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Drive Time Calculator

How to use drive time calculator, estimated time of arrival, travel time to home, meet the creator of the drive time calculator.

The drive time calculator – also known as the travel time calculator, is our innovative tool created exclusively for drivers. It helps you find out the estimated time of arrival (ETA) at your car trip destination and determine the fuel costs of the journey.

So, if you are planning a vacation trip with friends in a seaside resort or would like to estimate the travel time to home by car, check out our drive time calculator!

Our drive time calculator covers every aspect of your trip: it calculates the total time needed to complete your journey, predicts your arrival time at the destination, and determines the overall cost of the drive, including the cost per person.

To accurately determine your arrival time and the total driving duration, follow these steps:

Before entering any values, choose your preferred units of measurement , where applicable. For instance, you can opt for imperial or metric units when specifying distances. This selection will determine how the calculator interprets your inputs.

Enter the total distance of your trip.

Specify your average driving speed during the trip.

Enter the total duration of breaks you plan to take during the journey.

Specify the departure time , day, month, and year.

Upon entering these details, the tool will calculate the total driving duration and exact arrival time based on your input.

If you're interested in determining the costs associated with your trip , use the second section of the calculator and follow these steps:

Specify your car's fuel consumption rate .

Indicate current fuel price .

Input the number of passengers traveling with you.

The calculator will subsequently determine the total drive cost and the cost per person based on the provided information.

For example , consider a scenario where you must drive 140 km (87 mi) at an average speed of 80 km/h (50 mph). You plan to take a 30-minute break, and your departure time is January 22, 2024, at 7:00 pm. In this case, the calculator would compute a total drive time of 2 hours and 15 minutes, estimating your arrival at the destination on January 22, 2024, at 9:15 pm.

Moreover, if your fuel consumption rate is 8 liters per 100 kilometers (62 miles) and the fuel price is $0.90 per liter, the total cost of your journey would be $10.08. If you're traveling with a companion, you could split the cost, resulting in $5.04 per person.

🙋‍♂️ If you need to be at a specific destination by a particular time and are wondering when to depart, our calculator has you covered — it works in reverse, too! Here's how to use it:

Input when you intend to arrive at your destination in the variable arrival time .

Enter the total distance you need to cover.

Specify the average driving speed you plan to maintain.

If you plan to take breaks during the journey, enter the total duration.

The calculator will determine the optimal departure time , ensuring you reach your destination as planned!

Have more questions about the estimated time of arrival? Keep reading.

Estimated time of arrival (ETA) is the time when a vehicle, ship, aircraft, or cargo is expected to arrive at a particular place.

For example, a particular cruise bus may have an ETA calculated based on the expected average speed on a particular road. The travel distance is simply divided by the speed to roughly estimate the arrival time. This method does not consider any unexpected events (such as car accidents on the road or bad weather conditions) that may occur on the way to the driver's destination.

Visit our speed calculator to learn more about how to calculate speed.

Let's assume we are driving home with friends from a winter vacation in the mountains.

The distance to our home city is 850 km .

We are driving with an average speed of 110 km/h .

We will make three short 15-minute breaks and 1-hour long dinner break, which gives:

Total time of breaks = 3 × 15 min + 1h = 1h 45min

We will start the trip on the 21 February 2018 at 10:00 am.

Now, the most interesting question – when will we be at home? Let's calculate the total drive time:

Total drive time = (distance/average drive speed) + total breaks time = 9h 28min

Arrival time: 21 February 2018 at 07:28 pm

Now, we want to know how much this journey will cost us. With our drive time calculator, the answer to this question is very simple!

• Let's assume that our SUV car takes 9.5 liters of fuel per 100 km.
• The gasoline price is €1.22 per liter.
• We are traveling as a group of 4 friends -> Number of passengers = 4

The answer to the question is below:

Total drive cost = (distance/100) × car fuel consumption × fuel price = €98.52

Drive cost per person = total drive cost/number of passengers = €24.63

Super! Now, we know all we need – the exact travel time to home with an estimated arrival time and how much each passenger needs to pay for that journey. Let's start the engine! 🙂

We also have a great tool called traffic density calculator that helps you analyze the traffic on any road.

