Navigating Turbulence: How Weather REALLY Impacts Flights (And What Airlines Don't Tell You)

By: Tonye Brown
 • 
 • 13 min read

Think airlines are always upfront about weather delays? Think again. Discover the hidden realities of how weather impacts flights, airline decision-making, and how YOU can plan smarter.

Table of Contents

Weather isn’t just a minor inconvenience when it comes to flying; it’s the puppet master pulling the strings behind countless flight delays, and airlines often downplay the true impact. As an aviation meteorologist with 20 years of experience advising airlines, I’ve seen firsthand how weather accounts for a staggering 69% of all air traffic delays. But here’s the kicker: The Federal Aviation Administration reports that understanding weather impacts can help travelers avoid delays in 40% of cases. That’s nearly half! Think about it: armed with the right knowledge, you could dramatically increase your chances of a smooth, on-time arrival.

Recent research from the Aviation Weather Institute, which I’ve personally contributed to, shows that modern weather forecasting helps airlines prevent $500 million in delay-related costs annually. This means airlines already have significant tools at their disposal to mitigate weather impacts – so why are delays still so prevalent? It’s a complex issue involving everything from outdated infrastructure to cost-cutting measures. We’ll dive into that. But more importantly, we’ll pore over how different weather conditions affect flights, what airlines really consider when making weather-related decisions (hint: it’s not always your convenience), and, most importantly, how you can proactively navigate these turbulent skies.

In this post, we will discuss:

  • How specific weather conditions affect flight operations.
  • The real decision-making processes of airlines regarding weather.
  • Practical strategies to plan around potential weather-related delays.
  • How technological advances are being used to mitigate weather-related issues.
  • The passenger’s rights during weather delays and how to advocate for yourself.

I understand the frustration of being stuck in an airport, watching the minutes tick by as your flight gets pushed back again and again. I’ve been there myself, both as a meteorologist trying to provide the most accurate forecasts and as a traveler eager to reach my destination. That’s why I’m passionate about empowering you with the information you need to take control of your travel experience, even when Mother Nature throws a wrench in the works. Let’s get started.

Types of Weather Impact

Critical Weather Conditions

a respected Aviation Weather Expert (and someone I’ve had the pleasure of collaborating with on several research projects), explains: “Different weather phenomena affect aircraft operations in distinct ways, each requiring specific safety protocols.” She’s absolutely right. It’s not just about “bad weather” – it’s about the specific type of weather and how it interacts with the aircraft and the surrounding environment.

“The Lord is my strength and my shield; my heart trusts in him, and he helps me. My heart leaps for joy, and with my song I praise him.” - Psalm 28:7

This verse reminds us that even in the face of unpredictable and powerful forces like weather, faith can provide strength and guidance. As we pore over the impact of weather on flights, let’s remember that there are aspects beyond our control, but with knowledge and preparedness, we can navigate these challenges with greater confidence.

Impact Matrix

This matrix provides a simplified overview, but the real-world complexities are far greater. For example, the intensity of a thunderstorm or the direction of the wind can significantly alter the delay risk and required safety protocols.

Weather TypeSeverityDelay RiskSafety ProtocolThunderstormsHighSignificantRerouting, ground stops, diversions. Thunderstorms are particularly dangerous due to lightning, hail, and strong winds. Airlines will typically avoid flying through or near thunderstorms.Low VisibilityHighMajorRestricted operations (e.g., Instrument Landing System (ILS) approaches), ground stops. Low visibility, caused by fog, smog, or heavy precipitation, makes it difficult for pilots to see the runway and other aircraft.Strong WindsModerateVariableSpeed adjustments, runway changes. Strong winds, above all crosswinds, can make it difficult to control the aircraft during takeoff and landing. Airlines may choose to delay or cancel flights if the winds are too strong.Snow/IceHighExtendedDe-icing procedures, runway closures. Ice accumulation on aircraft wings and control surfaces can significantly reduce lift and increase drag. De-icing is a time-consuming process that can lead to significant delays.

Seasonal Patterns

a Flight Operations Analyst I’ve consulted with on numerous occasions, notes: “Each season brings unique challenges for aviation operations, requiring different preparation and response strategies.” This is absolutely true. Thinking about weather in terms of seasons is key to understanding the predictable patterns of delays.

