Picture this: You're planning a 600-mile drive from Denver to Salt Lake City, leaving at 6 AM. You check the weather app on your phone - clear skies in Denver, partly cloudy in Salt Lake. Perfect, right? But six hours into your drive, as you climb through the Rockies near Vail Pass at noon, you hit an unexpected snowstorm that nearly closes the highway. The weather app never warned you because it only showed current conditions, not what the weather would be when you'd actually be there.
This scenario plays out thousands of times daily across North America. Traditional weather forecasts tell you what's happening now or what to expect at your destination tomorrow, but they fail at the critical intersection of time and place that matters most to travelers: What will the weather be like along your route when you'll actually be driving through?
ETA-based route weather forecasting solves this fundamental gap in travel planning. By calculating your estimated time of arrival at each point along your journey and matching it with time-specific weather predictions, this approach gives you a dynamic, sequential view of conditions you'll encounter. Our data team at RoutePredict has logged thousands of real-world ETA weather comparisons from user trips - validating the importance of timing in safe travel. For truck drivers navigating tight delivery schedules, motorcyclists vulnerable to sudden weather changes, or families planning multi-day road trips, understanding this concept isn't just convenient - it can be the difference between a smooth journey and a dangerous situation.
What Is ETA-Based Route Weather Forecasting?
What is ETA-based weather forecasting?
ETA-based weather forecasting matches your estimated time of arrival at each route point with hour-by-hour forecasts, showing what conditions you'll face while you're actually driving there. Rather than showing current conditions or static destination weather, it creates a dynamic timeline that displays atmospheric conditions, precipitation, temperature, and visibility you'll likely experience at each segment of your journey when you're traveling through that area.
Unlike typical weather along route apps, ETA-based systems calculate conditions you'll face while driving through each segment. Traditional weather apps and GPS navigation systems operate in silos. Your weather app shows conditions at fixed locations, while your GPS calculates drive times without considering how weather might affect them. ETA-based forecasting integrates these two critical data streams, providing context-aware information that accounts for your specific departure time, average speed, and planned stops.
RoutePredict's system integrates live forecast data with your precise travel timeline through our advanced ETA weather planning tool, powered by OpenWeatherMap and predictive modeling tuned for driver ETAs. This combination ensures you receive weather information synchronized to your actual journey progress.
According to the National Weather Service Winter Driving Safety page, weather is a factor in approximately 21% of vehicle crashes annually, resulting in nearly 5,000 deaths. Many of these incidents occur because drivers encounter unexpected conditions they weren't prepared for - precisely the problem ETA-based forecasting addresses.
How It Differs from Traditional Weather Forecasting
Consider planning a trip from Chicago to Nashville - a roughly 8-hour drive. A standard weather forecast shows you:
- Current conditions in Chicago (partly cloudy, 45°F)
- Today's forecast for Nashville (sunny, high of 62°F)
- Maybe conditions in a few cities between
But this tells you nothing about the severe thunderstorms that will roll through central Indiana at 2 PM - exactly when you'll be driving through on I-65. An ETA-based system, however, displays a sequential forecast: Clear skies until noon, heavy rain and reduced visibility from 1-3 PM as you pass through Indianapolis, then clearing conditions as you continue south into Kentucky.
The Federal Highway Administration's weather-related crash statistics show that fog contributes to over 38,700 crashes annually, with many occurring because drivers don't anticipate localized fog patches that form at specific times. Time-synchronized weather data helps travelers avoid these predictable yet often-overlooked hazards.
The Critical Role of Timing in Driving Safety and Planning
Weather is temporal as much as it is spatial. A mountain pass that's perfectly clear at sunrise can be socked in with fog by mid-morning and then clear again by afternoon. A summer afternoon thunderstorm might dump two inches of rain on a highway segment between 4-6 PM but leave the pavement dry an hour later. If you're not there at the exact time conditions are hazardous, it doesn't matter - but if you are, it matters enormously.
Real-World Example: The Morning Commuter
Sarah, a pharmaceutical sales rep, regularly drives from Portland, Oregon to Bend - a three-hour journey that crosses the Cascade Mountains via US-26. She typically leaves at 7 AM to make a 10:30 AM meeting. One Monday in November, her weather app showed partly cloudy conditions in both Portland and Bend with temperatures in the low 40s. Seemed like a standard fall day.