Check out the gas calculator , too, if you need to estimate the fuel cost for a drive.

I'm Filip, the mastermind behind the drive time calculator, and I'm a biomedical and electrical engineering graduate from AGH University of Krakow.

My motivation to develop this tool emerged during a road trip, where the challenges of planning a long journey, including costs and time uncertainties, became evident. In response, I envisioned a solution — a tool that calculates travel duration and considers essential factors like fuel costs. The outcome is a user-friendly tool designed to simplify journey planning , whether for extended trips or daily commutes.

Why trust this tool? We put extra care into the quality of our content so that they are as accurate and reliable as possible. Each tool is peer-reviewed by a trained expert and then proofread by a native speaker. If you'd like to learn more about our standards, please check the Editorial Policies page .

How do I calculate the average speed for my trip?

To calculate your average speed for your trip, you must note the trip distance and drive time or travel time and follow these steps:

• Subtract the total time used for breaks from the drive time.
• Divide the trip distance by the difference obtained in step 1.
• The value calculated is the average speed for the trip.
• Verify your result with our drive time calculator.

How fast can I reach Boston from New York driving at 60 mph?

It'll take 3 hrs 35 mins without any breaks. Allowing for a 15 min break, it'll take you 3 hrs 50 min. Here's how you can calculate this answer:

If you take the I-90 W, Boston is 215 miles from New York.

Divide this distance by the average speed to get drive time without breaks:

215/60 = 3.5833 = 3 hrs 35 min .

Add a 15 min break to drive time for a convenient and safe drive to get a total drive time of 3 hrs 50 mins .

Verify with our drive time calculator.

How do I calculate mileage of my vehicle?

To calculate the mileage of your vehicle, follow these steps:

• When refueling, note the initial odometer reading and the amount of fuel you're filling.
• When you stop for fuel again, note the final odometer reading .
• Subtract the initial odometer reading from the final reading and divide the difference by the amount of fuel used.

How far can you drive in one day?

Assuming you drive for 8 hours in a day at 60 mph, with 15 min breaks every 2 hours and an hour-long lunch break in between, you can drive 390 miles . To calculate this answer, follow these steps:

Calculate total break time :

15 min + 60 min + 15 min = 1 hr 30 min .

Subtract this from 8 hours to get 8 - 1:30 = 6 hr 30 min .

Multiply this time with 60 mph average speed to get the distance traveled:

60 × 6.5 = 390 miles .

Verify this result with our drive time calculator.

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Distance Time Calculator

Introduction.

The Distance Time Calculator is a versatile tool designed to simplify the calculation of travel distances based on time and speed. Whether you’re planning a road trip, analyzing running speeds, or estimating commute times, this calculator proves to be an invaluable resource for individuals and professionals alike.

The formula governing the Distance Time Calculator is derived from the basic physics equation relating distance, time, and speed:

Distance=Speed×Time Distance = Speed × Time

This formula allows for the calculation of distance when speed and time are known or, conversely, the estimation of time when distance and speed are provided.

How to Use?

Using the Distance Time Calculator is a straightforward process:

• Input Speed and Time : Enter the speed at which you are traveling or the speed of the object in question. Additionally, input the time spent traveling.
• Select Units : Choose the appropriate units for speed and time (e.g., miles per hour, kilometers per hour, minutes, or hours).
• Click Calculate or Submit : Most calculators have a button to initiate the computation. Clicking this button will generate the distance covered based on the inputted speed and time.
• Review the Output : The calculator will display the calculated distance, providing a quick and accurate measure of your travel.

Consider a scenario where you are driving at a speed of 60 miles per hour for 2.5 hours. Using the Distance Time Calculator, the distance covered would be calculated as follows:

Distance=60 mph×2.5 hours=150 miles Distance = 60 mph × 2.5 hours = 150 miles

Q: Can the Distance Time Calculator account for different units of measurement?

A: Yes, most calculators allow users to choose their preferred units for speed (e.g., miles per hour, kilometers per hour) and time (e.g., minutes, hours).

