drones are easy to make and flying one can be extremely enjoyable experience and having beautiful
pictures and videos taken with it is an added advantage. Enjoying making yours and have beautiful
memories captured from top

The U.S. Federal Aviation Administration and Unmanned...
UAVs Laws and Legislations The U.S. Federal Aviation Administration has produced an expedited
certificate of authorization (COA) process for local law enforcement agencies to operate unmanned
aerial vehicles. The expedited COA process is part of the FAA's reauthorization legislation – the
FAA Modernization and Reform Act of 2012 (P. L 1 12–95) – which was signed into law by
President Barack Obama on Feb. 14, 2012. Federal, state and local government entities must obtain
a COA from the FAA before flying a UAV in the national airspace, the agency says( Dorr 2014).
Under the streamlined process, COAs will be available for operations within a defined incident
perimeter throughout an agency's jurisdiction. In addition, an automated, ... Show more content on
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( Bureau of Counterterrorism 2013 ) The conflict of expedited certificate authorization for the
operation unmanned aerial vehicles is easily assessable to act on violations of civilian rights. In the
procedure of securing a certificate of authorization, there is little to no training of individuals with in
local law–enforcement to act according me with in Federal or even state privacy regulations. There
is also the possibility that UAVs that carry chemical sniffers could be totally unencumbered by
privacy protections. (Federal Aviation Administration 2013) Although the potential contribution of
UAVs to sectors such as environmental protection, law enforcement and various commercial
activities is apparent, they still seem not to be ready for civilian use. This is due to several reasons,
including e.g. civilian UAVs (CUAVs) requiring different technological solutions such as optimized
platforms, different endurance requirements, dedicated payloads and different ground control
systems. An additional important problem to be solved is the integration of UAVs in the civilian
airspace, which will require the adoption of civilian airworthiness standards and proven safety
features. Last but not least trust has to be created, both at the public sectors and the commercial
community, that CUAVs have economic advantages ( Vanclay 2003) One of the main hyposisthist
that is surrounding the inhabitation of the advantages of UAVs,

Mq-1c Eagle Research Papers
SUBJECT: MQ–1C Gray Eagle Unmanned Aircraft System (UAS)
1. (U) Purpose. To provide a summary of the capabilities and limitations of the MQ–1C Gray Eagle
allowing commanders to better leverage the asset.
2. (U) Background. The MQ–1C Gray Eagle (GE) was developed in late 2005 to fulfill the Army's
Extended–Range Multi–Purpose program. This called for a medium–range unmanned aerial system
(UAS) platform capable of Intelligence Collection (IC), Electronic Warfare (EW), and direct attack
missions while residing at a divisional level. The GE is a battle proven system that has operated in
the COIN environments of Iraq and Afghanistan since late 2006. While its conventional warfare
application has yet to be tested, the Army has already ... Show more content on Helpwriting.net ...
The GE is a versatile platform nested within the division, giving brigade and battalion commanders
unprecedented access to what was a theater level type asset. This increases their lethality and
maximizes their efficiency by providing a real–time picture of the battlefield, allowing them to
shape it using both lethal and nonlethal capabilities. While battle proven in the COIN environment,
only time will tell if it will remain a combat multiplier within the convention realm. To remain
relevant, it must continue to evolve to meet ground commander's requirements in both areas, while
continuing to flush out previously identified weaknesses. This is especially true of its cyber and EW
vulnerabilities as these will define future battlefields. Additionally, commanders and IC managers
must understand the GEs capabilities and limitations in order to take full advantage of its laundry
list of combat multipliers. In closing, the GE has cemented its place as a highly versatile asset and
will continue to evolve to meet the ever–changing battlefield by providing a bird's eye view of the
battlefield to lower level commanders allowing them to make the best timely decision

Ethical Use Of Drones Essay
Drones have recently increased greatly in popularity within the last couple of years. Previously,
drones have been used in the military to launch air attacks that do not result in fatalities to their own
people. Recently, drones with cameras have become more common and even affordable enough to
be used recreationally. The uses of drones can be very controversial and have raised different ethical
and privacy issues as their popularity has increased with both the military and recreational uses.
What exactly is a drone? According to BBC news, a drone is an unmanned aerial vehicle (UAV).
The most widespread, practical use of the drone is for military purposes. In the United States,
drones allow the military to fly into risky areas without risking human lives and still getting the
information needed and occasionally attacking others without risking U.S. casualties. The drones
can vary in size as well as vary in features such as cameras, radar, infrared imaging, lasers, and even
weapons like missiles. There are two main types of medium–sized drones the military currently
uses: the MQ–1B Predator and the MQ–9 Reaper. These styles are used in both Pakistan and
Afghanistan.
The MQ–1B Predator was originally created as a drone used for spying. Its main purpose was to ...
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Both of these alternatives have consequences, more negative than positive. According to the
Stanford Daily the cost to operate a drone is significantly less than the cost of either alternatives. A
drone airstrike is ⅙ the cost to launch a manned air strike which is at least $18,000. The amount of
money it takes to send troops is even higher than that The amount of money it takes to launch a
manned air strike is at least $18,000 per hour, which is a 6 times as much as launching a drone
strike. Sending troops is even more expensive than the manned air strike making drone warfare
more cost efficient