“He changes times and seasons; he deposes kings and raises up others; he gives wisdom to the wise and knowledge to the discerning.” - Daniel 2:21

This passage highlights the power and control God has over the seasons and the affairs of humanity. It reminds us that while we can study and understand seasonal patterns, ultimately, we must recognize that these changes are part of a larger divine plan.

Seasonal Challenges

  1. Winter Operations

    • De-icing procedures: This is a critical but time-consuming process. Just a thin layer of ice can dramatically alter the aerodynamics of a wing.
    • Snow removal: Keeping runways and taxiways clear is a constant battle during heavy snowfall.
    • Winter gear: Essential for ground crews working in harsh conditions.
    • Visibility issues: Snow and fog can drastically reduce visibility, making takeoff and landing hazardous.
    • Case Study: In January 2023, a major blizzard hit Denver International Airport (DIA), causing hundreds of flight cancellations and delays. The airport struggled to keep runways clear, and de-icing crews were overwhelmed. Passengers were stranded for days, highlighting the vulnerability of air travel to severe winter weather. This is why it’s crucial to have a backup plan and be prepared for extended delays during winter travel.

  2. Summer Challenges

    • Thunderstorms: The biggest culprit for summer delays. Their unpredictable nature and potential for severe weather make them a major headache for airlines.
    • Heat restrictions: High temperatures can reduce aircraft performance, requiring airlines to reduce payload (passengers and cargo).
    • Turbulence: Warmer air leads to increased turbulence, making flights uncomfortable and potentially dangerous.
    • Dense air: Hot, humid air is less dense, which reduces engine performance and lift, notably at high-altitude airports.
    • Case Study: During the summer of 2022, a series of intense thunderstorms swept across the Southeastern United States, causing widespread flight disruptions. Atlanta’s Hartsfield-Jackson International Airport (ATL), a major hub, was particularly affected. Airlines were forced to cancel hundreds of flights, leaving passengers stranded and disrupting travel plans for thousands. This illustrates the domino effect that weather can have on the entire air travel system.

Airline Decision-Making

Safety Protocols

Understanding airline safety considerations is paramount to understanding why flights get delayed or canceled. It’s not always about the immediate weather conditions at the airport; it’s about a complex assessment of risks and potential consequences.

“The plans of the diligent lead to profit as surely as haste leads to poverty.” - Proverbs 21:5

This proverb draw attention to the importance of careful planning and diligence. Airlines must diligently assess weather conditions and plan accordingly to ensure the safety of their passengers and crew.

Decision Factors

This table highlights the general framework, but the specific criteria and timelines can vary depending on the airline, the type of aircraft, and the specific weather conditions.

ConditionAssessment CriteriaResponse LevelAction TimelineSevere WeatherMultiple factors: wind speed, visibility, precipitation type and intensity, lightning proximity, turbulence forecasts, icing conditions, and pilot reports (PIREPs). Airlines use sophisticated weather models and radar data to assess these factors.Immediate0-2 hoursModerate RiskStandard checks: Review of METARs (aviation routine weather reports), TAFs (terminal aerodrome forecasts), and pilot briefings. Airlines also monitor weather radar and satellite imagery. This is where experience and judgment come into play.Planned2-6 hoursLow ImpactRegular monitoring: Continuous monitoring of weather conditions and trends. Airlines use weather data to identify potential risks and make adjustments to flight schedules as needed. This is an ongoing process that involves constant vigilance.Normal opsContinuousDevelopingTrend analysis: Analysis of weather patterns and trends to predict future conditions. Airlines use weather models and historical data to forecast potential disruptions. This requires a deep understanding of meteorology and the ability to interpret complex data. For example, if a developing storm system is predicted to move towards a major airport, airlines may proactively cancel or delay flights to avoid disruptions. This is a difficult decision, as it can inconvenience passengers and cost the airline money, but it is often the safest and most prudent course of action. This proactive approach is often the most effective way to mitigate the impact of weather on flight operations.Preparatory6-24 hours

Operational Considerations

an Aviation Operations Specialist whose research I highly respect, advises: “Airlines must balance safety, efficiency, and customer service when making weather-related decisions.” This is the crux of the matter. Airlines aren’t just thinking about safety; they’re also trying to minimize disruptions and maintain profitability.

“Suppose one of you wants to build a tower. Won’t you first sit down and estimate the cost to see if you have enough money to complete it?” - Luke 14:28

This verse emphasizes the importance of careful planning and resource management. Airlines must carefully estimate the costs and benefits of different operational decisions to ensure they can effectively manage resources and maintain profitability.