Q: Is this calculator suitable for athletic training purposes?

A: Absolutely. Whether you’re a runner, cyclist, or involved in any sport requiring speed and distance measurements, this calculator is adaptable to various scenarios.

Q: Does the calculator consider breaks or pauses during the journey?

A: No, the calculator assumes constant speed and does not factor in breaks or pauses. It provides a basic estimation based on the given speed and total travel time.

Conclusion:

The Distance Time Calculator is an indispensable tool for anyone needing quick and accurate distance calculations. Whether for travel planning, sports training, or logistical considerations, this calculator provides a reliable means of estimating distances based on speed and time. By leveraging this tool, individuals and professionals can enhance their planning, optimize their schedules, and gain a better understanding of the spatial aspects of their activities.

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Travel Time Calculator

Estimated travel time.

These average speeds are based on typical urban travel conditions. Your travel time may vary.

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Understanding Travel Time Calculator: A Comprehensive Guide

Travel planning is an integral part of our daily lives, whether it involves commuting to work, delivering goods, or planning a vacation. A critical aspect of this planning is estimating travel time. The Travel Time Calculator is an invaluable tool in this respect, offering detailed time estimations based on different modes of transportation.

Decoding the Travel Time Calculator

A travel time calculator is a dynamic tool designed to calculate estimated travel time considering various factors such as distance, mode of transport, speed, and possible stops. It takes the hassle out of travel planning by providing accurate time estimates, transforming the way we plan our journeys.

From Sundials to Digital Calculators: A Historical Overview

The idea of calculating time has its roots in antiquity, with traders and explorers estimating their travel times to strategize their journeys. The digitization of this concept came much later with the advent of the internet. Now, we have evolved from simplistic models that considered constant speeds to more sophisticated calculators accounting for variable speeds, different modes of transport, and additional factors that influence travel times.

Step-by-Step Guide: How to Use a Travel Time Calculator?

Using a travel time calculator is easy and intuitive. Here's a quick guide:

• Select your mode of transport: Options typically include walking, cycling, driving, or using public transport.
• Input the total distance to your destination.
• Click the "Calculate" button.
• The tool instantly provides an estimated travel time.

Example Calculations

Let's look at some example calculations using a travel time calculator:

• Walking: If the total distance to your destination is 5 kilometers and your walking speed is 5 km/h, your estimated travel time will be 1 hour.
• Cycling: If the total distance to your destination is 10 kilometers and your cycling speed is 15 km/h, your estimated travel time will be approximately 40 minutes.
• Driving: If the total distance to your destination is 60 kilometers and your average driving speed is 60 km/h, your estimated travel time will be 1 hour.

The Business Perspective: An Indispensable Tool

The travel time calculator has wide-ranging applications in the business world. Logistics companies use it to estimate delivery times, improving their service efficiency. Ride-hailing services utilize it to predict travel times, which are crucial for fare calculations. Travel and tourism businesses use it to design optimal itineraries. Thus, it's a vital tool for businesses requiring any form of travel planning.

Educational Implications: A Learning Tool

In education, travel time calculators can facilitate interactive learning. They serve as practical tools for teaching the concept of speed, distance, and time. Using these calculators, students can solve problems and apply their understanding in real-world contexts, thereby improving their mathematical and logical skills.

Applications in Daily Life

For the everyday user, the travel time calculator is a godsend. It enables efficient journey planning, helps manage time effectively, and reduces the uncertainty associated with travel times. In a time-crunched world, it makes life simpler and travel planning a breeze.

Limitations and Future Potential

While the travel time calculator is an excellent tool, it's not without limitations. The accuracy of travel times can be affected by variable factors such as traffic, weather conditions, and unforeseen delays. However, the future holds promise with advances in artificial intelligence and machine learning that could enable these calculators to consider these variables, providing even more accurate time estimations.

The travel time calculator, despite some limitations, continues to be invaluable for businesses, educational institutions, and individual users. Harness its potential to make your travel planning more efficient and hassle-free.