Drones : Fighting The War On Terror
Drones: Fighting the War on Terror
"Dozens of highly skilled al Qaeda commanders, trainers, bomb makers and operatives have been
taken off the battlefield. Plots have been disrupted that would have targeted international aviation,
US transit systems, European cities, and our troops in Afghanistan. Simply put, these strikes have
saved lives" (Gerdau 1). These are the words of President Obama as he spoke on the effective use of
the United States drone program. Drone operations have been in effect since our nation was targeted
by al Qaeda in 2001. Anything that threatens American lives is undesirable; therefore, drone strikes
against terrorists should continue to be utilized by the American government. In today's society, our
nation is threatened by foreign and domestic attacks from anti–American terrorist organizations. The
government's use of drones has drastically reduced this threat by decimating terrorist cells abroad.
Drones are wartime weapons the United States government uses to fight the War on Terror.
Officially known as unmanned aerial vehicles, this type of aircraft plays a vital role in protecting the
United States, as well as many other countries around the world. Although there are multiple drones
owned by the United States government, the MQ–9 Reaper and MQ–1B Predator drones are the
most predominantly used drones; General Atomics Aeronautical Systems manufacture both
aircrafts.
The MQ–9 Reaper drone is primarily used for offensive strikes. This

Predator Unmanned Aerial System Paper
The Predator Unmanned Aerial System (UAS) designated RQ–1, started in January 1994 as an
Advanced Concept Technology Demonstration (ACTD). It entered production in August of 1997.
Over 125 Predators have sold to the United States Air Force (USAF). In addition 36 MQ–1B
Predators specifically equipped with Hellfire missiles were ordered in September 2007, still
Predators are currently in production for the US Air Force adding to their inventory. :("Predator
RQ–1 / MQ–1 / MQ–9 Reaper UAV, United States of America", 2014). The Predator system is used
to perform strike, coordination and reconnaissance (SCAR) against high–value, fleeting, and time–
sensitive targets. The Predator is very versatile, able to conduct missions such as intelligence, ...
The MQ–1 has caught the attention of numerous other countries such as Canada who are interested
in implementing the Predator system into their military operations. The Predator is primarily used
by the USAF and Central Intelligence Agency (CIA). The CIA has had an interest in drones since
the 1980's and helped oversee some of the first test flights and training involving the RQ–1 system. :
(Baglole, 2014). With 500,000 flight hours on over 50,000 flights. The MQ–1 Predator met the
requirements for initial operating capability (IOC) in February 2005. :("Predator RQ–1 / MQ–1 /
MQ–9 Reaper UAV, United States of America", 2014). A total of 300,000 flight hours were
accumulated in September 2007. Over 80 percent of the 300,000 were achieved during combat
missions. :(" RQ–1A/MQ–1 Predator UAV", 2014)
System and Payload
The Predator is remotely controlled as a Tier II medium–altitude, long–endurance (MALE) air
vehicle designed to conduct reconnaissance and forward observation missions. :( "USAF Tier
system scheme", 1996). All Predator systems consist of four unmanned aerial vehicles, a ground
control station, a satellite communications terminal (Trojan Spirit II data distribution terminal) and
about 55 personnel. :( RQ–1A/MQ–1 Predator UAV"). A pilot and payload operator consoles work
the ground control station. These are usually 30ft trailers, the ground control system and PPSL can
easily be transported making them very mobile. Inside there are three

Drones: Disaster Response Team
There is a regular discipline for every disaster response team to maximize their rescue efforts within
the "Golden time of 72 hours". The use of search and rescue drones would save the rescue team
valuable time as they would be able to scout huge areas for the best routes to traverse and to locate
missing persons or those in accidents. Instead of common and costly alternatives such as an aerial
search by helicopter, a small drone with sufficient battery–power is capable of accessing areas,
which may be difficult for a bigger aircraft to access or gain visibility, with an attached camera and
sensors to search for missing people continuously (Graham–Rowe, 2010) The Network of Search
and Rescue During emergencies in dense forests and mountainous areas (trekkers' paradises such as
Switzerland's Alps, Nepal and Peru), rescue teams make use of drones with neural network to digest
about 20,000 images of human–made trails to recognize the missing people's trajectories (Patel,
2016). Drones were trained to autonomously steer itself along the victim's most likely pathway to
deliver supplies such as walkie–talkie, GPS locator or medical aids to the victims on prime time.
This leads to time wastage and injury risk factors greatly reducing in order for a proper rescue plan
to take action. In the recent incident of ... Show more content on Helpwriting.net ...
It provides hard, real–time visuals of the scene when rescuers are unable to approach right away. A
drone can be used even under terrible weather conditions that caused the helicopter–led rescue
missions become unreasonable. Rescuers once utilized drones to locate the accessible zone in Super
Typhoon HaiYan in Philippines and magnitude–7–quake in Haiti by detecting which road situations
were passable (Marks, 2013). Also, the necessary step of body search is vital after all rescuing effort
to prevent the spread of

