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Direct flight

A direct flight in is a service between an origin and destination operated under a single , where travelers remain aboard the same throughout the journey, even if the plane makes one or more landings for purposes such as refueling or crew changes. This arrangement contrasts with connecting flights, which involve transferring to a different and often a new at an intermediate . Direct flights differ from non-stop flights, a of direct services that complete the route without any en route stops, offering the quickest travel time by eliminating ground halts. While non-stop options are preferred for efficiency on high-demand routes, direct flights with technical stops are frequently scheduled on medium- to long-haul paths where continuous flight is impractical due to aircraft range limitations or operational needs. According to (IATA) guidelines, a direct flight is ticketed as a single coupon, accommodating potential stops but emphasizing continuity in service. The can lead to confusion among passengers, as "direct" implies seamlessness but does not guarantee the absence of delays from stops, unlike the unambiguous "non-stop" label. flights play a key role in global air networks by balancing with passenger convenience, particularly in regions with dispersed populations or on routes served by low-cost carriers optimizing fuel and scheduling. They facilitate broader connectivity without the complexity of interline agreements required for connections.

Definition and Terminology

Core Definition

A direct flight is an airline service between two points that operates under a single , ticketed as a single coupon, allowing for continuity in service even if the plane makes one or more intermediate stops for operational purposes such as refueling, loading, or unloading passengers. According to the (IATA), a direct flight is defined as "Any flight ticketed as a single flight coupon, irrespective of whether there are en route stops and/or changes of types." This distinguishes it from connecting flights, where passengers must change and often the flight number. The key characteristic of a direct flight is the single , with passengers typically remaining on the same for a seamless despite any en route landings, though aircraft changes are possible per IATA guidelines. For instance, a flight from to operated by a single airline under one , with an stop in where continuing passengers stay on the same plane, qualifies as a direct flight. Non-stop flights form a of direct flights, involving no stops at all.

Distinctions from Other Flight Types

A direct flight differs from other flight types primarily in terms of stops, changes, and flight numbering , as defined by authorities. A direct flight operates under a single flight number and may include intermediate stops, with passengers typically remaining on the same but potentially requiring a change, providing a baseline of compared to more fragmented itineraries. A represents the strictest form of direct service, involving no intermediate stops whatsoever between origin and destination, ensuring the quickest point-to-point travel without any en route interruptions. In contrast, a connecting flight requires passengers to disembark and transfer to a different —often at a hub —with a change in flight numbers, allowing for broader network coverage but adding time for layovers and potential delays. The term "through flight" is an older designation akin to a direct flight without aircraft changes, featuring one or more stops where continuing passengers remain on the same under the same , though it is less commonly used in modern scheduling due to the prevalence of non-stop options on many routes. According to the (IATA), direct flights maintain continuity through a single ticketed and flight numbering, distinguishing them from that involve separate coupons and numbers. Legacy carriers like have historically employed direct routings on transcontinental paths, such as coast-to-coast services with brief technical stops, to optimize operations while preserving flight number unity.
Flight TypeIntermediate StopsAircraft ChangeFlight Number Continuity
Non-stopNoneNoneSingle flight number
DirectPossible (disembarkation may occur for some passengers)PossibleSingle flight number
ConnectingRequiredRequiredMultiple flight numbers
This comparison highlights how direct flights bridge convenience and efficiency, though non-stop remains ideal for minimal disruption.