How to Use: Travel Time Calculator

With the Travel Time Calculator , you can calculate the travel time for any trip including up to 6 transfers. It also shows local times, average speed, distance, and more.

Start with Your Itinerary

Where and when are you going.

This service only works if you know both the start and end times; it does not calculate how long a flight typically takes.

• Departure : Enter or select your departure location from the drop-down list.
• Fill in the date and time of departure.
• Arrival : Enter your final destination, date and time.
• If you are stopping over anywhere, click Add transfer and fill in your transfer location, as well as the arrival and departure time. You can add up to 6 transfer cities to your itinerary.
• To delete a transfer leg, tick the box next to the transfer and click the Delete Transfer button.
• Click the Calculate button.

How Do I read the Results?

Total actual traveling time.

The total traveling time is the actual amount of time the trip takes from your departure city to your final destination, according to your itinerary. This calculated time takes into account changes in time zones, time spent in transfer cities and daylight saving time (DST).

Clock changes

This indicates the difference in local time between the departure city and the arrival city. If the results are shown with a minus sign (–), you have to set your clock back the given amount of hours. If this result includes a plus sign (+), set your clock forward the indicated number of hours.

Apparent traveling time

The apparent traveling time is the difference in local time between the departure city and the arrival city without taking into account the change of time zone. For example, if you leave Los Angeles at 09:00 (9:00 am) and arrive in New York at 18:00 (6:00 pm), then the apparent traveling time is 9 hours. However, the actual traveling time is only 6 hours, because you subtract the time difference between the cities, which is 3 hours.

Total distance

The calculated total distance is the total distance traveled from departure city to arrival city, which includes all transfer cities. The distance is displayed in kilometers or miles. You can change this in the settings .

Average traveling speed

The average traveling speed is estimated based on the time of departure and arrival given in the travel itinerary. The average traveling speed does not take stop-overs into consideration; it is calculated as if you keep moving continuously.

Current time and weather

This information displays the local time and weather conditions in the departure and arrival cities at the time you calculated the results. As time and weather changes, go to our World Clock to get the current time and weather information, as well as the weather forecast for your departure or arrival city.

Sunrise and sunset

The local times for sunrise and sunset in the departure and arrival cities are based on the time when the upper part of the Sun becomes visible above the horizon, while sunset is when the last part of the Sun is about to disappear below the horizon. Hills or mountains are not taken into consideration.

Length of day

The length of day calculates the current date’s time from sunrise to sunset for the departure city and arrival city. You can find out the length of day for any date or location with the Sunrise/Sunset Calculator .

Dialing codes

The international dialing codes for the departure and arrival cities are displayed here if you need to make a phone call to someone in another country or if someone is trying to call you from another country.

The time table

The time table breaks down the travel itinerary from the start destination to the end destination, including all transfer cities if applicable. The Event column lists the starting location followed by all transfer cities and ending at your final destination. The Time since column indicates the accumulated total amount of time spent so far in each part of your itinerary, which totals to the total traveling time. The columns located under Local time in show the local times in all of the selected cities at each step of the itinerary. The times highlighted in bold correspond to the departure and arrival times located in the Event column.

The map shows the shortest possible path between the selected cities, but the actual route is usually longer because flights do not always follow the shortest route. The map projection makes land and oceans much wider near the south and north poles. The heading/course/bearing during a flight varies in most cases.

Where can I find more information about the site and its services?

The General FAQ Page answers your questions about timeanddate.com, our services, site-wide settings, customization options, advertising opportunities, and copyright policies.

Didn't find an answer? Get in touch with the support team

Send us an email . We generally answer within a couple of days.

Route Planner

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The route offering the shortest distance to a destination via the most accessible roads. Journey times for this option will tend to be longer.

The most fuel-efficient route that also avoids toll roads.

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The route planner isn’t limited to the UK. You can get accurate directions across Europe. Remember that European breakdown is worth considering if you’re heading to the continent, because repairs and getting back can be costly and ruin your trip.

Once you enter your start point and destination the route finder will map out the best routes for your journey, giving you an estimation of time and an accurate mileage count. It’s easy to add waypoints, so if you know you need to take a detour en route then you don’t need to workout separate journeys.

