Future Military Technologies
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Since time in history every state has a military. The main reason being that at any time a nation need to prevent their resources from any foreign attacks. As a result, much military advancement has always been there over quite a number of years with an aim of raising their security. To curb the terrorist attacks there is great need to have strong military weapons in order to be in a position to fight terrorists who are in most cases using superior weapons. Over a good number of years, the military technology has not yet been still every time a new expansion which may provide better means of assault which must be answered by a superior means of defence.
Military technology can be defined as correction of vehicles, structures and communication system which are designed for used in warfare. Better warships, missiles, fight planes gives one side an advantage in a battle until the enemy in the war develops better version of the same or a more advantaged one. Due to this, military engineers and scientists are spending a lot of time looking for new military engines and electronics to replace the existing one. In some cases military forces spot a need for certain vehicle, warship weapon or a plane. As a result, military designers are asked to come up with different designs which are then tested and the best is chosen.
Numerous researches have been made so as to come up with future military technologies. For example Boeing Company and Lockheed martin have teamed to perform studies and system development efforts with an aim of coming up with the anticipated United States Air Force 2018 bomber programme. Their main aim is to come up capacity based-roadmaps for technological maturation for the 2018 bomber program. This weapon will have stealth capability and long range. According to Air Force secretary Michael Wayne this bomber will also have capability to stay airborne on call for a very long time. These weapon will have the capability to strike anywhere in the world at long range. Previously before it development the Air Force had no need for long range strikes until 2037. In early 2006 the defence force a new goal with an aim of coming up with a long rage strike bomber. That marked the birth of 2018 bomber (Woolf pp 4).
Another important weapon among the future military technology weapon is the Fotofigher. According to Airborne Laser, military manufactures designed to shoot down ballistic weapons during the launch phase. It is speculated that the Fotofighiter should make it appearance. According to military, this weaponwill have embedded arrays of semi-conductor lasers as sensors and weapons for both defensive & offensive purposes. It will also likely be pilotless invisibility, and be able to fry the countryside with mega joule bursts of energy, but only, one supposes, after de-docking (Gadgetmaniac para 3).
An Air Force study has also shown that future dogfighters might not require a pilot in the cock pit. Air Force explains how ever-larger and more sophisticated flying robots could eventually replace every type of manned aircraft in its inventory — everything from speedy, air-to-air fighters to lumbering bombers and tankers. A huge drone is under away to represent today tankers and transport vessels. This is what is referred to as the All-drone. Some of the missions tapped for possible, future drones are currently considered sacrosanct for human pilots. An example of this drones are dog fighting and nuclear bombing. As a result, there has been a need to replace the existing drones with ones that will require no human pilots. As a result, numerous researches have been conducted to ascertain the one to replace the existing aircrafts without human pilot (Axe, pp.43).
As for nuclear bombing: “Many aviators, in particular, believe that a man in the loop should remain an integral part of the nuclear mission because of the psychological perception that there is a higher degree of accountability and moral certainty with a manned bomber. This means that even though there some technological advancement human control remains an integral part of this military technological advancement (Axe, pp. 5).
Testimonies and press reports suggested that the next generation air craft’s would likely to be subsonic and stealthy. This aircraft might have unrefueled range of 2000 to 3000 miles and it might carry 28000 to 40000 pounds of armament. It is also stated that the aircraft basic design might also serve as the basis of design for the new Air Force long-range reconnaissance aircraft (Ian Graham, para. 7).
According to Edwin S., war is better for totally nothing. Wars plant an enormous demand .They specify that robots having a reprogrammable brain (a computer) which helps in moving the body. According to robots, they differ from other impermanent machines, such as cars, because they have computer element. Many of the latest cars do have onboard computers which only help to make small adjustments. You control most elements in the car directly by way of various mechanical devices. Robots differ from ordinary computers in their way of physical nature. upon a country`s resources. Those incomes contain everything from supplies to military personnel. It's so expensive to pay war. Such fighting places a burden on citizens.
As soldiers walk to battle, the people left must work even harder to sustain the nation's economy from collapsing. For this purpose every nation has been working hard to guarantee that they got better warfare equipments. Nevertheless, wars may also have beneficial importance on economic and technological progress. Normally, wars have a tendency to accelerate technological improvement to acclimatize tools for the need of solving specific military problems. The most recent example of this is radar. While most of the scientists around the world used radio antennae to identify distant items during the early 20th century, we credit Sir Robert Watson-Watt for building the first practical radar in 1935. British Air Ministry adopted this design and used it to perceive aggressors in the early days of World war two (Strickland, para. 6).
Radar now is an important tool in militaries in the whole world. Consecutively, radar's adoption requires countries to adapt to the modern warfare strategies. It generally prompted the United States to advance in research and development for the new ways to stun radar. This resulted to stealth aircraft technologies (Strickland, para. 4).
Militaries in united states are coming up with robotic systems for all kinds of jobs for year and some of them being at the front line in any war fare. A machine is made up in same components. A typical robot having a movable physical components, a motor of some sort, a sensor arrangement, a power deliver and a computer "brain" that wheels all of these elements. Essentially, these machines are man-made version of animal life -- they are machines which replicate human and animal conduct. Most robot cists (people who build robots) usually use a more accurate definition. The reason behind being that ordinary computers do not have physical bodies attached to them.
It is commonly for military technologies to have been researched and developed by scientists’ and engineers purposely for the usage of armed forces. Numerous new technologies have been introduced due to the help by military funding of science. Military engineering has been the design, developer, tester and lifecycle management of military artillery and systems. It has also drawn on the awareness of a number of traditional weapons.
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