Historical Development

Origins in Early Aviation

The concept of direct flights emerged in the early amid the development of services, which prioritized efficient routing to connect distant regions with minimal interruptions. In the United States, the Air Mail Act of 1925, also known as the Kelly Act, marked a pivotal regulatory shift by authorizing the Post Office Department to contract private carriers for mail transport, thereby subsidizing route expansion and encouraging streamlined paths over fragmented local services. This legislation fostered efficiency in postal delivery by promoting longer, more direct segments, which laid the foundational principles for passenger operations by incentivizing airlines to optimize flight paths and reduce operational stops. Pioneering companies like Transcontinental Air Transport (TAT), founded in 1928, built on these foundations to introduce early transcontinental passenger services in the late and early . TAT operated multi-stop journeys across the U.S. under a single flight designation, using aircraft on routes that combined air and rail segments initially, but evolved toward all-air configurations to simulate direct travel from origins like to destinations such as . These services, often spanning 48 hours with daylight-only flying and overnight hotel stays, represented an initial form of direct routing by maintaining continuity on the same ticket and minimizing transfers, though actual non-stop capabilities remained limited by aircraft limitations. A landmark event occurred on October 25, 1930, when TAT—recently merged with Western Air Express to form Transcontinental & Western Air ()—launched the first scheduled all-air passenger service between and , known as the Lindbergh Route. This 36-hour journey involved multiple daytime stops for refueling and crew changes, with passengers transferring between aircraft, but operated under a single and ticket, embodying an early direct flight model focused on seamless passenger progression rather than uninterrupted airborne travel. Technological advancements further enabled these direct flight precursors, particularly with the introduction of the in 1936, which featured enhanced range of approximately 1,500 miles and greater reliability through all-metal construction and powerful Wright Cyclone engines. This allowed airlines to cover longer segments with fewer intermediate landings, reducing the frequency of stops in transcontinental operations and paving the way for more efficient routing that influenced modern definitions of direct flights as evolutions of these early commercial practices.

Evolution in Commercial Air Travel

The post-World War II era ushered in a surge in commercial air travel, driven by technological advancements that expanded the feasibility of direct flights. The introduction of jet-powered aircraft, particularly the Boeing 707 in 1958, enabled airlines to operate longer non-stop routes, including crossings that previously required multiple stops. This innovation, spearheaded by Airways' initial order of 20 units, dramatically reduced flight times and boosted passenger demand for direct services across oceans and continents. The U.S. profoundly influenced the growth of direct flights by eliminating federal oversight of fares, routes, and market entry, fostering competition from low-cost carriers. These carriers, such as People Express and an expanding , focused on point-to-point models that offered affordable direct services to underserved markets, diminishing early reliance on extensive hub networks and making more accessible. During the 1980s, legacy airlines shifted toward hub-and-spoke systems to enhance post-deregulation, concentrating flights at major airports to consolidate passengers and achieve higher load factors. This reconfiguration reduced the availability of direct flights on thinner routes, as airlines prioritized connectivity through hubs over standalone nonstop operations. The 2000s witnessed a resurgence of direct flights, propelled by the strategic expansion of low-cost carriers employing point-to-point networks. , in particular, scaled its model to serve more city pairs with nonstop service, entering new markets and pressuring competitors to match direct offerings. Between 1996 and 2009, low-cost carriers added roughly 1,200 nonstop routes to the U.S. domestic network, contributing to a broader revival of direct services amid rising demand. Post-2020, the temporarily reduced route networks, but by 2023, U.S. airlines had restored and expanded domestic nonstop services, with systemwide enplanements surpassing pre-pandemic levels.

Operational Aspects

Routing and Stops

Direct flights primarily follow great-circle routes, which provide the shortest path between origin and destination on the Earth's spherical surface, optimizing distance and fuel consumption for long-haul operations. These routes may incorporate technical stops at secondary airports to address range limitations, load fuel or , or meet regulatory requirements, all without passengers deplaning or transferring to another . Such ensures the flight remains classified as direct, distinguishing it from connecting services that involve plane changes. The types of stops in direct flights vary based on operational needs. Refueling stops occur at remote or intermediate fields when the full journey exceeds the aircraft's maximum range with reserves, allowing the to top up without disrupting continuity. pick-up or drop-off can happen at minor hubs en route, enabling efficient integration while keeping the flight . Unscheduled diversions may also necessitate brief landings at alternate airports for safety. These stops are designed to be short, typically lasting 30 to , to minimize overall delays. Examples illustrate these routing practices. Transatlantic direct flights from to the U.S. East Coast have historically included stops in , such as at , to facilitate refueling and comply with ETOPS diversion requirements over the North Atlantic, where suitable sites are limited. In routes, ' direct service from to often features a technical refueling stop in , due to the 777's range constraints for the full distance. With modern aircraft, non-stop options predominate on many domestic U.S. routes. Optimization of routing and stops relies on advanced software to balance multiple factors. Tools like Flight 4D enable airlines to simulate great-circle paths, predict fuel burn, and select stop locations that reduce total journey time while considering availability and efficiency. This approach minimizes the added duration from stops—often under an hour—against benefits in payload capacity and regulatory adherence, ensuring direct flights remain competitive for both passengers and operators.