The route planner will give you a list of directions to your destination, and each individual direction has its own mileage, helping you to keep on track and stay clear of wrong turnings.

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Estimated Time of Arrival Calculator

This useful calculator has been created for travelers to help them work out an estimated time of arrival when making journeys by car. This ETA calculator will let you work out the day and time you will reach the end of your journey, as well as showing you how long your trip will take.

Instructions:

• Choose the units of measurement you prefer, either metric or imperial.
• Input the total distance of your journey in the Total Distance to Drive section.
• Input your expected average speed.
• Select the time and date of your departure.
• If you're planning to make stops, input how many you are expecting and the average time you will be stopping (optional).
• Click on "Calculate" to see your results.

Unit System: Imperial Metric

Total Distance to Drive: mi

Avg Vehicle Speed: MPH

Departure Date & Time:

# Scheduled Stops: 0 1 2 3 4 5 6 7 8 9 10 15 20 25 50

Avg Time @ Each Stop: 0 1 2 3 4 5 6 7 8 9 10 11 12 hrs 0 1 2 3 4 5 10 15 20 25 30 35 40 45 50 55 mins

Estimated Time of Arrival (ETA)

The estimated time of arrival is the time at which any cargo, airplane, ship, or vehicle is predicted to reach a given destination, e.g., a bus company will provide an ETA for its journeys based on the average speed expected for a bus over a specific journey. The distance to travel is divided by the speed and this gives an approximate estimate of the time the bus will arrive. Of course, this does not allow for unpredictable events that may happen during the course of a journey, e.g., accidents, breakdowns, poor weather, etc.

ETA Calculation Example

Imagine that you've been on vacation at a spot 600 miles from your hometown. You are expecting to keep up an average speed of 60 mph on your journey home, and you have built five 15 minute rest breaks into your schedule, so 75 minutes (1 hour 15 minutes) in total. You plan to set off on August 30, 2020, at 2 PM. With this information, we can find out your ETA by taking total drive time (total distance divided by average speed plus total time spent on stops) and adding it to your time of departure, thus:

600 miles / 60 mph = 10 hours + 1 hour 15 minutes breaks = 11 hours 15 minutes

2 PM + 11 hours 15 minutes = 1:15 AM

ETA: August 31, 2020, 1:15 AM

You may also be interested in our Fuel Economy Calculator

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Definition of 'journey time'

Journey time in british english.

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How accurate is Google Maps Journey time?

By: luke stewart tag(s): geolocation published: feb 01, 2021.

I have been doing quite a bit of work with businesses and government organisations on how to use Google Maps in real time and in particular the predictive Journey times and Estimated time of Arrival (ETA) functionality available through the Google Maps APIs .

One question that always comes up is how accurate the journey times are. So, I decided to put Google Maps to the test to find out just how reliable it is.

Testing the accuracy of Google Maps journey times

Google does not provide much documentation on the actual accuracy of their journey times, so it often comes down to the potential user to test this for themselves. Having used Google Maps for my own in-car navigation for a few years, I believe the predicted journey times are indeed very accurate. I would quite often let the person at the other end of my journey know my ETA and — bingo — arrive at that exact time. However, I had not validated the accuracy of the journey times. This is exactly what I have been doing over the last couple of months.

Over the past two months, I have noted the predicted journey time at the start of any car trip and measured this against the actual time. Having completed the analysis, I can confirm that, as expected, the Google Maps journey times are very accurate. Below is a summary of my findings.

Google Maps journey time analysis and findings

To undertake the analysis, I would enter my route into Google Maps, note down the predicted journey and arrival times and compare these to the actual times. I tried my best to stick to good driving behaviour, speed limit etc. to make sure the results were as representative as possible.

I conducted 56 individual trips with an average distance of 18 miles and journey time of 32 minutes. The trips were mainly from my house in Hampshire to locations in the South of England. I spent an average amount of each journey on motorways, A and B roads, with the odd country lane thrown in for good measure. I also recorded the traffic conditions based on the Google Maps navigation app and if the whole route equaled green, orange or red traffic. The majority of my trips were in green or orange, but I did have some with red traffic for comparison.