The Role Of Drones
Qaeda and Taliban targets. Pilots housed in various bases in the U.S. and abroad operate these
drones safe distance away from dangerous areas in front of their monitors via joystick controls. In
addition to their missile capabilities, drones act as surveillance vehicles capable of continuously
monitoring targets over long periods of time. They collect visual, infrared, and Signals Intelligence
via eavesdropping devices 15,000 feet above ground for a maximum duration of 20 hours before
needing to refuel (Bowden, 2013). The significance here is that valuable intelligence can be
gathered on individuals by tracking daily routines and intercepting e–mails, texts, and phone
conversations. Given this, using drones for surveillance purposes should ... Show more content on
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Thus, any conflict that predominantly involves unmanned machines like drones versus real human
lives should be viewed as unfair. Perhaps the idea of fairness does not belong in the conversation on
the way warfare should be conducted. Bowen mentions that anyone who experiences combat would
rightfully agree that they would not want a fair fight (Bowden, 2013). The idea of not wanting a fair
fight does have merit if you assume that a fair fight will result in a greater amount of destruction and
a higher death toll. Therefore, a supreme technological advantage will shorten the duration of the
conflict and will minimize the aggregate losses. Some could argue that adhering to these unofficial
principles of fairness should no longer be necessary once the enemy begins to practice warfare in
unconventional ways. This would suggest that using drones against organizations that target
noncombatants –civilians– rather than combatants is justifiable. Using drones in this case is
justifiable because the fundamental concept of jus in bello – which outlines that noncombatants are
to be protected from war efforts – in traditional Just War Theory is being violated by terrorist
organizations (French, 2017). The overall growth in the size of Middle Eastern terrorist
organizations since the first strike in 2002 is an indicator of the negative impact drone attacks have
had on the stability of the region. In fact,

Persuasive Essay On The Dangers Of Using Drones
Today, people create many kinds of aircrafts for new weapons. Using drones to kill enemies is safer
than using aircrafts because drone pilots can control drones with a remote control, but aircraft pilots
must go to the enemy's place to assassinate them. Tom Mockaitis explained "critics insist that they
make it too easy to kill from a distance..." The famous counter terrorism incident with drones
happened when an unmanned aircraft killed Pakistan's Taliban leader Hakimura Meshud on
November 1, 2013 ("Pakistani Taliban"). Many people were pleased by it, but some of them did not
agree with the use of drones to annihilate terrorists. Drones are accurate when killing the enemies,
but aircrafts are dangerous to other people because they are inaccurate (Mockaitis). Therefore,
people can use drones to counter–terrorism. On the other hand, opponents argue that by using
drones it is too easy to kill from a distance. Unmanned aircrafts cause far more civilian casualties
than the government admits (Mockaitis). The government is not mentioning how many civilians
died, so they are angry. People's anger may become the fuel for terrorism. Drones are expected to be
a technology of the future, but the abuse by the government comes alongside the killing of terrorists.
Therefore, there are two different opinions for using drones, especially, prevention of terrorism with
drones. First, the history of unmanned aerial vehicles is not old. The first unmanned aircraft was
known as the "target

Drones In The Field Of Photography
Drones are being extensively used in the field of photography. It started as a hobby, but recently it
has taken a professional turn. A drone is an amazing tool that can help capture breathtaking aerial
shots that were unimaginable before. You might have seen stunning aerial shots of landscapes like
mountains, rivers, deserts and fields in movies. A helicopter is usually used for filming such images
in the movie business and a large crew is present to assist the camera person. However, in real life it
is almost impossible to arrange for a helicopter. Even if you have the finances available to you to
arrange for a helicopter, you would require a pilot to fly the helicopter so that you can take photos.
So, if you want to indulge in aerial photography

Aircraft Scenarios: A Cessian Monoplane
A conflict I have encountered, is that I can not think of a conflict to write about for this Written
Assignment! There were several topics I attempted to try a shot at, but they did not pan out. So,
instead, I will make up a conflict scenario, and then use several of the critical thinking methods to
assess the situation.
Scenario: A Cessna 172 Skyhawk civilian monoplane crashes into a bay while en route to an airport
7 miles away, reportedly killing her pilot and passengers onboard. Loss of the airplane, loss of life,
and destruction of cargo was estimated to be about $190,000 USD total. It was later reported that a
small civilian camera unmanned–aerial–vehicle (UAV) quadcopter had interfered the Cessna's flight
path. Final video footage from ... Show more content on Helpwriting.net ...
Inspection of the "airplane" drone's engine compartment showed telltale signs and evidence that
small, remote detonated charges had been rigged inside to cause the engine explosion during the
collision.
(VII) Why? The Phantom 1's groundstation cannot record and save flight video footage without
manual input from an operator. Someone had intentionally left the groundstation with the video
saved in it, knowing the video would be used against the civilian UAV. Also, how could there not be
fingerprints or any other data on the groundstation, unless someone was using it specifically for the
incident, intentionally leaving it as evidence, while ensuring there was nothing on it that would
betray the reality of the incident.
Epilogue: In the end, the incident had not simply just about an airplane colliding with a civilian
UAV, but rather, a grand scheme staged to put civilian UAVs in a bad light, eventually leading to the
collective government decision to ban civilian access to UAVs, for the entire state. The unknown
instigators of the incident scored an enormous success that day, but their plans did not stop there this
was but the tip of the iceberg. Soon they planned to launch their next attack, kindling the fury of the
masses, pressing on harder and bolder... til the entire world agreed to give up their rights to the
skies, granting unlimited power and air superiority to a select