Scheduling and Logistics

Scheduling direct flights requires careful alignment with various temporal constraints to ensure operational feasibility and regulatory compliance. Airport curfews, which restrict nighttime operations at many facilities to mitigate , significantly influence departure and arrival times; for instance, airports like in prohibit departures after 10:00 p.m. and arrivals after 11:00 p.m., forcing airlines to adjust schedules accordingly to avoid penalties. Peak demand periods, such as morning and evening rush hours, prompt airlines to prioritize direct flight slots to accommodate higher volumes and maximize utilization, often resulting in concentrated scheduling around high-traffic windows. duty limits further shape these schedules, with the (FAA) mandating under 14 CFR § 121.471 that no pilot may exceed 8 hours of flight time in any 24 consecutive hours for a two-pilot , a rule that applies cumulatively to direct flights involving intermediate stops where total airborne time must remain within this threshold to prevent fatigue-related risks. Logistical coordination for direct flights emphasizes efficient ground operations to facilitate rapid turnarounds at intermediate stops, typically lasting 30-60 minutes. Ground handling teams manage baggage continuity by keeping luggage onboard the same , avoiding transfers that could introduce delays, while fuel management involves precise refueling calculations to account for the entire route's requirements without excess weight. These processes integrate seamlessly with broader networks through standardized protocols, such as coordinated ramp services and real-time communication via apps like Honeywell's GoDirect Ground Handling, which streamline activities like cleaning and provisioning to maintain schedule adherence. Weather-related challenges pose significant risks to direct flight operations, as delays at one stop can propagate through the itinerary, amplifying disruptions across the multi-segment journey. Airlines mitigate this through routing strategies, including pre-planned alternate paths or holding patterns, as outlined in disruption management frameworks that address propagation effects from meteorological events. For example, reducing airport capacity can cascade delays, but robust planning—such as ' comprehensive protocols—helps contain impacts by enabling swift adjustments. In practice, major carriers like employ designations such as "direct jet" in their scheduling systems to denote single-aircraft service with stops, allowing optimized routing that contributes to high on-time performance rates of 80-90 percent overall, as evidenced by Delta's 83.5 percent on-time arrivals in 2024 per Cirium aviation analytics.

Advantages and Challenges

Benefits for Passengers and Airlines

Direct flights offer passengers simpler itineraries by maintaining the same and throughout the journey, eliminating the need to change planes and navigate connecting terminals. This reduces the risk of missed connections, as passengers remain on board during any technical stops, providing a more seamless experience compared to connecting flights that require deplaning and reboarding. Additionally, flights on carriers are often cheaper than equivalent non-stop options due to their use on less routes or with brief stops that allow airlines to optimize capacity without the full convenience of nonstop service. For instance, some low-cost carriers leverage flights to connect secondary cities efficiently, enabling affordable access to regional destinations that might otherwise require more expensive nonstop alternatives from major hubs. For airlines, direct flights enhance aircraft utilization, allowing planes to operate around 9-10 hours per day in point-to-point models, which minimizes downtime and spreads fixed costs over more flight hours. They also reduce the need for crew changes at intermediate points, lowering labor expenses and simplifying scheduling. In hybrid hub-spoke networks, direct flights provide flexibility by linking spokes without full connections, contributing to overall operational efficiency. Economic analyses indicate that such flights generally have lower operating costs per passenger mile compared to connecting services, primarily through fewer segments and optimized routing. As of 2025, post-pandemic recovery has increased the use of direct flights for operational efficiency, particularly with newer aircraft improving range and fuel savings.