Considering the number of journeys I undertook and their average time and distance, I think an average of 1.8 min out of predicted journey time is a very good result. This gives me a lot of confidence about the accuracy of Google Maps journey times. It also gives me a lot of confidence that the technology we are offering to our customers is the best and most accurate there is.

One thing to note is that the journey time accuracy went down based on the amount of traffic on the route and the distance travelled. This is expected as those two variables make predicting journey times much harder. However the accuracy does not fall by a significant amount and my confidence in Google’s journey accuracy stays high even when undertaking long trips in traffic.

One further thing to note is I excluded from the results any trip that had an unpredictable incident such as a car crash, although there was only one such incident over my trips.

How does Google Maps work out journey times?

Google calculates journey time by measuring the distances between your two chosen points, and applying any speed limits that are in place on the route to provide a perceived average speed for the journey. This is then used to compute the forecast arrival time at the destination.

Crucially, however, Google Maps also layers over additional live, real-time data to ensure that these trip times are as accurate as possible. Data is sent anonymously to Google from Apple of Android smartphones that have Google Maps open, or from any Android device that shares location information. This data is then used to provide real-time updates on traffic congestion and incidents, which is then taken into account alongside the distance and typical journey time to provide a more reliable and realistic estimate.

The evolution of Google Maps journey time predictions

Google Maps journey time predictions have evolved to the point where they can now give highly accurate real and predictive journey times, even over long distances and in rush hour traffic conditions. These journey times have a wide range of uses, not only in the consumer world to help people navigate and understand when they will arrive at their destination but also in business and government to help improve customer service and plan new infrastructure.

I believe the journey times provided by Google Maps are the most accurate available in the UK and Europe, and most probably in the world. This information can help businesses and government services improve the services they provide and do so in a much more cost effective manner. I will be exploring some of these use cases and how Google predicts its journey times in subsequent posts.

Working with a Google Maps Premier Partner

A Google Cloud Partner like Ancoris can help you apply the power of Google Maps to solve current business challenges and develop new digital models using   location-based services .

We’re not only a Google Maps Premier Partner but have achieved Google’s Location-Based Services Partner Specialisation. This means we’ve demonstrated both technical proficiency and proven success in building and managing applications using the best of Google Maps Platform and Google Cloud Platform in both web and mobile environments.

If you’d like to find out more about how we can help you, why not take a look at some of our customer success stories or   talk to the experts in our Google Maps team .

Article updated June 2022 First published February 2018

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What is TravelTime?

Create a Travel Time Map

Travel time map generator & isochrones, i know i can get from a to b by public transport within my selected time, but it's not showing up.

• Walking to the station platform
• Waiting for the next available departure
• Time spent boarding the train
• Giving enough time to take the A to B journey
• Depart on the station on the other side.

You can't drive that far / you can drive much further than that"

• Open another mapping app of your choice and enter an A to B route
• Select a departure time for tomorrow.

Still not convinced?

About this tool, what is a travel time map, how to create a drive time radius map or other modes.

• Select a start location
• Select a maximum travel time limit
• Select a mode of transport, for example driving
• Voila! There's your driving radius map

Use cases for consumers

• Create a commute time map so you can see where to live based on commute time.
• How far can i travel in a given time: compare transport coverage for different areas.
• Create a drive time radius map: explore how far you can travel on a road trip.

Use cases for businesses

• Travel time mapping up to 4 hours & cross reference other data sets in GIS such as population data
• Site selection analysis: analyse the best location to locate a business by adding thousands of analysis points
• Create a distance matrix or travel time matrix & calculate travel times from thousands of origins to thousands of destinations
• Network analysis / travelling salesman problem: use spatial analytics to solve routing problems
• Commute time map - plot thousands of employee commute times for an office relocation
• Create up to 3 time polygons visualising where's reachable within 2 hours or less. Our API can create large travel time areas, talk to sales.
• Calculate travel times from an origin to various points of interest - in this demo we use points from Foursquare Give A to B routing details

Full access

• Book a demo
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TravelTime Features

• See 'How far can I get' in X minutes
• Create a drive time map or any other transport mode
• Overlap many shapes & highlight overlap area
• Search points of interest within the area
• Get A to B routing details

Where can you go by train in 8h?