Drones: The Department Of Homeland Security
What Are Drones Used For
Drones are used in many ways, to take videos or pictures in the air or delivering tacos from a
restaurant to your front door. Drones are used in many different ways so I'm going to give you some.
Have you heard of The Department of Homeland Security? They use drones, too. The Department
of Homeland Security flies Predator drones, which are about the size of a Cessna airplane, back and
forth along the U.S. Border to monitor for people crossing illegally. NASA and the Forest Service
use drones. They use Predator drones to find and pinpoint forest fires in California. That would
definitely save a lot of time trying to find the fire. Some police departments are using drones, too.
They are testing

Unmanned Aircraft Systems ( Uas )
Unmanned aircraft systems (UAS) have become a quickly growing part of the aviation community
over the last five to ten years. More and more of these aircraft are flying in the National Airspace
System (NAS) with each passing year, without any set rules governing their operation. With the
growing population of UAS in the NAS, for military, civil, and commercial use, the need for
regulation is becoming increasingly obvious. How to regulate this type of aircraft is no simple task.
Taking into consideration the many factors of these aircraft such as size, purpose, who is using
them, and location of use, it is difficult to determine what regulation is required. That is the task that
has been set before the Federal Aviation Administration (FAA). To determine what type of
regulation is needed to integrate and ensure the safe operation of UAS in the NAS since the skies
that they share are shared with manned aircraft. Integration of UAS into the NAS
Since the first flight of Orville and Wilbur Wright's aircraft at Kitty Hawk, the development of new
aircraft types and technology in these and existing aircraft has moved along at a quick and steady
pace. Moreover, since 1903, aircraft limits continually have been pushed and surpassed. Aircraft
now fly higher, faster, farther and carry more cargo or passengers than ever before. Nevertheless, it
would only seem logical the next step in aviation evolution is removal of the human factor in flight.
Unmanned aircraft systems (UAS) have

Advantages Of Drone Survey
1.0 INTRODUCTION:– What is drone survey?
Drone surveying is the operation of finding contour, dimension, position or other particulars of the
earths surface by using remote controlled aircraft. A drone is basically an unmanned aircraft. It is
also called an unmanned aerial vehicle (UAV) or a flying robot. It can be remotely controlled or fly
by itself through flight plans that are software–controlled. Such flight plans are in their embedded
system that works with GPS. Drones are known to be used for military purposes, but they are also
used in different activities like traffic monitoring, weather monitoring, surveillance, fire fighting,
search and rescue, film–making, recreational activities, etc. It is also used in surveying, which we
will ... Show more content on Helpwriting.net ...
6.Analysis/production of deliverables
Creation of break lines, reference points, digital elevation models, contour lines
Calculation & analysis of volumes and stockpiles
Export of output files (geoTIFF, obj, dxf, shape, LAS, KML tiles etc.) to third–party software as
required.
4. Advantages of drone survey:–
Drone can gather various type of data; for instance, photos, videos.
The gathered information is instantly uploaded to a server.
Once uploaded, the information can be accessed by any authorized individual where they are.
Using drones are safer in particular situation.
Very less time required.
Man–power is negligible as compared to survey done by man.
Cost saving and fast turnaround (Ability to survey 100ha in day).
Improvement in safety.
5.Some various drones:–
5.1.DJI Phantom 4 Pro:
Cost = $1,600
Flight Time = 28 minutes
Coverage = 150 acres
Camera = 20MP Exmor R CMOS
Max Speed = 44 mph
Primary use: ameture videography & imagery
5.2. DJI Inspire 1:Cost =