Potential Drawbacks and Limitations

Direct flights, while maintaining the same aircraft and flight number, often involve intermediate stops that extend the overall travel duration compared to non-stop alternatives. These stops typically add 1 to 2 hours to the due to , boarding new passengers, and potential ground handling, making the total time significantly longer despite no aircraft change. Such stops also introduce vulnerabilities to single-point failures, where disruptions at the intermediate airport—such as adverse —can delay the entire itinerary. Weather events account for up to 75% of air delays lasting 15 minutes or more, and for direct flights, issues at a stopover amplify risks since passengers remain on board without alternative routing options. In addition, flights involving stops can experience higher delay rates due to airport-related issues, contributing to broader operational inefficiencies compared to non-stop services. For routes, direct flights with stops face limitations under ETOPS regulations, which restrict twin-engine aircraft operations over remote areas to ensure access to diversion , often requiring deviations from optimal paths. These indirect routings result in higher fuel consumption, as stopovers increase total distance flown and ground operations, even when passengers do not change planes. Passengers on direct flights may rarely encounter requirements to deplane during extended stops for or checks, particularly on routes, adding inconvenience without the benefits of a full . Environmentally, the suboptimal routing and additional fuel use from these stops contribute more CO2 emissions per passenger than optimized non-stop flights, exacerbating 's overall . As of 2025, ICAO guidelines emphasize reducing such emissions through efficient routing and sustainable aviation fuels.

Industry Standards and Practices

Regulatory Definitions

The (IATA) defines a direct flight as any flight ticketed as a single flight coupon, irrespective of whether there are en route stops and/or changes of aircraft types. This standard, outlined in IATA's Passenger Glossary of Terms and incorporated into the Passenger Services Conference resolutions, ensures that direct flights are identified by a single airline designator and throughout the journey, with requirements for clear labeling in ticketing to disclose any intermediate stops to passengers. In the United States, the (FAA), in coordination with the (DOT), mandates that airlines disclose intermediate stops on direct flights during the booking process to promote transparency and protect consumer rights. Similarly, the (EASA) enforces comparable disclosure requirements under its aviation safety and consumer protection frameworks. Under EU Regulation 261/2004, direct flights are treated as a single operational unit for passenger compensation purposes; delays or cancellations affecting the entire itinerary trigger eligibility for standardized compensation based on the final arrival time at the destination, without segmenting the journey. On an international level, the (ICAO) Annex 9 to the emphasizes continuity in direct services by requiring contracting states to provide efficient customs, immigration, and border clearance processes at designated , facilitating uninterrupted passenger and cargo movement without unnecessary interruptions. This includes arrangements for expeditious inspection services to support the seamless operation of direct international flights.

Modern Airline Implementations

In contemporary airline operations, major carriers such as utilize the term "direct" in their mobile apps and booking platforms to clearly differentiate these flights from connecting itineraries that involve plane changes and terminal transfers. This marketing approach emphasizes the convenience of remaining on the same during any technical stops, appealing to passengers seeking minimal disruption while expanding perceived network reach. Codeshare partnerships further enable airlines to market extended direct services by integrating partner-operated segments under a single ticket and flight code, allowing passengers to book multi-leg journeys as unified directs without separate reservations. For instance, ' expanded codeshare with Iberia covers 26 additional routes, presenting them as seamless extensions of the primary carrier's network. Since 2020, AI-driven route optimization has played a pivotal role in enhancing direct flight implementations, enabling carriers to streamline networks and reduce reliance on intermediate stops. Lufthansa Group, in partnership with Google Cloud, has deployed for holistic flight operations control, optimizing paths to improve efficiency and across its routes. Industry analyses indicate that by 2023, AI influenced routing for approximately 55% of global flights, yielding fuel savings of 3-5% on longer segments and facilitating more direct options in optimized hubs. A prominent trend in 2025 involves the expansion of seamless connectivity through alliances like , where coordinated schedules and dedicated support teams create "virtual direct" experiences by minimizing transfer times and ensuring baggage handling across member flights, even if plane changes occur. This approach links itineraries fluidly, with 's global support monitoring connections to rebook delays proactively. In , short-haul operations have seen a notable increase in direct flights, supported by larger and longer average route lengths, aligning with post-pandemic recovery patterns where intra-European flights constitute over 50% of regional traffic. Southwest Airlines has traditionally exemplified point-to-point network operations, emphasizing direct flights with minimal plane changes to enhance simplicity and customer loyalty through policies like no change fees and the . However, as of 2025, the airline is transitioning toward a more connected model with additional hubs and routes, while retaining many direct services to maintain its competitive edge in the U.S. domestic market.