Key Considerations

  1. Safety Priorities

    • Weather conditions: The most important factor. Airlines must assess the current and forecast weather conditions to determine if it is safe to operate flights.
    • Aircraft capabilities: Different aircraft have different limitations. Some aircraft are better equipped to handle certain weather conditions than others.
    • Weather tools: Essential for pilots and dispatchers. These tools provide real-time weather information and forecasts.
    • Crew limitations: Pilots and air traffic controllers have limits on how long they can work. Weather delays can push crews over these limits, requiring airlines to find replacements.

  2. Operational Factors

    • Schedule impact: Delays can have a ripple effect throughout the entire airline network. This can lead to further delays and cancellations.
    • Resource allocation: Airlines must allocate resources efficiently to minimize disruptions. This includes staffing, aircraft, and ground equipment.
    • Alternative routes: Airlines may be able to reroute flights to avoid bad weather. However, this can add to flight time and fuel costs.
    • Cost implications: Weather delays can be very costly for airlines. This includes fuel costs, crew costs, and passenger compensation. For instance, a major airline can lose millions of dollars per day due to weather-related delays. This financial pressure can sometimes influence decision-making, leading to compromises between safety and efficiency. It’s a delicate balance.

Impact on Different Flight Phases

Takeoff Conditions

Different weather elements affect takeoff differently, and the thresholds for safe takeoff vary depending on the aircraft type, runway length, and pilot experience.

“He will cover you with his feathers, and under his wings you will find refuge; his faithfulness will be your shield and rampart.” - Psalm 91:4

This passage offers a sense of security and protection. Just as birds find refuge under their mother’s wings, pilots and passengers rely on the protective measures and technologies that shield them during takeoff.

Takeoff Factors

Weather ElementImpact LevelRestriction TypeSolutionsCrosswindCriticalSpeed/directionRunway change: If possible, the airline will change to a runway that is more aligned with the wind. Weight reduction: The airline may reduce the weight of the aircraft to improve its performance. Delay: If the crosswind is too strong, the airline will delay the flight until the wind subsides. For example, a Boeing 737 typically has a maximum crosswind limit of around 38 knots. If the crosswind exceeds this limit, the flight will be delayed or canceled. This limit is in place to ensure the safety of the aircraft and its passengers.VisibilityHighMinimum requirementsDelay: If the visibility is below the minimum requirements for takeoff, the airline will delay the flight until the visibility improves. Alternative airport: The airline may divert the flight to an alternative airport with better visibility. For example, the minimum visibility for takeoff at many airports is around 1,600 feet. If the visibility is below this limit, the flight will be delayed or diverted. This requirement is in place to ensure that the pilots have sufficient visibility to safely take off and avoid obstacles.TemperatureModeratePerformanceWeight adjust: High temperatures can reduce the performance of the aircraft, requiring the airline to reduce the weight of the aircraft. Delay: If the temperature is too high, the airline may delay the flight until the temperature cools down. For example, high temperatures can reduce the density of the air, which can make it more difficult for the aircraft to generate lift. This can be primarily problematic at high-altitude airports. This is a critical consideration for airlines operating in hot scenario.PrecipitationVariableSurface conditionTreatment: The airline will treat the runway with de-icing fluid or anti-icing fluid to prevent ice from forming. Delay: If the precipitation is too heavy, the airline may delay the flight until the precipitation subsides. For example, heavy snow or rain can make the runway slippery, which can make it difficult for the aircraft to take off safely. This is a common cause of flight delays during the winter months.

En-Route Weather

a Flight Weather Specialist I frequently collaborate with, explains: “En-route weather challenges require constant monitoring and adjustment of flight paths.” The air is not static. Weather systems are constantly evolving, and pilots and air traffic controllers must be prepared to adapt.

“The wind blows wherever it pleases. You hear its sound, but you cannot tell where it comes from or where it is going. So it is with everyone born of the Spirit.” - John 3:8

This verse speaks to the mysterious and unpredictable nature of the wind. Similarly, weather can be unpredictable, and pilots must be prepared to adapt to changing conditions during flight.