Aircraft Owners And Pilots: Annotated Bibliography
References
Aircraft Owners and Pilots Association. (2015, June 3). Air Traffic Services Brief –– Automatic
Dependent Surveillance–Broadcast (ADS–B). Retrieved from
https://www.aopa.org/advocacy/advocacy–briefs/air–traffic–services–brief–automatic–dependent–
surveillance–broadcast–ads–b
AltiGator. (2017). Drone, UAV, UAS, RPA or RPAS .... Retrieved from http://altigator.com/drone–
uav–uas–rpa–or–rpas/
AMTEC Less–Lethal Systems, Inc. (ALS). (n.d.). SkyNet Mi–5. Retrieved from
https://www.lesslethal.com/products/12–gauge/als12skymi–5–detail
Austin, R. (2010). Unmanned Aircraft Systems: UAVS Design, Development, and Deployment.
West Sussex, United Kingdom: A John Wiley and Sons.
Bachman, J. (2016, April 4). Drones are the New Threat to Airline Safety. ... Show more content on
Helpwriting.net ...
(2016, April 8). Eagle versus drone! . Retrieved from
http://www.dailymail.co.uk/sciencetech/article–3426614/Eagle–versus–drone–Video–shows–
Dutch–police–training–birds–prey–aircraft–mid–air.html
Hambling, D. (2016, December 22). What Really Happens When a Drone Strikes an Airplane.
Retrieved from http://www.popularmechanics.com/flight/drones/a24467/drone–plane–collision/
Jansen, B. (2016, February 8). FAA: Drone registration eclipses that of regular planes. Retrieved
from USA Today: https://www.usatoday.com/story/news/2016/02/08/faa–drone–registration–
eclipses–regular–planes/80002730/
Karpowicz, J. (2016, October 12). Enabling BVLOS Operation with the Development of a UTM
System. Retrieved from Commercial UAV News: http://www.expouav.com/news/latest/enabling–
bvlos–operation–development–utm–system/
Matyszczyk, C. (2015, October 28). Judge rules man had right to shoot down drone over his house.
Retrieved from https://www.cnet.com/news/judge–rules–man–had–right–to–shoot–down–drone–
over–his–house/
McKenzie, S. (2016, November 17). Passenger plane nearly hit drone over central London, report
says. Retrieved from CNN:

The Northrop Grumman Mq 4c Triton Unmanned Aircraft System
The Northrop Grumman MQ–4C Triton unmanned aircraft system (UAS) is a maritime variant of
the Air Force's high–altitude long–endurance (HALE) RQ–4B Global Hawk (Government
Accountability Office [GAO], 2015). The Triton, previously known as the Broad Area Maritime
Surveillance (BAMS) UAS, is a component of the Maritime Patrol Reconnaissance Force (MPRF)
family of systems (Naval Air Systems Command [NAVAIR], 2014). It "...is intended to provide
persistent maritime intelligence, surveillance, and reconnaissance (ISR) capability" (GAO, 2015, p.
115) in order to increase the intelligence capability and situational awareness of tactical, operational
and strategic units (NAVAIR, 2014). Triton mission capabilities include, but are not limited to:
Maritime and port surveillance, Battle damage assessment, Support of maritime and littoral
operations, and Communication relay (NAVAIR, 2014). MQ–4C Triton Unmanned Aircraft System
(UAS) Operations Infrastructure Once fully operational, two operational squadrons will operate and
maintain the MQ–4C UAS, which consists of the MQ–4C unmanned aircraft (UA), Mission Control
Systems (MCS) and service support systems (SS), from two Main Operating Bases (MOB)
(NAVAIR, 2014). The MOB will, in turn, support a total of five Forward Operating Bases (FOB)
(NAVAIR, 2014). The MOB MCS, designated MD–3A, will be permanently located within the
Continental United States (CONUS) at MPRF fleet concentration centers on the East and West
coasts

A Brave New World: What Are Drones?
What are drones? Drones are flying hover crafts that can come in a variety of shapes and colors.
Drones can be used for many different things. if you are not careful then the drones can crash.
Drones can be any color imaginable including basic colors like red, blue, and green to colors like
aqua, beige, and lavender. Drones don't all come in one size or shape, they can be so small that they
are an inch around each side and can be so big that they are a foot and a ½ on each side. The
standard drone has four propellers in each corner but some of them can have 6 to 8 propellers all
around. Some drones have a video camera to take videos with while flying. Drones aren't just used
to have fun and take videos. Some are used for jobs. Drones can

Analysis Of Eye In The Sky
The film, "Eye in the Sky", sets in Nairobi, Kenya, a small community where there are guards
equipped with weapons. The film starts off with a father repairing his daughter's hula hoop while the
mother is baking bread in her kitchen. With Paul Collier's three stages of poverty, the community the
family lives in can be characterized as "The Poor", due to lack of entertainment and cultural goods.
The daughter, Alia Mo'Allim, has nothing to play with except her hula hoop. Alia and her family
have access to food, water, and shelter.
Colonel Katherine Powell, who works for British Army, wakes up and discovers that the group, Al–
Shabaab, killed an undercover agent working for the British and Kenyan intelligence services in
Nairobi. In Las Vegas, Nevada, Lieutenant Steve Watts and Carrie Gershon are given a mission to
fly a joint operation over Nairobi, Kenya. The mission they are given is code name Operation Egret.
Lieutenant Steve Watts and Carrie Gershon are to be the eye of the sky of capturing key members of
Al–Shabaab. Colonel Powell has many motivates for allowing the drone attacks. However, there are
dilemmas that are debated by the COBRA (Cabinet Office Briefing Room) Team. Not only that, the
pilots that initiate the strike of the drones have the most difficult job of the mission.
In the movie, Colonel Powell chooses to use the Reaper drone as a source of attack because it has
the ability to loiter in the sky before the attack is confirmed. As long as she has a positive