What her static weather forecast didn't reveal was that a cold front would push through the Cascades between 8:30-10 AM, dropping temperatures to 28°F at elevation and creating black ice conditions on Government Camp - precisely when she'd be driving through. Without ETA-based forecasting, Sarah had no reason to anticipate dangerous conditions. Fortunately, she checked road conditions that morning and delayed her departure by two hours, allowing maintenance crews to treat the highways.
With an ETA-based weather system, Sarah would have seen the warning immediately during her planning phase: "Freezing conditions and potential ice on US-26 near Government Camp at 9:15 AM (your estimated arrival time)." This single piece of time-synchronized information would have prompted her to either reschedule, take chains, or choose an alternative route.
The Motorcycle Factor: Vulnerability Meets Precision
Motorcyclists face unique weather vulnerabilities that make ETA-based forecasting particularly valuable. Unlike drivers in enclosed vehicles, riders contend with wind chill, reduced traction in rain, and limited visibility from fogged visors. A temperature drop from 70°F to 55°F might be barely noticeable in a car but can lead to dangerous cold exposure on a bike during a four-hour ride.
The National Highway Traffic Safety Administration motorcycle safety data shows that motorcyclists are 28 times more likely to die in a crash than passenger car occupants. While this statistic encompasses many factors, weather-related incidents contribute significantly, especially when riders encounter unexpected precipitation or temperature changes.
Marcus, an experienced motorcyclist in Arizona, learned this lesson during a spring ride from Phoenix to Flagstaff. Departing Phoenix at 1 PM in 85°F sunshine, he knew Flagstaff would be cooler - it's 7,000 feet in elevation. What he didn't account for was timing: a cold spring storm would move into northern Arizona around 4 PM, exactly when he'd arrive. By the time he reached Flagstaff at 4:15 PM, temperatures had dropped to 38°F with sleet. He was dressed for 60°F and found himself dangerously cold.
ETA-based forecasting would have shown Marcus the temperature timeline: 85° at departure, gradually cooling to 65° by 3 PM as he climbed elevation, then a sharp drop to 38° with precipitation beginning at 4 PM. This information would have prompted him to pack cold-weather gear or adjust his departure time.
Essential Power Backup for Weather Delays
When ETA-based weather forecasting reveals you'll encounter severe conditions that might force you to wait out storms or seek shelter, having reliable backup power becomes crucial. Experienced travelers recommend the Jackery Explorer 1000 v2 Portable Power Station as an essential companion for weather-aware travel. This 1,070Wh power station can keep your devices charged during extended delays, power small appliances if you're stranded, and even run emergency equipment. Its 1-hour fast charging capability means you can quickly top up during brief weather windows, while the lightweight 23.8-pound design makes it practical for road trips where space is at a premium.
How ETA-Based Weather Transforms Trip Planning
The practical applications of time-synchronized weather forecasting extend far beyond avoiding storms. This approach fundamentally changes how you can optimize entire journeys for safety, comfort, and efficiency.
Strategic Departure Time Selection
One of the most powerful applications is reverse-engineering your departure time based on conditions you want to avoid or leverage. Instead of defaulting to leaving at dawn or after work, ETA-based systems let you ask: "When should I leave to miss the worst weather?"
Consider a truck driver hauling from Atlanta to Miami - a 10-hour drive. Summer afternoon thunderstorms are virtually guaranteed in Florida between 2-5 PM. An ETA-based forecast might reveal:
- Leave at 4 AM: Arrive in Florida around 2 PM, driving through storms on I-95
- Leave at midnight: Pass through Florida by 10 AM, before storms develop
- Leave at noon: Hit storms near Jacksonville around 10 PM after they've passed
This kind of temporal optimization is impossible with static forecasts. The ability to model different departure scenarios and see their weather implications allows for genuinely strategic planning. When weather conditions require overnight stays or extended delays, having flexible accommodation options becomes crucial - find the best hotel deals on Booking.com to ensure you can adjust your itinerary based on weather timing.
Rest Stop and Meal Planning
Weather-aware timing extends to the micro-decisions of your journey. If your ETA-based forecast shows heavy rain from 12:30-2 PM along your route, you might plan lunch at a restaurant during that window rather than driving through the worst conditions. Similarly, you could schedule fuel stops during weather windows and push through clear stretches.