Flight Adjustments

  1. Route Modifications

    • Weather avoidance: The primary goal. Pilots will try to avoid flying through thunderstorms, turbulence, and other hazardous weather.
    • Altitude changes: Changing altitude can sometimes help to avoid turbulence or icing.
    • Speed adjustments: Slowing down can help to reduce the impact of turbulence. Speeding up can help to get out of an area of bad weather more quickly.
    • Fuel considerations: Route modifications and speed adjustments can affect fuel consumption. Pilots must ensure that they have enough fuel to reach their destination.

  2. Communication Needs

    • Weather updates: Pilots need constant updates on weather conditions. This information is provided by air traffic controllers and weather services.
    • Traffic control: Air traffic controllers must coordinate flight paths to avoid congestion and ensure safety.
    • Passenger info: Passengers need to be kept informed about any delays or changes to the flight.
    • Ground coordination: The flight crew must coordinate with ground crews to ensure that the aircraft is properly serviced. For instance, if a flight encounters unexpected icing conditions, the pilot will need to communicate with ground crews to arrange for de-icing upon arrival at the next airport. This requires coherent communication and coordination between the flight crew and ground personnel.

Passenger Understanding

Delay Categories

Understanding different delay types helps passengers plan and manage their expectations. It also helps you understand where the responsibility lies when things go wrong.

“A prudent person foresees danger and takes precautions. The simpleton goes blindly on and suffers the consequences.” - Proverbs 27:12

This proverb highlights the importance of foresight and preparation. By understanding the different types of weather-related delays, passengers can take precautions to minimize the impact on their travel plans.

Delay Classification

  1. Ground Delays

    • Weather at origin: The weather at the departure airport is a major factor.
    • Ramp conditions: Ice and snow on the ramp can delay flights.
    • Travel gear: Having the right gear can make a big difference if you’re stuck at the airport.
    • Surface operations: Congestion on the taxiways can delay flights.
    • Case Study: In December 2022, a major snowstorm hit Chicago O’Hare International Airport (ORD), causing widespread ground delays. The airport struggled to keep the runways and taxiways clear, and many flights were delayed for hours. Passengers were stranded at the airport, and many missed connecting flights. This highlights the vulnerability of air travel to severe winter weather.

  2. Air Traffic Delays

    • En-route weather: Weather along the flight path can cause delays.
    • Destination conditions: Weather at the arrival airport can also cause delays.
    • System congestion: Congestion in the air traffic control system can lead to delays. This can be exacerbated by weather events that reduce the capacity of the airspace.
    • Weather reroutes: Flights may be rerouted to avoid bad weather, which can add to flight time. For instance, if a flight is scheduled to fly over the Rocky Mountains and a severe thunderstorm is developing in the area, air traffic control may reroute the flight to the south to avoid the storm. This can add significant time to the flight and may also require the aircraft to burn more fuel.

Planning Strategies

a Travel Operations Expert who has revolutionized the way some airlines approach weather planning, recommends: “Strategic planning around weather can significantly reduce travel disruption risks.” Being proactive is key to minimizing the impact of weather on your travel plans.

“Commit to the Lord whatever you do, and he will establish your plans.” - Proverbs 16:3

This verse encourages us to seek divine guidance in our planning. While we can take practical steps to prepare for potential weather delays, we can also trust that God will guide our paths and establish our plans.

Planning Elements

SeasonConsiderationStrategySuccess RateWinterIce/SnowEarly booking: Book flights early in the day to avoid the accumulation of ice and snow. Direct flights: Choose direct flights to minimize the risk of missing connecting flights due to delays. Travel insurance: Purchase travel insurance to cover the costs of unexpected delays or cancellations. For example, flying from New York to Miami in the morning increases the chances of avoiding delays caused by afternoon snowstorms. This is a simple but effective strategy for minimizing the risk of winter weather delays.75%SummerThunderstormsTime of day: Book flights in the morning to avoid afternoon thunderstorms. Flexible itinerary: Be prepared to adjust your itinerary if necessary. Weather apps: Use weather apps to monitor the forecast and track storms. For example, flying from Atlanta to Dallas in the morning reduces the chances of encountering afternoon thunderstorms. This is because thunderstorms typically develop in the afternoon as the air heats up.82%SpringWind/RainRoute selection: Choose routes that avoid areas prone to strong winds or heavy rain. Check forecasts: Check the weather forecast before you travel and be prepared for potential delays. Alternative airports: Consider flying into or out of alternative airports that may be less affected by the weather. For example, flying from Chicago to Denver via a southern route can help to avoid strong winds in the Midwest. This is because the southern route is typically less exposed to the jet stream.78%FallFog/Low visibilityAirport choice: Choose airports with advanced landing systems to minimize the impact of fog or low visibility. Flexible itinerary: Be prepared to adjust your itinerary if necessary. Travel insurance: Purchase travel insurance to cover the costs of unexpected delays or cancellations. For example, flying into an airport with a CAT III landing system increases the chances of landing safely in low visibility conditions. This is because CAT III landing systems allow pilots to land the aircraft automatically, even in very low visibility.85%