Absolute Pacifism Essay
People have been going to war and attacking each other for years. War is a messy thing, and no one
likes to go to war, even the people who advocate for going to war do not enjoy it they just see value
in it. Regardless, people have been going to war for a variety of reasons for all of history. A brief
look at recent US history would show us that we have gone to war in the case of protecting people
internationally such as World War One, retaliation such as in world war two, and even stopping the
spread of ideas as in the Vietnam war. People go to war because they get something out of it. This
view is crucial in understanding that there should be a desired outcome to war. Even so cold "just
wars" not only limit violence by stopping oppressors, but they also perpetuate violence by requiring
any country that enters into armed conflict to be inherently violent.
The Basics of Pacifism War teaches the lesson that violence always drives more violence. When one
country invades, the other country has to defend itself in order to survive. Many people who think
that violence is ultimately bad resolve to absolute pacifism. Absolute pacifism is the belief that a
nation should completely avoid conflict of any kind. This is very problematic when nations get
attacked, and are unable to defend themselves. In the case of aiding allied countries, absolute
pacifist would choose not to intervene. In both these cases a large loss of life could result from a
nation not wanting to enter into

Article Review : ' The Great Drone Panic '
Lowry, Rich. "The Great Drone Panic." National Review 6 July 2012: n. pag. Rpt. in Robotic
Technology. Ed. Louise Gerdes. Farmington Hills, MI: Greenhaven, 2014. Opposing Viewpoints.
Opposing Viewpoints in Context. Web. 3 Sept. 2015.
In this article based on the columnist's research, Lowry attempts to argue that drones are weapons of
security that have a strong and rightfully increasing influence on conflict. He quotes sources of
repute, including the the Constitution 's Fourth Amendment and the Department of Homeland
Security. He ascertains that because drones use Hellfire missiles and are not weapons in of
themselves, they can be used in an unarmed capacity within the United States. The author admits
that the Fourth Amendment forbids unreasonable search and seizure but argues that security threats
sometimes must be put above the Founding Father's ideals and therefore the law of the land. Lowry
is forthcoming in his methods of research and concedes that the line between Drone surveillance
and weaponization is too fine to risk their internal use unless closely monitored by the public. He
concludes that their usefulness in the high–risk game of national security is too valuable to lose to
concern and panic regarding the possibility of their misuse.
Sifton, John. "A Brief History of Drones." The Nation. The Nation, 07 Feb. 2012. Web. 23 Sept.
2015. This article addresses the political impact of drone use in Pakistan. It also has some statistics
that the paper

Annotated Bibliography On Drones
Annotated Bibliography
Blom, John David. Unmanned Aerial Systems: A Historical Perspective. 2010. Print This book is
small but provided great information on the history of UAS. Not only did it discuss UAS in early
stages, but it also discussed wars they have played a vital role in. Different platforms were explained
and gave me an outlook on UAS that I was not tracking, especially with current systems that have
been around for quite some time. There was a small piece about the future of UAS as well. This is a
very informational book for anyone needing a quick down and dirty on UAS history. When you
think of unmanned aircraft you may think of specially engineered platforms. Manned aircraft have
also been used as unmanned platforms. ... Show more content on Helpwriting.net ...
The Shadow system is the main workhorse of the Army due to it being an organic asset to a Brigade
Combat Team (BCT) or Special Forces Group. This article talks about the details of the importance
and use of the Shadow system in theater. It also describes problems some platoons are facing with
manning and equipment. There has been discussions to plus up the platoons but it will come with a
cost. General Petraus wanted more Shadows in the sky but the company AAI needed to overcome
some obstacles.
Major General Odierno, Raymond T. Army Unmanned Aircraft Systems: A Cost–Effective Combat
Multiplier. 2004. https://www.ausa.org/publications/torchbearercampaign/
torchbearerissuepapers/Documents/UAVS.pdf. Online article. This article is dated back when the
surge of Iraq and Afghanistan was taking place. General Odierno states that tactical UAV system is a
must for a BCT and it has shown over the years. He goes on to explain how important these systems
are and what systems are at the fingertips of the units. He describes observations through the use of
the system and how this tool will always be a commander's enabler. At that point and time the future
of UAS was already a big talking point as it will continue to be a big demand in future

Annotated Bibliography: The Singularity Isn T Near
Allen, Paul G., and Mark Greaves. "The Singularity Isn't Near." MIT Technology Review 12 Oct.
2011: n. pag. Rpt. in Robotic Technology. Ed. Louise Gerdes. Farmington Hills, MI: Greenhaven,
2014. Opposing Viewpoints. Opposing Viewpoints in Context. Web. 7 Oct. 2015. . John Bell, James.
"Nanotechnology Will Contribute to a "Singularity"" Nanotechnology. Ed. Jacqueline Langwith.
Detroit: Greenhaven, 2010. Opposing Viewpoints. Rpt. of "Exploring the Singularity." Futurist 1
June 2003: n. pag. Opposing Viewpoints in Context. Web. 7 Oct. 2015. . Jones, Richard A.L.
"Nanotechnology Will Not Contribute to a "Singularity"" Nanotechnology. Ed. Jacqueline
Langwith. Detroit: Greenhaven, 2010. Opposing Viewpoints. Rpt. of "Rupturing the Nanotech
Rapture."