References

  1. [1]
    Direct vs. Non-Stop Flights: What's the Difference? - AirHelp
    Rating 4.5 (225,509) Sep 30, 2024 · Unlike a non-stop flight, a direct flight may involve one or more stops along the way. However, even though the plane might land at other ...Missing: aviation | Show results with:aviation
  2. [2]
    The Important Difference Between Non-Stop and Direct Flights
    Aug 31, 2017 · A direct flight is from one airport to another, but includes stops in one or more cities along the way. The flight number or aircraft and your ...
  3. [3]
    Direct, non-stop, and layover flights? | BudgetAir.com Blog
    In a direct flight, you do not change planes and you have only one flight number. Unlike the non-stop flight, the plane makes a stop en route to the final ...What is a direct flight? · What is a layover? · Benefits of direct flights
  4. [4]
    Difference Between Flight Types Explained - Help Centre
    A direct flight may stop at a destination on your journey without you having to leave the aircraft. This stop is known as a technical stop and is often ...<|control11|><|separator|>
  5. [5]
    [XLS] IATA Passenger Glossary of Terms
    Direct Flight, Any flight ticketed as a single flight coupon, irrespective of whether there are en route stops and/or changes of aircraft types, IATA,PTCRM ...
  6. [6]
    What is Direct Flight? - Navan
    A direct flight is defined as a flight that flies from the departure airport to the destination airport without requiring passengers to change planes.Missing: aviation | Show results with:aviation
  7. [7]
    And Media - Should Stop Using The Deceptive Term "Direct Flight"
    Aug 27, 2022 · With a non-stop flight you take off from one city and land at your destination. A direct flight between those cities entails landing somewhere ...
  8. [8]
    Fly Rights | US Department of Transportation
    Sep 26, 2025 · You may select a connection (change of planes) over a nonstop or direct flight because of the convenient departure time or lower fare. However, ...Missing: definition | Show results with:definition<|control11|><|separator|>
  9. [9]
    [PDF] Airmail Comes of Age - Federal Aviation Administration
    The Contract Air Mail Act of 1925 (commonly known as the Kelly Act) allowed the Post Office to contract with private airlines to establish feeder routes ...
  10. [10]
    Air Mail and the Birth of Commercial Aviation
    Dec 9, 2021 · Initially, the U.S. Postal Office set up air mail routes, flying them first with pilots from the Army, and then their own. However, once the ...
  11. [11]
    The life and death of Trans World Airlines (TWA) - Key Aero
    Sep 19, 2025 · In October 1930, TWA offered passengers the first scheduled transcontinental US air service: the Lindbergh Route. It took 36 hours and initially ...
  12. [12]
    Douglas DC-3 | National Air and Space Museum
    Pilots liked its stability, ease of handling, and excellent single-engine performance. The airplane on display above flew more than 56,700 hours with Eastern ...
  13. [13]
    Post-War Boeing - Centennial of Flight
    Pan American Airway's Juan Trippe ordered the first 707s after their 1957 introduction. He ordered 20 at the same time that he ordered 25 DC-8s from Douglas.<|separator|>
  14. [14]
    Commercial Aviation at Mid-Century | National Air and Space Museum
    Building on the advancements made in the 1930s, the new airliners introduced after World War II were built with profitable transcontinental air routes in mind.
  15. [15]
    Airline Deregulation: When Everything Changed
    Dec 17, 2021 · In 1978, Congress passed a law allowing airlines to set their own fares and routes, an event that transformed the commercial airline ...<|control11|><|separator|>
  16. [16]
    Airline Deregulation - Econlib - The Library of Economics and Liberty
    Air travel has dramatically increased and prices have fallen. After deregulation, airlines reconfigured their routes and equipment, making possible improvements ...
  17. [17]
    Airline Deregulation and Hub-and-Spoke Networks
    Deregulation led to hub-and-spoke networks, where airlines connect to hubs, providing better connectivity and lower costs, but with potential for hub dominance.
  18. [18]
    [PDF] Low Cost Carriers and the Evolution of the U.S. Airline Industry