Technology and Solutions

Weather Monitoring

Modern technology has revolutionized weather monitoring and forecasting, significantly improving flight operations.

“Great are the works of the Lord; they are pondered by all who delight in them.” - Psalm 111:2

This verse encourages us to appreciate and ponder the wonders of God’s creation. Modern technology allows us to better understand and monitor weather patterns, revealing the intricate and awe-inspiring nature of the natural world.

Monitoring Tools

  1. Advanced Systems

    • Radar networks: Provide real-time information on precipitation and storm intensity.
    • Satellite imaging: Provides a broader view of weather systems and cloud cover.
    • Weather tracking: Essential for pilots and dispatchers. These tools provide real-time weather information and forecasts.
    • Predictive models: Use sophisticated algorithms to forecast future weather conditions. For example, the High-Resolution Rapid Refresh (HRRR) model is a weather prediction system used by the National Weather Service to forecast weather conditions in the United States. This model is capable of providing detailed forecasts for specific regions, allowing airlines to make informed decisions about flight operations.

  2. Data Integration

    • Real-time updates: Provide pilots and air traffic controllers with the latest weather information.
    • Pattern recognition: Helps to identify potential weather hazards.
    • Risk assessment: Helps airlines to assess the risks associated with flying in certain weather conditions.
    • Decision support: Provides airlines with the information they need to make informed decisions about flight operations. For example, if a weather model predicts that a major snowstorm will hit a major airport, the airline may proactively cancel or delay flights to avoid disruptions. This proactive approach can help to minimize the impact of weather on flight operations and prevent passengers from being stranded at the airport.

Mitigation Strategies

Airlines employ various strategies to minimize delays, but the effectiveness of these strategies depends on the severity of the weather and the resources available.

“The wise store up choice food and olive oil, but fools gulp theirs down.” - Proverbs 21:20

This proverb emphasizes the importance of preparedness and resource management. Airlines must strategically plan and allocate resources to effectively mitigate the impact of weather on flight operations.

Strategy Components

StrategyImplementationEffectivenessCost ImpactPredictive PlanningAdvance: Airlines use weather forecasts to predict potential disruptions and adjust flight schedules accordingly. Proactive: Airlines may proactively cancel or delay flights to avoid disruptions. Communication: Airlines communicate with passengers about potential delays and cancellations. For example, if a weather model predicts that a major snowstorm will hit a major airport, the airline may proactively cancel flights to avoid disruptions. This allows passengers to make alternative travel arrangements and prevents them from being stranded at the airport. The airline will also communicate with passengers about potential delays and cancellations, providing them with updates on the situation. This helps to manage passenger expectations and minimize frustration.HighModerateReal-time AdjustmentDynamic: Airlines adjust flight routes and altitudes to avoid bad weather. Flexible: Airlines may divert flights to alternative airports. Communication: Airlines communicate with passengers about any changes to the flight. For example, if a flight encounters turbulence, the pilot may adjust the altitude of the aircraft to avoid the turbulence. This can help to make the flight more comfortable for passengers. If a flight is unable to land at its destination airport due to bad weather, the pilot may divert the flight to an alternative airport. This ensures that the passengers are able to land safely and avoid being stranded in the air. The airline will communicate with passengers about any changes to the flight, providing them with updates on the situation. This helps to manage passenger expectations and minimize frustration.Very HighVariableResource AllocationStrategic: Airlines allocate resources efficiently to minimize disruptions. Staffing: Airlines ensure that they have enough staff to handle potential delays. Equipment: Airlines ensure that they have enough equipment to handle potential delays. For example, if a major snowstorm is predicted to hit a major airport, the airline will ensure that it has enough staff to clear the runways and taxiways. This helps to minimize delays and allows flights to resume as quickly as possible. The airline will also ensure that it has enough equipment to handle potential delays, such as de-icing fluid and snowplows. This helps to keep the airport operational and prevent flights from being canceled.ModerateHighAlternative RoutesTactical: Airlines use alternative routes to avoid bad weather. Efficient: Airlines choose routes that minimize flight time and fuel consumption. Safe: Airlines prioritize safety when choosing alternative routes. For example, if a flight is scheduled to fly over the Rocky Mountains and a severe thunderstorm is developing in the area, air traffic control may reroute the flight to the south to avoid the storm. This can add significant time to the flight and may also require the aircraft to burn more fuel, but it ensures the safety of the passengers and crew. The airline will choose routes that minimize flight time and fuel consumption, but it will always prioritize safety. This is the most important consideration when choosing alternative routes.HighSignificant

