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Airbus A380 is the largest passenger plane in the series and the first large-capacity aircraft with two full bridges for passengers. The plane is cvadrimotor and provides long-courier flights of up to 15,200 km. Each deck has two corridor, is certified for operations up to 880 passengers (typically will carry between 420 and 620). The first company operating this model is Singapore Airlines.

The plane was built to ensure high-capacity flights on major routes between major nodes (and very congested) of major airlines. Covers a market niche, most airlines have no need for such a large capacity for their services. In early’90, there were 3 studies for such a project, one of Boeing product called VLCT, one product called McDonnell Douglas MD-12 and Airbus A3XX product. Due to market very low, which could not sustain more than one manufacturer, but also because of the Asian crisis of 1997 others have been withdrawn (and McDonnell Douglas being acquired by Boeing), Airbus remains the only manufacturer on the market.

The model chosen by noting the existence of two overlapping floors, and was named A380 (8 is a lucky number in Asia but representing the two floors and overlapping). Until the first flight, which took place on 18 January 2005, the development of the aircraft cost 11 billion euros.

After the first flight, however, production was hit by numerous difficulties, which led to the postponement of delivery plane over two years because of problems related to aircraft cabling (which were due to the use of two incompatible versions of software), weight problems, the wings didn’t pass the resistance test and the problems generated by suppliers. Thus, There were three delays, the first aircraft to be delivered from early 2006, was delivered to only 15 in September 2007 by Singapore Airlines, making the first race on the Singapore-Sydney route.

The plane was thought to carry 555 passengers in a 3-class configuration or 853 in a configuration with a single class. The structures were designed to be used on a cargo version, and a longer version (A380-900) (which, if they were produced, would carry up to 960 passengers). Provide a capacity of 100 places higher than the nearest plane that size – Boeing 747. It is the largest aircraft manufactured in series, the only plane bigger than Airbus, was Antonov An-225, but that was produced in a single copy.

Cabin command receiving digital instrumentation with 6 LCD displays and systems fly-by-wire, control through a joystick. It provides a multifunctional display system for scheduling flights, with keyboard and mouse. The plane is also very advanced, it has a modular integrated data networks based on an adapted version of standard Ethernet.

It offers two engines, a Rolls-Royce Trent 900, respectively Alliance GP7200 engines, offering both low noise level of operations for Heathrow Airport in London.

25% of the aircraft is made of composite materials such as carbon fiber. Use of aluminum and alloys that can be welded, eliminating the need to use rivets.

In order to provide a passenger cabin equipped with LEDs, and an area greater than for other planes. If the initial proposed equipment cabin with restaurants, casinos, and even swimming pools, these proposals were abandoned for the sake financial. It is possible, however, equipping some of these planes with bars or showers, especially for first Class.

The standard seats for first class and business class will be offered at the front of the plane, the upper floor (although some airlines want to develop this area to the lower floor). For economic class the plane will offer a configuration with 10 seats in the lower floor (typically 3 +4 +3) and 8 seats in the upper floor (2 +4 +2 or 3 +3 +2).

Although the plane fits the standard gate, airports have been forced to make large investments in infrastructure such as widening the track because of huge wings, reinforcement of bridges (where available) , the purchase of tractors able to pull the tremendous weight of the plane, adaptation door for the loading of 500-800 passengers.

The plane has 165 orders and 42 options. To be profitable, director of Airbus has estimated that with the delays, the plane needs a minimum of 420 orders, but that Airbus hopes to sell at least 700 such planes in the coming 25 years. There are 14 buyers, of which the largest is the Emirates with 55 orders. List price is between 296 and 316 million U.S. dollars, but in general offered discounts of between 15 and 50%, according to tradition in the field.

Currently only one model is offered the passenger A380-800. In the past, a cargo model has been offered for courier operations, but delays have led to massive cancellation of the two orders taken, and putting the project on the dead line (it was delayed by 10 years).

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Fear of flying, or aerophobia, can be a phobia in itself or it can be a symptom for other phobias such as claustrophobia or acrophobia. Aerophobia is also known as aviatophobia, aviophobia, or aeroanxiety. It is a condition that affects 40 percent of Americans and Europeans one way or another.

Since September 11, aerophobia is not just another anxious thought in individual minds, it affects people from all walks of life. Anybody can suffer from it, men and women, young and old in all professions. Nevertheless, the trigger can be unexpected, it can turn a veteran flier into a frightened passenger overnight.

