Lois Larson
Airports have become an integral part of modern life, serving as hubs for international travel and commerce. The concept of an airport, or a designated area for the landing and takeoff of aircraft, has likely been around for as long as humans have been flying. However, airports as we know them today, with their complex systems of aircraft support services, passenger services, and aircraft control services, did not exist until the 20th century. The first recorded use of an airport was in 1909 at College Park Airport in Maryland, USA. This airport was established by the United States Army Signal Corps and served as a training ground for military pilots. As aviation technology advanced and commercial aviation took off, airports began to adopt more standardized design principles, with Hamburg Airport in Germany, built in 1911, being one of the first to do so.
| Characteristics | Values |
|---|---|
| First recorded use of an airport | 1909, at College Park Airport in Maryland, United States |
| First airport with standardized design principles | Hamburg Airport in Germany, built in 1911 |
| First commercial flight in the United States | 1926, at College Park Airport |
| First multi-terminal airports | Chicago Municipal Airport (now O'Hare International Airport) and New York City Municipal Airport (now LaGuardia Airport), built in the 1930s |
| Number of airports worldwide | Approximately 44,000 as of 2009 |
| Number of airports in the US | 15,095 as of 2009 |
| Airport revenues | Aeronautical revenue (50%), non-aeronautical revenue (34%), and non-operating revenue (16%) |
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What You'll Learn
Airports as we know them today
The concept of an airport, or a designated area for the landing and takeoff of aircraft, has likely existed as long as humans have been flying. However, the first recorded use of an airport was in 1909 at College Park Airport in Maryland, USA. This airport, established by the US Army Signal Corps, served as a training ground for military pilots and later became a civilian airport.
In the early 20th century, as commercial aviation gained traction, airports began to adopt more standardised design principles. Hamburg Airport in Germany, built in 1911, was one of the first airports to feature a single terminal building with a control tower and hangars for aircraft. As air travel demand increased, so did the size and complexity of airports. The first multi-terminal airports were constructed in the 1930s, including Chicago Municipal Airport (now O'Hare International Airport) and New York City Municipal Airport (now LaGuardia Airport).
Post-World War II saw a rapid expansion of airports globally, with many embracing a modernist style characterised by sleek, functional buildings and large open spaces. Examples of this style include JFK International Airport and San Francisco International Airport. The latter half of the 20th century witnessed a boom in air travel, fuelled by the growth of low-cost carriers and increasing affordability. Airports expanded further to accommodate rising passenger numbers, turning to technology to enhance efficiency and convenience.
Today, airports serve as major hubs for international travel and commerce, connecting people and businesses worldwide. They have become integral to modern life, employing thousands and contributing significantly to local economies. Airports have also become sites of environmental concern, facing challenges related to air and noise pollution, as well as the impacts of climate change and extreme weather events. To address these issues, airports have implemented various safety measures and regulations to reduce hazards and mitigate their environmental footprint.
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The first recorded airport
The concept of airports as we know them today, with facilities for commercial air transport, emerged over time as aviation technology and demand for air travel evolved. The earliest days of flying required a landing and takeoff distance of about 600 metres (2,000 feet) and a total area of around 200 hectares.
The College Park Airport in the City of College Park, Maryland, is recognised as the world's oldest continuously operated airport. It was established in August 1909 by the United States Army Signal Corps as a training ground for Wilbur Wright to instruct two military officers in flying the government's first aeroplane. The first flight took place on October 7, 1909, in a Wright Type A biplane.
College Park Airport holds a significant place in aviation history, witnessing numerous milestones. In 1911, the nation's first military aviation school was opened at the airport, and it saw the graduation of the first military pilot to solo in a government plane, Lieutenant Frederic Humphreys. The same year, Mrs Ralph Henry Van Deman became the first woman to fly in a powered aircraft in the United States, piloted by Wilbur Wright. In 1912, Bernetta Adams Miller became the first woman to demonstrate a flight in a military aircraft at College Park. The airport also saw the development of vertical flight theories, leading to the first controlled helicopter flight in 1924.
In terms of civilian aviation, College Park Airport began serving civilian aircraft as early as December 1911. In 1918, the airport inaugurated the first postal airmail service, connecting New York City, Philadelphia, and Belmont Park. The airport continued to operate airmail flights until 1921.
While College Park Airport holds the distinction of being the oldest continuously operated airport, other airports have been recognised as the sites of significant aviation milestones. Bucharest 'Aurel Vlaicu' Airport in Romania, for instance, saw the establishment of a flight school in 1912, marking its official transformation into an airport. Additionally, Amsterdam Airport Schiphol in the Netherlands was established as a military airbase in 1916, and it handled its first civilian aircraft in 1920.
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Advancements in aviation technology
One significant advancement is the development of more powerful and efficient engines. The advent of jet engines, for instance, allows planes to reach faster cruise speeds and longer ranges. High-bypass turbofan engines are more powerful and efficient than early turbojet engines due to their ability to operate at high altitudes with less turbulence, enhancing passenger comfort. Composite materials, such as carbon fiber, have also played a pivotal role in achieving faster speeds, coupled with stronger and lighter construction.
The evolution of aircraft structure is another notable aspect. Aircraft have transitioned from wooden and fabric designs to stressed-skin aluminum and, more recently, modern composites. This progression has yielded stronger, lighter, and more durable aircraft, enhancing safety and efficiency. Additionally, the use of electricity within aircraft systems has further improved their reliability.
The introduction of digital technology in the aviation industry, although still relatively new, is revolutionizing various aspects. For instance, pilots now use iPads or tablets to access manuals and navigation charts, doing away with cumbersome paper-based systems. Cockpit displays have also evolved from analog "steam gauges" to digital screens, providing a wealth of navigation and engine information. Furthermore, advanced avionics equipment, such as Garmin1000, can replace multiple traditional flight instruments, simplifying flight operations.