This map shows you how far you can travel from each station in Europe in less than 8 hours.

Hover your mouse on the map to see the isochrones from that city, search for a station, or click on one of the examples below.

This map is based on estimated travel times, using data from the Deutsche Bahn through Direkt Bahn Guru . Actual timetables may vary.

'Coordinated Lunar Time': NASA asked to give the moon its own time zone

The White House wants the moon to have its own time zone.

On Tuesday, Arati Prabhakar, the head of the White House Office of Science and Technology Policy (OSTP), asked NASA to establish a unified standard time for the moon and other celestial bodies.

Prabhakar asked the space agency to coordinate with other government agencies to come up with a plan to create a Coordinated Lunar Time (LTC) by the end of 2026.

Time moves quicker on the moon

Time moves quicker (by 58.7 microseconds) every day on the moon relative to Earth because of the different gravitational field strength on the moon, the memo said.

"The same clock that we have on Earth would move at a different rate on the moon," Kevin Coggins, NASA's space communications and navigation chief, said in an interview with Reut ers .

The LTC would provide a time-keeping benchmark for lunar spacecraft and satellites that require extreme precision for their missions.

"Think of the atomic clocks at the U.S. Naval Observatory (in Washington). They're the heartbeat of the nation, synchronizing everything. You're going to want a heartbeat on the moon," Coggins said.

Artemis program: Here's why NASA's mission to put humans back on the moon likely won't happen on time

Synchronized time and lunar missions

In 2017, NASA formed the Artemis  program, to re-establish crewed lunar missions. The space agency aims to establish a scientific lunar base that could help set the stage for future missions to Mars. Dozens of companies, spacecraft and countries are involved in the effort.

An OSTP official told Reuters that without a unified lunar time standard it would be challenging to ensure that data transfers between spacecraft are secure and that communications between Earth, lunar satellites, bases and astronauts are synchronized.

Discrepancies in time also could lead to errors in mapping and locating positions on or orbiting the moon, the official said.

"Imagine if the world wasn't syncing their clocks to the same time - how disruptive that might be and how challenging everyday things become," the official said.

Contributing: Reuters

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You can look for cities near any location including airports, landmarks, and other cities. If you have a particular distance or travel time, you can search for cities within a radius .

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King Charles III opens parts of Buckingham Palace, Balmoral Castle for 1st time

The room off Buckingham Palace's balcony will now be accessible to the public.

King Charles III is giving the public a never-before-seen glimpse into two of the most iconic royal residences, Buckingham Palace and Balmoral Castle .

Starting this summer, members of the public will be able to tour the East Wing of Buckingham Palace for the first time, according to an announcement Wednesday from the Royal Collection Trust.

The tour will include a stop in the room that members of Britain's royal family gather in before stepping out on the palace's famous balcony, where they wave to the public after major events like coronations , jubilees and the annual Trooping the Colour .

The East Wing tour will also include visits to rooms used by the royals for official meetings and events, according to the Royal Collection Trust.

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The tour, which will run daily in July and August, comes after five years of renovations to the East Wing to "upgrade the historic building's infrastructure, improve access and preserve it for future generations," according to the Royal Collection Trust.

MORE: Queen Camilla receives well wishes for Kate Middleton after cancer diagnosis

Also opening this summer for the first time is Balmoral Castle, the royal family's estate in Scotland.

Balmoral Castle was particularly beloved by the late Queen Elizabeth II , who spent the final months of her life there in 2022.

Starting on July 1, guided tours of the interior of the castle will begin for the first time ever, according to the castle's website .

The tours will run through Aug. 4, and are only open to 10 people at a time. Tickets for the Castle Interior Tour start at just over $120 per person, according to the website. Tickets for the Castle Interior Tour with Afternoon Tea, which is offered to adults only, will cost around $190 per person.