How To Import Ap Yahtzee Case Study Answers
mport java.awt.Color; import acm.io.*; import acm.program.*; import acm.util.*; public class
Yahtzee extends GraphicsProgram implements YahtzeeConstants { /** * Constants for the lowest
and highest values that the dice can be. * In a typical game of Yahtzee, the lowest value is 1 and the
highest * is 6 as this range is normal for dice. However, this allows * for the values to be changed in
desired. */ public static final int MINDICEVALUE = 1; public static final int MAXDICEVALUE =
6; public static final int MAXEXTRAROLLS = 2; public static void main(String[] args) { new
Yahtzee().start(args); } /* * Runs the game Yahztee. */ public void run() { IODialog dialog =
getDialog(); nPlayers = dialog.readInt("Enter ... Show more content on Helpwriting.net ...
} } playerScores[UPPER_SCORE][p] += score; } break; case 6: if (checkCategory(dice, SIXES)) {
for(int d = 0; d < N_DICE; d++) { if (dice[d] == 6) { score += 6; } }
playerScores[UPPER_SCORE][p] += score; } break; //End of upper score categories case 9:
//Beginning of lower score categories if (checkCategory(dice, THREE_OF_A_KIND)) { for(int d =
0; d < N_DICE; d++) { score += dice[d]; } playerScores[LOWER_SCORE][p] += score; } break;
case 10: if (checkCategory(dice, FOUR_OF_A_KIND)) { for(int d = 0; d < N_DICE; d++) { score
+= dice[d]; } playerScores[LOWER_SCORE][p] += score; } break; case 11: if
(checkCategory(dice, FULL_HOUSE)) { score = 25; playerScores[LOWER_SCORE][p] += score;
} break; case 12: if (checkCategory(dice, SMALL_STRAIGHT)) { score = 30;
playerScores[LOWER_SCORE][p] += score; } break; case 13: if (checkCategory(dice,
LARGE_STRAIGHT)) { score = 40; playerScores[LOWER_SCORE][p] += score; } break; case
14: if (checkCategory(dice, YAHTZEE)) { score = 50; playerScores[LOWER_SCORE][p] +=
score; } break; case 15: if (checkCategory(dice, CHANCE))

Star Wars Episode Viii Analysis
"Star Wars Episode VIII" spoilers alert! The film and production crew is setting up in Dubrovnik,
Croatia and the local scenery is slowly turning into alien world architecture.
Recently, drones have been hovering over Croatia for paparrazi to get a glimpse of the production
going on for the upcoming "Star Wars Episode VIII". The drones were able to capture snippets of
the Millenium Falcon and the new Rebel Alliance base being used on location until plans of
shooting these drones down were announced. This entrepreneurial method, though stealthy, was
short–lived.
The next installment is still untitled but on a more open and obvious note, locals are beginning to
see "Star Wars" architecture being set up in town. Set pieces from the film have

The MQ-9 Reaper
Imagine being a Geospatial Analyst working a Full Motion Video feed with Special Operation
Forces (SOF) units located in Eastern Afghanistan while in a hangar in Hawaii. The feed is coming
from an MQ–9 Reaper showing soldiers on the battlefield; your job is to guide them and provide
oversight while searching for enemy combatants. I was the analyst whose task this was.
The General Atomics MQ–9 Reaper (sometimes called Predator B) is an unmanned aerial vehicle
(UAV) capable of remotely controlled or autonomous flight operations. With the help of the Reaper,
I monitored and informed the units of enemy activity and possible locations, ensuring the safety
American soldiers under my surveillance. This advanced capability is one that a twenty–first ...
The defense model "Military" is based on the assumption that the previous model does not hold,
along with the ability and the means to deal with the threat, which is why their actors should be seen
as fighters. This is because they have targeted, indiscriminately, the civilian population and so these
are response tools appropriate to an armed conflict. Paradoxically, this leads to the dilemma
covering the "counterterrorism equation". This is one in which, in addition to the increase in
offensive actions, actions aimed at reducing the capacity of a group or organization will match an
increase in their levels of support, adhesion, and motivation. A counterterrorism strategy must
thereby seek a balance between the means for the annular operating capacity of an

US Defense Against Terrorists: Drones Essay
Drone use is an effective method for the USA to use as a defense against terrorism and other threats.
Drones are now used worldwide as a defensive weapon for many different nations. They are
effective in keeping US soldiers safe and as a result they have fewer post war symptoms. Not only
are drones more effective that manned combat, they are drastically cheaper and fewer people are
killed as a result of a drone strike. More than half of Americans already support drones, regardless
of political party. Drones, also known as Unmanned Aerial Vehicles, are small aircraft that lack a
pilot in the actual vehicle, but are remotely controlled from a considerable distance away. The drone
may be equipped with a number of different weapons. ... Show more content on Helpwriting.net ...
Drones are a safe way of eliminating casualties by using their extreme precision and accuracy to
effectively neutralize the target. It has been estimated that less that 1,100 people have been killed
since the US started using drones to attack foreign countries since the terrorist attack in September
2001, which is approximately 12% of all civilian deaths (Singh). However, in WWII, the
percentages of civilian deaths as a result of total war we between 40% and 60 % (Saletan). Not only
do drones decrease the total amount of civilian casualties, drones help to keep our soldiers out of
harm's way, which saves the US billions of dollars annually. Drones are remotely controlled from
military bases in the US, and the actual drones are launched from bases in other allied countries.
This minimalizes the risk of death and/or injury that may occur if traditional pilots and aircraft are
used. Many terrorist groups operate out of remote regions that are very hard to access and they have
many risks such a tribal war, IEDs, snipers and weather. Drones also help to prevent soldiers from
PTSD and other post– war symptoms. Only 4% of drone pilots are at high risk for PTSD, compared
to the 12–17% of soldiers returning from active duty. Drones eliminate all these risks without ever
putting a soldier on the ground. Drones are also substantially cheaper than manned forms of combat.
The USA has 5