The fear associated with flying is not the same for every aerophobic individual. It can be a specific fear of heights, fear of being over the water, or fear of crashing. Aerophobia often prevents people from going on vacations or attending social events. But fear of flying receives increased attention because air travel is difficult to avoid these days.

It seems that commercial air travel continues to cause a significant proportion of the public’s anxiety. CNN reported lately that approximately 1200 people every year take a special course to help them overcome their aerophobia. Not surprisingly, most of them are business travelers.

Experts indicate that, generally, the fear comes from the feeling of loosing control and fear of flying can seriously hurt companies if it prevents their employees from traveling on work-related business. In many cases, this feeling can be offset by executive jet charter or jet rental, it gives the executives a sense of security that cannot be achieved in commercial air travel.

Therefore, many companies make strategic business decisions to charter a private jet or charter flights. As a result, aircraft sales, private jet rental, and private jet charter increased dramatically in the past few years. Private individuals who can charter private jets, corporate jets, or use any type of private jet charter flights, often do.

Gadi Capela writes for “Luxury Air Jets”. Luxury Air Jets specializes in providing private jet charter flights with only four-hour notice. We are committed to meet any need you may have thus a full array of specialized in-flight services can be added to enhance your private jet rental experience, from security requirements to dietary observance – twenty-four hours a day, seven days a week, all year round!

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Human Factors Engineering governs civil aircraft flight deck design. Human Factors Training assumes the operation of future aviation systems will continue to rely on humans in the system for effective, efficient, and safe operation. Pilots, mechanics, air traffic control personnel, designers and many others are the basis for successful operations now and for the foreseeable future. There is ample evidence that failing to adequately consider humans in the design and operations of these systems is unsafe.

This becomes more important still with the continuing advance of technology. Technology advances have provided a basis for past improvements in operations and safety and will continue to do so in the future. New systems for terrain and traffic avoidance, data link communication systems and new navigation systems based on Required Navigation Performance are just a few of the new technologies being introduced onto flight decks.

Often, such new technology is developed and introduced to address known problems or to provide some operational benefit. While introduction of new technology may solve some problems, it often introduces others. This has been true, for example, with the introduction of advanced automation. New technology can be a solution, but will bring issues with respect to the human operator.

Aviation Human Factors Training avoids vulnerability in the introduction of new technology.

Human factors training and human limitations.

Several topics are fundamental to the application of Human Factors Engineering (HFE) in the design of flight decks. Training will allow us to live with our limitations.

Human Factors is an area that is quite broad and its application to equipment design (among other areas), broader still.

Human Factors and its engineering aspects involve the application of knowledge about human capabilities and limitations to the design of technological systems. Human Factors Engineering also applies to training, personnel selection, procedures, and more topics.

Human capabilities and limitations can be categorised in many ways.

A human is subject to many limitations, which are predictable, although not always clearly defined around the edges.

In the design of most equipment, physical size, body measurements and movement are important to consider at an early stage. There are significant differences between individuals. Design decisions are governed by anthropometry and biomechanics. Human fuel requirements, food, water, and oxygen, can affect performance and well-being. This is physiology and biology. Human input gathering, perception and touch, information processing, short- and long-term memory, cognitive ability and decision-making are all subject to human error. Output, speech characteristics for the design of voice communication systems, environmental conditions such as temperature, pressure, noise, humidity, time of day, light, and darkness affect performance. A boring or stressful environment will alter human output.

Hardware, software, environment and other humans.

The first of the components that requires matching to the characteristics of the human is Hardware. This interface is the one thought of first when considering man-machine systems. An example is designing seats to fit how a human sits. More complex is the design of displays to match how a human processes information. Controls, too, must be designed to human range of movement. The user is often unaware of mismatches in the hardware interface.

Human and Software interface encompasses procedures, symbology and computer programs. The third interface is man and the environment, pilots fitted with helmets against the noise, goggles against the airstream, and oxygen masks against the altitude, disturbed biological rhythms and related sleep disturbances because of the increased economic need to keep aircraft flying 24 hours a day. The growth in air traffic, operations are other aspects of the environment are becoming increasingly significant now and in the future.

The fourth major interface is the human to human interface. Traditionally, questions of performance in flight have focused on individual performance. Increasingly, attention is being paid to the performance of the team or group. Pilots fly as a crew; flight attendants work as a team; maintainers, dispatchers, and others operate as groups; therefore, group dynamics and influences are important to consider in design.

