Roberta Aguirre
When it comes to choosing a connecting airport, there are several factors to consider. While non-stop flights are often preferable, they are not always available, especially when travelling to smaller cities. In such cases, it's important to choose a connecting airport that offers a seamless travel experience. Both objective data, such as on-time performance, and subjective factors, such as airport layout and signage clarity, can impact your decision. Online tools like FlightConnections.com and FlightsFrom.com can help you find all the possible flight routes and compare different airports. Additionally, rankings and reviews from organizations like the US Department of Transportation's Bureau of Transportation Statics (BTS) and MarketWatch can provide insights into the best and worst airports for layovers. By considering these factors and utilizing available resources, you can make an informed decision about where to look for your connecting airport.
| Characteristics | Values |
|---|---|
| On-time performance | Higher likelihood of on-time departures, making them favorable choices for connecting flights. The US Department of Transportation's Bureau of Transportation Statistics (BTS) ranks the top 30 airports by departure flight on-time performance (OTP). |
| Airport layout | Complex layouts might pose challenges for tight connections. |
| Signage clarity | Clear signage impacts the ease of making connections. |
| Gate-to-gate walks | Dallas/Fort Worth (DFW) and Washington Dulles (IAD) have the longest potential gate-to-gate walks in the US, at 2.16 miles and 1.62 miles, respectively. |
| Amenities | Orlando (MCO) and Fort Lauderdale (FLL) received poor marks for seating, cleanliness, and amenities. |
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On-time performance
When it comes to choosing a connecting airport, on-time performance is a crucial factor to consider. Opting for an airport with a strong record of on-time departures can significantly enhance your travel experience and reduce the risk of missing your connecting flight.
The US Department of Transportation's Bureau of Transportation Statistics (BTS) defines an on-time departure as one that occurs within 15 minutes of the scheduled time. They publish rankings of airports by departure flight on-time performance (OTP), which can be a valuable resource when planning your journey.
While on-time performance is essential, it's not the only factor at play. The layout and signage clarity of an airport can also impact your ability to make a smooth connection. For example, Washington Dulles (IAD) boasts a high OTP, but its complex layout may pose challenges for tight connections. On the other hand, Dallas/Fort Worth (DFW) and Washington Dulles (IAD) have extremely long gate-to-gate walks, which can be a challenge for travellers with children, strollers, or large carry-on luggage.
When planning your trip, consider building in some buffer time. While airlines won't sell you a connection with an impossibly short layover, their idea of "enough time" might not always feel sufficient. By giving yourself a little extra time, you can reduce the stress of rushing between gates and increase your chances of a comfortable journey.
In conclusion, when selecting a connecting airport, prioritise those with strong on-time performance records and efficient layouts. This will help ensure your journey is as smooth and stress-free as possible.
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Airport layout
An airport's layout is designed to facilitate safe, efficient, and independent aircraft operations during all weather conditions, with the capacity to accommodate future expansion. The layout comprises several key components, each serving a specific function in the seamless operation of the airport.
Runways are the most recognisable feature of an airport, serving as the main landing and takeoff areas for aircraft. The length of runways varies depending on aircraft size, with larger aircraft and international flights typically requiring longer runways of 10,000 feet or more. These runways have special markings to distinguish them from roads and assist pilots during landing and takeoff.
Taxiways are another critical component, connecting runways to terminals and other facilities. Taxiway layout aims to avoid interference with aircraft using runways while providing the shortest route. Geometric design standards, such as recommended widths, gradients, and sight distances, are set by ICAO for different aircraft types. Turning radii are designed to allow aircraft to navigate curves without significantly reducing speed.
The apron, or aircraft stand, is the designated area where aircraft park for loading and unloading passengers. This area includes parking, maintenance, and service zones with taxi lanes for efficient aircraft movement.
Terminals are buildings that house passenger facilities, providing services for those arriving, departing, or transferring between flights. They also accommodate cargo operations.
Hangars offer covered storage and maintenance areas for aircraft, ensuring they are protected from the elements when not in use or during servicing.
Lastly, parking areas are provided for vehicles, ensuring a smooth flow of ground transportation to and from the airport.
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Signage clarity
Effective airport signage should be easily understandable and meet universal design guidelines. This means that the language used should be simple and clear, with the addition of symbols, designs, and colours that are intuitive and transcend language barriers. Icons and pictograms are very useful in this regard, as they are easily recognisable to travellers from all over the world. For example, emergency signs are often coloured red, and white arrows are used to indicate direction. Consistency in design and aesthetic also helps travellers to easily interpret signs.