    We find that network carriers (NWCs) und low-cost carrier (LCCs) each entered about 1,200 non-stop routes between 1996 and 2009. While entry activity of NWCs ...
  19. [19]
    Aviation Data & Statistics | Federal Aviation Administration
    Aug 12, 2024 · Available aviation data includes aeronautical, airlines & airports, operational metrics, airmen & aircraft, and general aviation data.U.S. Civil Airmen Statistics · Data Downloads · Airman Knowledge Test...<|control11|><|separator|>
  20. [20]
    What Are Airline Great Circle Routes? - Simple Flying
    Feb 23, 2025 · It is the standard measurement used to determine the point-to-point distance across the surface of a sphere.
  21. [21]
    Why Do Aircraft Make Technical Stops? - Simple Flying
    Nov 16, 2019 · Technical stops are made due to aircraft limitations in relation to the altitude and runway length of their origin airports.
  22. [22]
    Types of Flights – Connecting, Direct and Non-Stop
    A direct flight connects you between cities also, but the difference lies in the itinerary. Direct flights include a stop, but you technically do not have a ...
  23. [23]
    What does a technical stop mean in air travel?
    Aug 17, 2011 · A technical stop is for the benefit of the PLANE. That is for refueling, inspection, repairs, etc. It is not a stop for the benefit of the passengers.Where do passengers of refuelling stay? - Travel Stack ExchangeWhy did my flights make unscheduled fuel stops?More results from travel.stackexchange.com
  24. [24]
    Iceland's Reign as Atlantic Pit Stop Fades With Airline Collapse
    Oct 1, 2025 · Fly Play hf. ceased operations Monday after four years because of poor ticket sales and an unsuccessful turnaround plan. Thousands of passengers ...
  25. [25]
    Flights with technical stops (present and past) - FlyerTalk Forums
    Mar 26, 2016 · The only current flights i know of that utilize technical stops are: -PR LAX/SFO/YVR-MNL (fuel stop in GUM) -BR/CI NYC-TPE (fuel stop in ANC)Fuel stops - experiences, questions, discussionRefueling stop en route to Hawaii - Page 7More results from www.flyertalk.com
  26. [26]
    Flights from Miami to Seattle (MIA to SEA) – Airlines & Best Routes
    Via Denver DEN 1 stop with Southwest Airlines. 8h 28m. 0-1 flights per day. Only sundays. SHOW SCHEDULE. Sun Country Airlines. Via Minneapolis MSP
  27. [27]
    Lido Flight 4D – Flight Planning for Efficiency & Safety
    Lido Flight 4D optimizes flight routes, reduces costs, and supports airlines with flexible, automated planning for fleets of all sizes.Elevating Airlines'... · Key Benefits · What Our Customers Say
  28. [28]
    [PDF] Flying High at Ryanair
    1. The Use of Secondary Airports. Ryanair typically did not fly to the major “hub” airports in. Europe, but instead to secondary airports which were ...
  29. [29]
    The Complex Art of Aircraft Utilization - Airways Magazine
    Dec 30, 2023 · In this post, we explore how some airlines employ various techniques and methodologies to optimize the utilization of their aircraft.Low-Cost Carriers · New Aircraft: Fuel... · Leasing Companies
  30. [30]
    [PDF] non-stop versus connecting air services: airfares, costs, and ...
    In the United States, 56 percent of the markets with non-stop service are served non-stop by only one airline,1 but competing airlines offer connecting flights.
  31. [31]
    Direct, nonstop, connecting? - BBC
    May 4, 2011 · A direct flight makes at least one intermediate stop along the way to its final destination, but has only one flight number. For example, if you ...
  32. [32]
    Direct, Non-stop, and Layover Flights: Which to Choose - Arangrant
    Aug 27, 2024 · Possibility of Delays: Stops in a direct flight, such as refueling or boarding additional passengers, can lead to delays that extend the total ...Missing: diversions | Show results with:diversions
  33. [33]
    How Weather Delays Flights, the Key Factors Explained - AFAR
    Aug 20, 2024 · More than 75 percent of all air traffic delays of 15 minutes or more are caused by weather events, such as low visibility, hail, high winds at takeoff, and ...
  34. [34]
    Airline Cancellation and Delay Dashboard
    Sep 11, 2025 · The US Department of Transportation has created a dashboard to ensure the traveling public has easy access to information about services that US airlines ...Refunds · Flight Delays · Alternative Text Format