The U.S. Department of Transportation weather-related road safety guidelines emphasize that reducing speed and taking breaks during adverse weather significantly decreases crash risk. ETA-based forecasting makes these decisions easier by showing you exactly when and where to expect challenging conditions. For longer trips where weather might extend your journey, compare hotel prices on Hotels.com to find comfortable accommodations along your route when weather delays are inevitable.
| Feature | Static Weather Forecast | ETA-Based Route Weather |
|---|---|---|
| Time Context | Current or daily forecast | Hour-by-hour along your route |
| Location Specificity | Fixed points (cities) | Continuous route segments |
| Travel Integration | None - manual correlation needed | Synchronized with your ETA |
| Planning Utility | Limited - you guess timing | High - optimal departure times |
| Risk Assessment | General awareness only | Precise hazard identification |
Table: Weather Planning Approaches Compared
Practical Tips for Using ETA-Based Weather Forecasts
Understanding the concept is one thing; applying it effectively requires some strategy. Here are battle-tested approaches from experienced road travelers and professional drivers who rely on time-synchronized weather data.
1. Check Forecasts Multiple Times During Planning
Weather predictions become more accurate as you get closer to your departure date. Check your ETA-based forecast when you first plan your trip, then again 3 days out, 1 day out, and finally the morning of departure. This iterative approach helps you identify trends and catch sudden changes.
For trips longer than 8 hours, consider checking forecasts at your halfway point as well. NOAA research on forecast accuracy shows that 7-day forecasts are about 80% accurate, but 3-day forecasts jump to 90% accuracy, making that final check particularly valuable.
2. Build Weather Windows Into Your Schedule
If you have flexibility, avoid committing to hard arrival times when your ETA-based forecast shows uncertain conditions. Instead, give yourself a window - for example, "arrive between 3-6 PM" rather than "arrive at 4 PM sharp." This buffer lets you adjust for weather delays without the stress of missing commitments.
Professional long-haul truckers often build a 2-hour weather cushion into their schedules for trips over 500 miles. This practice reduces pressure to drive through dangerous conditions just to meet a deadline. When weather windows require flexible accommodation, search vacation rentals on VRBO for extended stays that can adapt to changing weather conditions.
3. Identify Your Personal Weather Thresholds
Everyone has different comfort levels with various weather conditions, but certain hazards affect all drivers. Your thresholds should vary based on your vehicle type, experience level, and route characteristics. A long-haul trucker in a commercial vehicle has different capabilities than a motorcycle rider or someone towing a trailer.
Important: Fog and strong winds are serious hazards that cause thousands of crashes annually. Never treat them casually. The Federal Highway Administration reports fog contributes to over 38,700 crashes per year, while strong winds can overturn high-profile vehicles and blow motorcycles off course.
Create a weather threshold checklist specific to your vehicle and experience:
For Passenger Cars (experienced drivers, good conditions):
- Will avoid/delay travel: Ice, black ice, heavy snow, severe thunderstorms, dense fog (visibility <¼ mile), sustained winds >40 mph
- Will drive with extreme caution (reduced speed, increased following distance): Moderate fog, moderate rain, gusty winds, light snow, freezing rain
- Will drive with normal caution: Light rain in daylight, overcast conditions
For Motorcycles/Scooters:
- Will avoid/delay travel: Any ice, snow, heavy rain, fog, sustained winds >25 mph, temperatures <45°F on long rides
- Will drive with extreme caution: Light rain, gusty winds, temperatures 45-55°F
- Will monitor closely: Any wind, cooling temperatures, approaching weather systems
For RVs/Trucks/Vehicles Towing Trailers:
- Will avoid/delay travel: Ice, heavy snow, severe thunderstorms, dense fog, sustained winds >30 mph (crosswinds especially dangerous)
- Will drive with extreme caution and reduced speed: Moderate winds, moderate rain, light snow, any fog
- Will plan for slower travel: Any adverse weather due to vehicle height/weight
Critical reminder: These are general guidelines only. Local conditions, road types, and your specific situation may require more conservative decisions. When ETA-based forecasts show marginal conditions, seriously consider delaying travel or choosing alternative routes.
4. Use ETA Weather for Packing Decisions
Time-specific weather information helps you pack smarter. If your forecast shows you'll encounter 40°F temperatures at a mountain pass but otherwise mild weather, you can pack a jacket for that specific segment without overloading your vehicle. Motorcyclists especially benefit from this - knowing exactly when you'll need rain gear or heated gear means you can pack lighter overall.