Human Factors Training considers workload, situation awareness, organisation, policies and practices. On the commercial flight deck, workload is tasks, duties, physical or mental. Both overload and underload affect human-machine performance.

Situation Awareness of the flight deck and the external environment, and the projection of the values of these and their effect into the near future. Situation awareness is an issue in many incidents and accidents, and can be considered as important as workload.

aviation-database.com has lots of resources for the aircraft industry. The web is a vast source of information. Aviation-database collects the industry into one huge database of contacts. Human factors training is one aspect of maintenance training provided by Roissy Group.

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The BAA Gatwick Airport, located in Crawley, West Sussex, is the second largest airport in the United Kingdom, is the 10th busiest International airport worldwide and is the most active single-runway airport in the world. It is considered a single-runway airport, despite having a second runway on stand-by, as the back up is only used when the airport’s main runway is out of commission. The current Gatwick, which was officially opened by Queen Elizabeth II June 9, 1958, celebrated its 50th anniversary in June 2008.

The airport derives its name from the name of the manor located, until the 19th century, on the grounds where the airport is currently positioned. The actual name “Gatwick” comes from the Anglo-Saxton words for “goat” and “dairy farm,” comprising a name meaning, literally, “goat farm.”

The pier of the modern South terminal was built between 1956 and 1958 and in 1962, two other piers were included in the design. Gatwick was the first airport to have a direct railway and was one of the initial implementers of a pier-based, enclosed terminal, allowing users to remain mainly indoors. The piers were extended in the 1970s and 1980s and extendible jetbridges were then included as part of the design. In September 1977, Gatwick launched its first long-haul flight JFK Airport in New York.

As the number of passengers at Gatwick increased, the terminal building acquired the addition of a new satellite pier, which had a circular shape allowing it to connect to the main terminal by way of the United Kingdom’s automated people-moving system. (This system has since been replaced with travelators and a walkway.) In 1984, the airport’s new air traffic control tower opened and Gatwick celebrated the launch of the non-stop rail service to London Victoria. The construction on North Terminal began in 1983 and Queen Elizabeth II opened the new terminal in 1988. The airport expanded again in 1991 with another aircraft pier.

An extension to the departure lounge in the South Terminal was completed in 2000. In 2001, the North Terminal departure lounge extension was completed and 2005 saw the addition of an additional aircraft pier, which added 11 additional aircraft stands, as well as a size-doubling extension and refurbishment to the baggage reclaim hall. The newest renovations to the airport took place in May 2008, when the South Terminal departure lounge received another extension and a security search area on the second floor opened.

Gatwick, which hosts approximately 80 airlines out if its two terminals, currently serves more than 220 destinations. Both the North and South terminals of the airport offer customers restaurants and shopping opportunities. Also available are play areas which include video games for young travelers and lounges to accommodate those needing business facilities. Additionally, Gatwick offers Chaplains from the Anglican, Catholic and Free churches and each terminal offers a counseling room and a non-denominational prayer room.

Both long- and short-stay parking lots are available at the airport and Gatwick is also accessible via the Gatwick Airport railway station.

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It seems that the most popular games in general aviation in the history of mankind is the Cessna 172 Skyhawk. More than 35,000 have been sold, and you can find these planes at airports around the world. Cessna Aircraft Corporation has a proud history in general aviation and has the largest production of general aviation aircraft in history.

Because the Cessna 172 has so many are for sale? Well, because people usually learn to fly a Cessna 150 and thenThe desire, their family or friends, and the Cessna 172 is a logical development, given that applies to people and not take any expensive or complicated to fly. The Cessna 172 is better fuel economy and even if it takes a lot, is a bit 'less than the next improved model of the Cessna 182

You can ask anyone, private general aviation pilot, when he flew Cessna 172 A and there is a 90% chance that the answer is yes, why are so many flight schoolsrent along with many flying clubs. Many private pilots who have had to buy their own end of a Cessna 172 aircraft for its simplicity and availability. It is doubtful that any other aircraft ever exceed the Cessna 172 as the most popular general aviation aircraft of all time.

If you are considering purchasing a Cessna 172 aircraft itself will certainly be on your list, and although it may not be the end of your first choice, availability of aircraft for salemakes the Cessna 172 Skyhawk, a viable option. Please consider all this in 2006.

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