  35. [35]
    ETOPS Explained: The Backbone of Long-Haul Flights - AvGeeks
    Jan 21, 2025 · ETOPS is a certification granted to twin-engine aircraft, allowing them to operate on routes that take them farther away from the nearest suitable airport.
  36. [36]
    Direct flights - Climate Action Accelerator
    Oct 30, 2025 · Great reductions to carbon emissions can be achieved by choosing direct flights over connecting flights, as they offer a shorter route and save fuel on landing ...
  37. [37]
    Tarmac Delays | US Department of Transportation
    Sep 26, 2025 · What is a “Tarmac Delay”? A tarmac delay occurs when an airplane on the ground is either awaiting takeoff or has just landed and passengers ...
  38. [38]
    [PDF] Variation in aviation emissions by itinerary
    Jul 1, 2021 · On average, we find that the least-emitting itinerary on a route can emit 63% less CO2 than the most-emitting option, and 22% less than the ...
  39. [39]
    Passenger Standards Conference (PSC) - IATA
    Resolutions adopted by Conferences act as an agreement between all IATA member airlines and are binding on them.Missing: direct | Show results with:direct
  40. [40]
    [PDF] AIR PASSENGER RIGHTS – EUROPEAN CASE LAW
    With regard to the right to compensation, Regulation (EC) No 261/2004 makes no distinction as to whether the passengers concerned reach their final destination ...
  41. [41]
    - AIRPORT SECURITY: THE NECESSARY IMPROVEMENTS TO ...
    ... additional cost: $2.2 million Enhanced Employee Screening Add additional security equipment Fixed and mobile assets State and Federal procurement lists ...
  42. [42]
    [PDF] Annex 9 - Foundation for Aviation Competence (FFAC)
    Arrange for border inspection services at customs airports.
  43. [43]
    Annex 9 - Facilitation Programmes - ICAO
    Annex 9 - Facilitation is based on 10 articles of the Chicago Convention (see table below) which require that the civil aviation community comply with laws ...Missing: direct | Show results with:direct
  44. [44]
    The difference between direct and nonstop flights - The Points Guy
    A direct flight could actually take much longer than a nonstop one. That's because direct flights can sometimes stop at multiple airports along their route.
  45. [45]
    Codeshare − Travel information - American Airlines
    Codeshares allow us to sell seats on flights operated by other airlines. This means you can easily combine American and flights with other partner airlines.
  46. [46]
  47. [47]
    Leveraging AI to optimise airline operations - Economist Impact
    This case study shows how Lufthansa leveraged artificial intelligence (AI) to drive operational efficiencies and cut its carbon footprint.
  48. [48]
    AI in aviation: Smarter travel - Lufthansa
    How AI in aviation will shape the future of travel. From improving route planning to increasing environmental sustainability.Missing: direct post- 2020
  49. [49]
    Airlines and AI: Three strategies shaping aviation's future - TNMT
    Aug 22, 2025 · By 2023, roughly 55% of flights included AI-optimized routing, with fuel-burn reductions of 3–5% on longer flights and more than 1.2 million ...
  50. [50]
    oneworld Global Support
    To deliver a superior, seamless travel experience, our oneworld Global Support teams proactively monitor connecting flights for any changes or delays.
  51. [51]
    Longer Trips, Bigger Planes: Europe's 'Average Flight' Revealed - Skift
    Aug 4, 2025 · The average flight in Europe is flying further and being operated by bigger planes, as many airlines reshape operational strategies.<|separator|>
  52. [52]
    In the flow of connectivity: A dynamic network analysis of Europe's ...
    In 2023, intra-European flights accounted for 51.2 % of all European flights (Eurostat, 2024), while European flights currently represent 27.1 % of the global ...
  53. [53]
    Why Southwest Airlines Is Moving Away From Point-To-Point Flying
    Jun 28, 2025 · With this change to 'high-density stations,' Dallas-based Southwest will aim to offer more flights to more destinations.Missing: resurgence | Show results with:resurgence
  54. [54]
    Southwest Rapid Rewards: What to Know - NerdWallet
    Oct 28, 2025 · Every time you buy a ticket or redeem points for a free flight, you can choose a companion to fly with you for free (plus the cost of taxes and ...