Comprehensive Emergency Preparedness
When ETA-based weather forecasting indicates you'll encounter challenging conditions, having a well-stocked emergency kit becomes essential for safe travel. Professional drivers and experienced travelers recommend the VCANENERGY Roadside Emergency Car Kit as a comprehensive solution for weather-related emergencies. This 150-piece kit includes jumper cables, tire repair tools, emergency blankets, and first aid supplies - everything you need if weather conditions force you to pull over or if you encounter vehicle problems during severe weather. The compact design fits easily in your trunk, ensuring you're prepared for any weather-related scenario your ETA forecast might reveal.
5. Share Your Weather-Adjusted Plan
When road conditions might change during your journey, share your ETA-based forecast with someone at your destination. They'll understand if you arrive late and can raise an alarm if you're significantly overdue based on the conditions you were expecting to encounter.
6. Combine with Real-Time Updates
ETA-based forecasts provide excellent planning tools, but weather can change. During your journey, supplement your pre-trip forecast with real-time updates from traffic apps, highway advisory radio, or National Weather Service alerts and warnings. Think of ETA forecasts as your strategic plan and real-time updates as tactical adjustments.
7. What to Do When Forecasts Are Wrong or Conditions Change
Even the best forecasts can be inaccurate. Here's how to respond when actual conditions differ from predictions:
If conditions are worse than forecast:
- Don't push through out of commitment bias. The fact that you planned for clear weather doesn't obligate you to continue in dangerous conditions
- Reduce speed immediately - slower speeds give you more reaction time and reduce crash severity
- Find safe shelter - pull into a rest area, truck stop, or town and wait out severe weather
- Reassess your route - use real-time weather radar to see if an alternate route avoids the worst conditions
- Communicate delays - let people at your destination know you're delaying for safety
- Consider overnight accommodation - if conditions are severe and prolonged, stopping for the night is often safer than pressing on
If conditions are better than forecast:
- Don't become complacent - conditions can deteriorate rapidly; maintain vigilance
- Use the opportunity - if you built in extra time for bad weather that didn't materialize, take breaks and enjoy the journey
- Still monitor forecasts - better-than-expected weather can change quickly
Signs you should stop immediately:
- Visibility drops below safe limits for your speed
- Road surface conditions deteriorate (ice forming, standing water, snow accumulation)
- Your vehicle loses traction or becomes difficult to control
- You feel anxious, tired, or overwhelmed by conditions
- Other vehicles are pulling over or crashes are occurring
- Official warnings or road closures are issued
Emergency contacts and resources to have ready:
- Local highway patrol or state police non-emergency numbers
- Road condition hotlines for states you're traveling through
- National Weather Service local forecast office numbers
- Your insurance company's roadside assistance
- Emergency contact who knows your route and expected arrival time
Advanced Navigation for Weather-Aware Routing
While ETA-based weather forecasting tells you what conditions to expect, having a GPS system that can dynamically adjust your route based on real-time weather data maximizes your safety. Experienced road travelers recommend the Garmin DriveSmart 86 GPS Navigator for its advanced weather integration and traffic avoidance features. This 8-inch display provides clear visibility of weather overlays and can automatically suggest alternative routes when severe weather is detected ahead. The built-in Wi-Fi connectivity ensures you receive the latest weather updates and traffic conditions, making it the perfect complement to your ETA-based weather planning strategy.
Quick Takeaway:
- Plan departures around forecast timing, not location
- Recheck 24 hours before travel
- Adjust stops and packing based on hourly conditions
- Share your weather-informed timeline with others
- Monitor real-time conditions during travel—forecasts can be wrong
- Be prepared to delay, reroute, or cancel if conditions deteriorate
Who Benefits Most from ETA-Based Weather?
While anyone taking a road trip gains advantages from time-synchronized weather data, certain traveler types find it particularly transformative:
Commercial Drivers and Fleet Managers
Professional drivers working under tight schedules and safety regulations benefit immensely from precise weather timing. Fleet managers can use ETA-based forecasts to optimize routes, adjust delivery schedules, and reduce weather-related delays that cost the commercial trucking industry billions annually.
RV and Trailer Towers
Larger vehicles and those towing trailers are significantly affected by crosswinds, making wind forecasts at specific times crucial. An ETA-based system can show when you'll encounter high wind areas and help you plan around them or prepare for slower travel.
Motorcycle and Scooter Riders
Two-wheeled travelers have minimal weather protection and are vulnerable to conditions that barely affect car drivers. Knowing precisely when they'll encounter rain, cold temperatures, or strong winds allows for appropriate gear changes and rest stops.