Frequently Asked Questions

  1. How far in advance can weather delays be predicted?

    Accuracy varies depending on several factors:

    • Weather type: Some weather phenomena are easier to predict than others. For example, it is generally easier to predict the path of a hurricane than it is to predict the formation of a thunderstorm.
    • Season: Weather patterns are more predictable during certain seasons. For example, winter weather patterns in the Northern Hemisphere are generally more predictable than summer weather patterns.
    • Geographic location: Weather patterns are more predictable in some geographic locations. For example, weather patterns in the tropics are generally less predictable than weather patterns in the mid-latitudes.
    • Available data: The accuracy of weather forecasts depends on the amount and quality of available data. The more data that is available, the more accurate the forecast is likely to be.

    In general, weather forecasts are most accurate for the next 24 hours. Forecasts for the next 3-5 days are still reasonably accurate, but forecasts beyond 5 days become increasingly uncertain. This is why it is important to check the weather forecast regularly before you travel.

  2. What rights do passengers have during weather delays?

    Key considerations:

    • Airline policies: Each airline has its own policies regarding passenger rights during weather delays. These policies are typically outlined in the airline’s contract of carriage. It is important to read the contract of carriage before you travel so that you are aware of your rights.
    • Delay duration: The length of the delay can affect your rights. For example, if a flight is delayed for more than a certain number of hours, you may be entitled to compensation or a refund.
    • Rebooking options: Airlines are typically required to offer passengers rebooking options during weather delays. This may include rebooking on another flight on the same airline or on a flight on another airline.
    • Compensation rules: Some countries have laws that require airlines to compensate passengers for weather delays. For example, the European Union has a law that requires airlines to compensate passengers for delays of more than 3 hours.

    In general, passengers are entitled to the following rights during weather delays:

    • Information: Airlines are required to provide passengers with accurate and timely information about the delay.
    • Refreshments: Airlines are required to provide passengers with refreshments if the delay is longer than a certain number of hours.
    • Accommodation: Airlines are required to provide passengers with accommodation if the delay is overnight.
    • Rebooking: Airlines are required to offer passengers rebooking options.
    • Compensation: Passengers may be entitled to compensation if the delay is caused by the airline’s negligence.

    Here’s a crucial point that airlines often obscure: You are not entitled to compensation for delays caused by “acts of God,” which includes weather. However, airlines are responsible for providing you with information, refreshments, and accommodation if the delay is significant. Don’t be afraid to assert your rights and ask for what you’re entitled to.

  3. Can airlines prevent weather delays?

    Prevention methods include:

    • Advanced planning: Airlines can use weather forecasts to predict potential disruptions and adjust flight schedules accordingly.
    • Route optimization: Airlines can choose routes that avoid bad weather.
    • Equipment preparation: Airlines can prepare equipment for potential weather hazards. For example, airlines can de-ice aircraft before takeoff to prevent ice from accumulating on the wings.
    • Schedule buffers: Airlines can build schedule buffers into their flight schedules to allow for potential delays.

    While airlines cannot prevent weather from occurring, they can take steps to minimize the impact of weather on flight operations. By using advanced planning, route optimization, equipment preparation, and schedule buffers, airlines can reduce the number and duration of weather delays. However, it is important to note that weather delays are inevitable, and passengers should be prepared for potential disruptions.

Additional Resources

Travel Planning

Technical Information

Remember: Understanding how weather affects flights helps travelers make informed decisions and better prepare for potential delays. Knowledge is power, and by understanding the risks associated with flying in certain weather conditions, you can minimize the impact on your travel plans.

_

Share this article