Lastly, improvements in navigation systems, including GPS and collision avoidance technology, have been pivotal in enhancing flight safety. The development of radar technology in the 1930s was a significant milestone in this regard, providing practical means for detecting and navigating aircraft. These advancements, along with others in aircraft systems and materials, have collectively transformed aviation, making it an accessible and integral part of modern life.
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Airport design principles
Airport design has evolved to meet the growing demand for air travel and the increasing complexity of aircraft. Modern airports are complex transportation hubs that handle millions of passengers annually, while also dealing with heavy machinery and strict safety regulations. Here are some key principles that guide airport design:
Master Planning:
Master planning is the cornerstone of airport design, combining airside and landside principles. It involves creating a comprehensive master plan that outlines the airport's growth and transformation over time. This plan considers the current and future infrastructure, including runways, taxiways, terminals, and surrounding areas. It also takes into account financial considerations, physical studies, and the needs of aviation and non-aviation land use.
Safety and Efficiency:
Safety is a top priority in airport design. Airports must implement various safety measures and regulations to reduce hazards associated with heavy machinery and aircraft operations. Efficient design ensures smooth movement of passengers and aircraft, from clear zone plans to efficient taxiway and runway configurations.
Environmental Impact:
Airports have a significant environmental impact, including air and noise pollution. Careful consideration is given to the airport's location, aiming to balance proximity to population centres with sufficient distance to minimise noise pollution and other environmental issues. Designers also focus on making airports more resilient to extreme weather events and the impacts of climate change.
Operational Considerations:
Airport design must take into account the desired operational outcomes and the adoption of innovative technology. This includes the use of common-use technology, biometrics, and contactless self-service solutions to enhance efficiency and flexibility. Designers must also consider the needs of various stakeholders, including airline users, to ensure that the infrastructure is adaptable to future changes.
Infrastructure and Facilities:
Airports require extensive infrastructure and facilities to support large aircraft and passenger volumes. This includes runways, taxiways, fire-fighting services, passenger handling facilities, car parking, lighting and navigational aids, and support services such as catering and meteorology. Airports also generate revenue through aeronautical sources (landing fees, airline rents), non-aeronautical sources (retail, parking), and non-operating sources.
Compliance and Regulations:
Airports must comply with national and international laws governing safety and operations. They are subject to regulations and certifications, such as those outlined by the Federal Aviation Administration (FAA) in the US. Additionally, airports often involve multiple organisations providing individual services, such as airlines, air traffic control authorities, security organisations, and governmental agencies.
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Airports as hubs for travel and commerce
Airports are far more than just sites for aircraft take-off and landing. They are complex operations, encompassing a range of services and facilities, and acting as hubs for travel and commerce.
Airports are strategically positioned to act as central points for connecting flights. Their locations are carefully chosen to be close to major centres of population, but also far enough away to reduce the environmental impact of noise and air pollution on surrounding cities. Airports are often located in regions with high population density, or where major airlines have a strong presence, thus allowing for convenient connections between various domestic and international destinations. These hubs serve as important transfer points, allowing travellers to reach their desired destinations through connecting flights.
Hub airports are a vital part of an airline's operations, facilitating the efficient transfer of passengers and cargo between different flights. They are characterised by high levels of traffic, with multiple runways and terminals, and various amenities to support the high volume of connecting flights. The hub-and-spoke model allows airlines to achieve economies of scale, reduce operating costs, and expand their reach. This model also increases passenger loads, as flights from a hub to a spoke carry passengers from multiple spoke cities.
The selection of a hub airport depends on an airline's route strategy and the desire to optimise connectivity for passengers and cargo. Hub airports allow airlines to establish a strong presence in specific regions, attract a larger customer base, and compete more effectively. They also provide major employment opportunities and are important hubs for tourism and other types of transit.
Airports have a complex system of services, including aircraft support, passenger services, and aircraft control services. They generate revenue through aeronautical, non-aeronautical, and non-operating streams. Aeronautical revenue, making up 50% of total revenue, is generated through airline rents, landing fees, passenger service fees, parking, and hangar fees. Non-aeronautical revenue, from sources such as retail and parking, made up 34% in 2021, while non-operating revenue comprised the remaining 16%.
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Frequently asked questions
Airports as we know them today, with their complex systems of aircraft support services, passenger services, and aircraft control services, did not exist until the 20th century. The concept of an airport has likely been around for as long as humans have been flying, but the first recorded use of an airport was in 1909 at College Park Airport in Maryland, USA.
College Park Airport was established by the United States Army Signal Corps and used as a training ground for military pilots. It later became a civilian airport and served as the site of the first scheduled commercial flight in the United States in 1926.
As commercial aviation took off in the early 20th century, airports began to adopt more standardised design principles. Hamburg Airport in Germany, built in 1911, was one of the first airports to feature a single terminal building with a control tower and hangars for aircraft.
In the late 19th and early 20th centuries, airports began to pop up in major cities such as London, Paris, and New York. The first multi-terminal airports were built in the 1930s, including Chicago Municipal Airport (now O'Hare International Airport) and New York City Municipal Airport (now LaGuardia Airport).
Airports have continued to increase in size and complexity to meet the growing demand for air travel. Post-World War II saw a rapid expansion of airports, with many embracing a modernist style. The latter half of the 20th century saw a boom in air travel due to the growth of low-cost carriers and increasing affordability, leading to the construction of even larger airports. Today, airports are major hubs for international travel and commerce, employing thousands of people and generating significant revenue.