Parents and Families with Young Children
Traveling with kids requires careful planning around meal times, bathroom breaks, and nap schedules. ETA-based weather helps parents schedule these necessary stops during poor weather rather than pushing through storms with cranky children. When weather conditions require unexpected overnight stays, find family-friendly hotels on Expedia to ensure comfortable accommodations that can accommodate weather delays with children.
Mountain Pass and Rural Route Travelers
Remote areas with limited services and challenging terrain demand accurate weather timing. Missing a weather window in the mountains could mean waiting hours or even days for conditions to improve. ETA-based forecasting is especially critical for passes that close seasonally or during severe weather.
Emergency Communication for Remote Weather Events
When ETA-based forecasting indicates you'll be traveling through remote areas during potentially hazardous weather, having reliable emergency communication becomes essential. Professional drivers and experienced travelers rely on the ACR ResQLink View Personal Locator Beacon for peace of mind in isolated locations. This GPS-enabled beacon can summon help even when cell service fails, which is common during severe weather events in rural areas. The buoyant design ensures it works even if you encounter flooding, while the 6-year battery life means it's always ready when you need it most.
Frequently Asked Questions About ETA-Based Route Weather
How accurate are ETA-based weather forecasts compared to regular forecasts?
ETA-based forecasts use the same underlying weather prediction models as traditional forecasts, so the accuracy is comparable. The difference isn't in prediction quality but in presentation - ETA-based systems show you time-specific conditions at locations where you'll actually be, making the information more actionable. For trips within 3 days, expect around 90% accuracy for major weather events, dropping to 70-80% for trips planned a week out. Always check again closer to departure for the most accurate information.
Important caveat: These accuracy percentages are for general weather patterns. Accuracy varies dramatically by region (mountain weather is notoriously unpredictable), weather type (severe convective storms can develop in minutes), and scale (localized hazards like black ice patches, microbursts, and flash floods are often missed entirely). A 10% forecast error rate can still result in life-threatening situations. Never assume forecasts are infallible—they are probability estimates, not guarantees. Always have contingency plans and emergency supplies regardless of forecast confidence.
What if I need to change my departure time after checking the weather?
This is one of the key advantages of ETA-based systems. Most tools allow you to quickly adjust your departure time and immediately see how it affects the weather conditions you'll encounter. Try modeling different departure times - leaving 2 hours earlier or later might help you avoid storms or drive through challenging terrain during daylight hours. The ability to experiment with timing is what makes this approach so powerful for planning.
Does ETA-based weather work for international trips?
Yes, as long as you're traveling in regions with reliable weather data coverage. Most developed countries have comprehensive weather forecasting systems. However, data quality and update frequency may vary in remote areas or developing regions. Always supplement your ETA-based forecast with local knowledge and real-time updates when traveling internationally.
Can I get ETA-based weather for motorcycle routes?
Yes. Tools like RoutePredict provide ETA-specific forecasts tailored for two-wheel travel, showing temperature, wind, and precipitation changes along your exact route. This is especially valuable for motorcyclists who need to plan gear changes, identify dangerous wind zones, and avoid rain that could compromise traction or visibility.
How far in advance should I check my route weather?
Start checking about a week before your trip to get a general sense of patterns, but don't make firm decisions until 2-3 days out when forecasts are most accurate. For same-day travel, checking the morning of departure is essential, as conditions can change overnight. For long trips crossing multiple time zones or climate regions, consider checking conditions at your mid-point separately, as forecast accuracy decreases for locations farther from your starting point.
Can ETA-based weather account for traffic delays that change my arrival time?
Basic ETA-based systems use standard driving times, but advanced tools can incorporate real-time traffic data to adjust your ETAs and corresponding weather forecasts. However, unexpected delays from accidents or construction might push you into different weather windows. This is why it's helpful to review the weather forecast for a time range (your ETA plus 1-2 hours) rather than a single moment, giving you awareness of conditions in case of delays. When delays require last-minute accommodation changes, compare flight and hotel deals on Kayak to find flexible booking options that can adapt to weather-related schedule changes.
Why is ETA-based weather better than checking weather at my destination?
Destination weather only tells you conditions at your endpoint, not what you'll encounter during your journey. ETA-based weather shows you a complete timeline of conditions along your entire route, synchronized to when you'll actually be at each location. This helps you identify hazardous conditions you might encounter mid-journey, even if your starting point and destination both have clear weather.