Signage should also be highly visible and well-placed to guide passengers to key locations such as check-in desks, toilets, and boarding gates. Digital signage can be particularly useful for enhancing navigation, with interactive touchpoints and augmented reality features. Well-designed signage can also help to manage the flow of people, preventing overcrowding and congestion.
It is also important for safety reasons. Signs should display essential safety information, such as emergency exits, fire safety instructions, and security protocols, in a clear and easily readable format. Proper signage can even help to avert accidents and facilitate the quick and safe evacuation of passengers and staff in an emergency.
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Congested airspace
To help air traffic controllers manage this issue, NASA's Ames Research Center has developed a computer program called FACET (Future Air Traffic Management Concepts Evaluation Tool). FACET uses air traffic and weather data to model aircraft climb, cruise, and descent paths, with the aim of improving flight plans and reducing environmental impacts.
Air traffic control equipment is a critical part of air traffic management systems, which also include airspace management, air traffic flow and capacity management (ATFCM), and other complementary systems. These systems work together to ensure aircraft movement is safe, secure, and efficient. Airspace management involves continuously rethinking airspace design to provide the most optimal routes for the increasing number of flights. Once air routes are planned, air traffic flow and capacity management match the flights with available capacity to make the best use of airspace slots.
Efforts are being made worldwide to implement unified systems to manage air traffic more effectively. Examples include the Single European Sky ATM Research (SESAR) programme in Europe, the Next Generation (Next-Gen) Air Transportation System in the US, and the global positioning system (GPS) aided geo-augmented navigation system (GAGAN) in India.
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Airport sprint
When looking for connecting airports, it is important to consider both hard data and softer factors. Hard data includes airport operational performance, such as on-time departure records. The US Department of Transportation's Bureau of Transportation Statistics (BTS) ranks the top 30 airports by departure flight on-time performance (OTP), which can be a helpful indicator when choosing a connecting airport. For example, for the year ending in December 2024, Washington Dulles (IAD) had a high OTP, but its complex layout might pose challenges for tight connections. On the other hand, Dallas/Fort Worth (DFW) and Washington Dulles (IAD) have the longest potential gate-to-gate walks in the US, which can be a factor if you need to make a connecting flight in a short amount of time.
Soft factors include how easy the airport is to navigate, signage clarity, and other amenities. MarketWatch, for instance, ranked Orlando (MCO) and Fort Lauderdale (FLL) as the worst airports for layovers, with poor marks for seating, cleanliness, and charging stations. Congested airspace and unpredictable weather can also impact your experience when connecting flights.
To find connecting airports, you can use online tools such as FlightConnections.com, which provides an overview of all flight routes worldwide and allows you to compare direct and connecting flights to find new possibilities. FlightsFrom.com is another option, although it should be noted that many low-cost carrier airlines do not include their flights on third-party travel websites.
When choosing a connecting airport, it is always a good idea to build in buffer time, as what the airlines consider "enough time" might not always be sufficient. Choosing the right connecting airport can significantly impact your travel experience, making it smooth and efficient or stressful and messy.
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Frequently asked questions
You can use online tools such as FlightConnections.com or FlightsFrom.com to find out which airports offer connecting flights to your destination. These websites provide an overview of flight routes worldwide and allow you to compare direct and connecting flights.
The best airports for making connecting flights are those with high on-time performance, an efficient layout, and clear signage. According to the US Department of Transportation's Bureau of Transportation Statistics (BTS), the top airports for on-time departures include Washington Dulles (IAD) and Detroit (DTW). These airports are also ranked highly by MarketWatch for their overall performance, including families.
Airports with congested airspace, unpredictable weather, and complex layouts can make connecting flights more challenging. According to MarketWatch, Orlando (MCO) and Fort Lauderdale (FLL) are ranked as the worst airports for layovers due to poor marks in seating, cleanliness, and amenities. Additionally, while American Airlines' Dallas hub is a popular connecting airport, it finds itself at the bottom of the OTP rankings.
When choosing a connecting airport, consider both hard data and softer factors. Hard data includes on-time performance and airport operational performance statistics. Softer factors include how easy the airport is to navigate, the clarity of signage, and the availability of amenities during layovers. Building in some buffer time can also help reduce the stress of making tight connections.