Using Drones to Fight Terrorism Essay
The Future of War
People look to the future; people want to see a better way of life with new technology and other
advancements. War is always going to be part of the future. The U.S. Military has come up with a
new weapon that would help save lives of soldiers and civilians, it is known as drones. A drone is an
unmanned aircraft that can be controlled from a safe environment. Drones were first used to provide
high quality surveillance on areas suspected of terrorism. The drones could do this because they are
able to fly and hover over their targets for hours while transmitting information to the people on the
ground. Drones accompany soldiers in war zones to provide them with important information they
need to do a better job. The ... Show more content on Helpwriting.net ...
I believe that the drone's ability to minimize casualties is unmatched by any aircraft we have
available. Drones have a unique ability to hover over a target for long periods of time. According to
in "Ready... Fire... Aim! A Case for Applying American Due Process Principles Before Engaging In
Drone Strikes" states that drones can, "hover above a target for up to forty hours before refueling"
(59). Being able to hover over a target for such a long time is good because the drone can wait until
all other variables are gone than it can take out its target with minimal casualties. Sweetman author
of "Fighters without Pilots" says, "since no one is aboard, an armed drone could be designed to
loiter for 24 hours, or to evade missiles by a 20–G escape maneuver, well beyond the 9–G blackout
limit of a human pilot" (12). A drone has the capability to evade missiles in which a fighter pilot
doesn't. Drones that are outfitted with weapons are also given new lazier guiding technology to
ensure that the weapon only hits the target and nothing else. The military has other airplanes that
can drop a bomb like the F–16 which has a payload of 500 pounds, but when it comes to taking out
targets, the F–16 is completely unnecessary. According to Byman author of "Why Drones Work"
drones are precision weapons, "drones create smaller, more precise blast zones that decrease the risk
of unexpected structural damage and casualties." He goes on to say, "Drones,

Grey Eagle Research Paper
In August 2005, the army awarded a $214–million contract for the development of an extended–
range multi–purpose unmanned aerial vehicle named the "warrior". The ERMP Warrior would have
the longest range of any UAV system then in the army, and its diesel–powered air vehicle would
eliminate the need for a special fuel on the battlefield. The air vehicle would have multiple on–board
weapons and be capable of loitering over enemy territories for 36 hours at altitudes up to 25,000 ft.
The Synthetic Aperture Radar/Moving Target Indicator (SAR/MTI) was an army acquisition
category III program. SAR/MTI, when installed on the Tactical Unmanned Aerial Vehicles (TUAV),
was to provide imaging of stationary targets and detection of moving targets, resulting ... Show
more content on Helpwriting.net ...
The Gray Eagle offers a reliable, low–risk next generation UAS solution to meet challenging
requirements for reconnaissance, surveillance, and target acquisition (RTSA) and attack operations.
The Gray Eagle has an endurance of 25 hours. It has speeds which can reach up to 167 KTAS. It can
operate up to 29,000 feet while carrying 1,075 lb (488 kg) of internal and external payload. The
Gray Eagle can carry multiple payloads, including the Electro–Optical/Infrared (EO/IR) with laser
designation, Synthetic Aperture Radar (SAR) communications relay, and four Hellfire missiles. The
Gray Eagle can stay in a combat zone longer than the previous predator drones which supports the
Army's "single fuel in the battlefield" concept. It provides increased horsepower and significantly
improved fuel efficiency, utilizing either jet or diesel fuel. The Gray Eagle features a fault–tolerant
control system and a triple–redundant avionics system, similar to the systems integrated in the
battle–proven Predator–B. Designed with airworthiness as a primary consideration, the Gray Eagle,
is engineered to meet and exceed manned aircraft reliability standards. The Gray Eagle is dedicated
to direct operational control by Army field commanders. Its expansive mission set includes wide–
area intelligence surveillance and reconnaissance (ISR), convoy protection, improvised explosive
device (IED) detection and defeat, close air support, communications relay, and weapons delivery
missions. The Gray Eagle features an automatic takeoff and landing system (ATLS) that allows the
aircraft to be launched and recovered without any operator interaction. The aircraft has successfully
conducted tens of thousands of takeoffs and landings. They are attached to the combat aviation
brigade in multiple divisions throughout the Army. In each division, the Gray Eagle UAVs support
the

An Investigation Of The Predator Drone Essay

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