The Future of Weather-Aware Travel
As weather prediction models become more sophisticated and real-time data sources proliferate, ETA-based forecasting will only grow more precise and useful. Some emerging developments include:
- Hyperlocal forecasts: Predictions for specific highway segments rather than broader regions
- AI-driven recommendations: Systems that automatically suggest optimal departure times based on your weather preferences and constraints
- Vehicle-specific considerations: Forecasts tailored to your vehicle type - motorcycles, RVs, trucks - with appropriate warnings
- Integration with autonomous vehicles: Self-driving systems that automatically adjust routes and speeds based on time-synchronized weather data
The fundamental insight remains unchanged: weather happens in time as much as it happens in space. Travelers who understand when they'll encounter conditions, not just where those conditions exist, make better decisions that enhance both safety and enjoyment.
Documenting Weather Events for Future Planning
While ETA-based forecasting helps you plan ahead, documenting actual weather conditions during your journey provides valuable data for future trips and helps verify forecast accuracy. Experienced travelers rely on the Vantrue S1 Pro Max 4K Dash Cam to record weather conditions and road situations during their travels. This dual-camera system captures both front and rear views in 4K resolution, providing clear documentation of weather-related driving conditions. The built-in GPS and G-sensor automatically save footage during incidents, while the loop recording ensures you never miss important weather events that could inform future ETA-based planning decisions.
Data Sources and Forecast Models
Understanding where ETA-based weather information comes from helps you evaluate its reliability and make informed decisions. RoutePredict and similar platforms integrate multiple authoritative data sources:
Primary Forecast Data Sources:
- NOAA Hourly Forecast Grid (CONUS): High-resolution weather predictions updated every hour for the continental United States
- OpenWeatherMap API: Global weather data with 3-hour forecast intervals and historical weather patterns
- NWS Route Hazard Database: Real-time alerts for weather-related road hazards including ice, flooding, and severe storms
- RoutePredict's proprietary ETA synchronization algorithms: Advanced modeling that synchronizes forecast timing with calculated arrival times based on route distance, speed limits, and typical traffic patterns
These data streams are integrated to provide the most accurate picture of conditions you'll encounter. The system continuously updates as new forecast data becomes available, typically every 1-3 hours depending on the source.
Plan Your Route with Precision
Traditional weather forecasts leave you guessing about what you'll encounter when you'll actually be on the road. That uncertainty leads to surprises - sometimes pleasant, often not. ETA-based route weather significantly reduces uncertainty by showing you a timeline of predicted conditions synchronized to your journey. It's a powerful planning tool that helps you anticipate likely conditions—though weather can still surprise you.
Whether you're a commercial driver managing tight schedules, a motorcyclist planning a weekend ride, or a family heading out on vacation, understanding weather in the context of time transforms how you approach travel. You gain better information to choose optimal departure times, pack appropriately, schedule stops strategically, and make more informed decisions that improve your safety and comfort.
Remember: ETA-based forecasting is one tool in comprehensive trip planning. Combine it with real-time monitoring, emergency preparedness, conservative decision-making, and the willingness to delay or cancel travel when conditions exceed your vehicle's or your own capabilities. When your ETA-based weather planning reveals the perfect conditions for exploring your destination, discover local activities and tours on GetYourGuide to make the most of your weather-optimized arrival time.
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Explore more weather and road safety insights in our comprehensive travel planning resources and weather driving safety guides to make every journey your safest and most enjoyable yet. For additional travel planning insights and destination reviews, check out traveler experiences on TripAdvisor to see how others have handled weather-related travel challenges.
References and Additional Resources
- National Weather Service. "Winter Driving Safety." https://www.weather.gov/
- Federal Highway Administration. "Weather-Related Crash Statistics and Fog Events." https://www.fhwa.dot.gov/weather/weather_events/fog.cfm
- National Highway Traffic Safety Administration. "Motorcycle Safety and Statistics." https://www.nhtsa.gov/road-safety/motorcycle-safety
- U.S. Department of Transportation. "Weather-Related Road Safety Guidelines." https://www.transportation.gov/mission/health/Weather-Related-Road-Safety
- National Oceanic and Atmospheric Administration. "Explainer: Why Your Weather Forecast Changes." https://www.noaa.gov/news/explainer-why-your-weather-forecast-changes
- National Weather Service. "Weather Alerts and Warnings System." https://www.weather.gov/alerts
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