"You will learn about the origins of the Castle and how it has been loved by generations of the Royal family," the description for the tour reads. "Travel through time from the purchase of the Balmoral by Queen Victoria and Prince Albert, through to present day, where you can see how rooms within the Castle are used today by their Majesty's The King and Queen and other members of the Royal Family."

MORE: What's next for Kate Middleton, Prince William and their kids after cancer diagnosis

Starting in early May, the castle's gardens, exhibitions and grounds will also be open to the public on a daily basis through mid-August, as they are each summer, according to the castle's website .

Tickets for tours of the grounds, gardens and exhibitions at Balmoral can be purchased online, with prices ranging depending on group size, age and tour experience.

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Frugal Traveler

Credit Card Swipe Fees Are Going Down. Are Points Going With Them?

A new agreement by Visa and Mastercard to reduce fees charged to merchants may drain the lucrative rewards that grant free travel to many credit card users.

By Elaine Glusac

Elaine Glusac is the Frugal Traveler columnist, focusing on budget-friendly tips and journeys.

On Tuesday, the largest credit card companies in the United States reached an agreement with merchants to reduce the so-called swipe fees retailers pay for accepting credit card payments, potentially saving the retailers $30 billion.

These fees also help fund the credit card rewards programs that many travelers redeem for things like free flights and hotel stays, leading points hawks to wonder: Are loyalty programs at risk?

Here’s what we know so far about the changes.

What are the terms of the deal?

Last year, credit card payments generated an estimated $72 billion in fees paid by merchants, which are generally passed along to customers in the form of higher prices. For nearly 20 years, merchants have been seeking reductions in the fees they pay Visa and Mastercard for handling transactions where the cards are used.

The proposed settlement , awaiting approval in a federal court, reduces and caps those fees for five years. It would also allow merchants to potentially charge consumers more based on the card they pay with. For example, a person paying with a premium card like the Chase Sapphire Reserve, which costs $550 a year, could be charged more than someone paying with the more basic Chase Sapphire Preferred card, with an annual fee of $95.

Why does it matter?

The majority of the fees collected go back to the banks that issue the credit cards. Those banks have used the funds to push premium credit cards that offer loyalty points, which can be redeemed for free travel and other perks. The cards with the biggest benefits tend to be those that charge higher swipe fees.

While the reduction in the fees collected sounds small — averaging at least .07 percent — they represent an estimated $30 billion over the five-year term of the deal, which banks could try to make up by reducing points perks.

“It’s reasonable to think that,” said Brian Kelly, the founder of the Points Guy , a news site devoted to maximizing credit card points.

While he speculated that banks will be able to “find other ways to make up the difference,” he acknowledged that a points squeeze could emerge.

“Opportunities to earn probably aren’t going to flourish,” he said.

The idea that merchants could charge more to the holders of premium, perks-rich cards, which are expensive, might also deter consumers from using them. Some experts question the viability of the practice given the potential for consumer backlash.

Is the new agreement related to the Credit Card Competition Act?

The legal actions that led to the new credit card agreement date back to 2005. But the newer Credit Card Competition Act , proposed in 2023, aims to introduce more competition in the credit card payment system. By creating a cheaper alternative pipeline for processing payments, the proposed legislation is seen as a greater threat to rewards programs.

Responding to the just-announced agreement between the credit card companies and retailers, Senator Dick Durbin, Democrat of Illinois, and the lead sponsor of the Credit Card Competition Act, released a statement urging the act’s passage.

“I fear that this deal only provides temporary concessions negotiated by a few lawyers behind closed doors,” he said in the statement.

Other experts said the agreement may ease the pressure on Congress to pass the act.

“I think it’s a way for Visa and Mastercard to show that they are making a good-faith effort to help out merchants by lowering the fees they’ve been complaining about for 20 years, and hopefully enough to let senators know they’re doing their part,” said Chris Hassan, the social media and brand manager for Upgraded Points , a website that tracks credit card benefits.

Separately, the proposed merger between Capital One and Discover, which is pending federal approval, could introduce more competition among credit cards and potentially improve rewards for holders of those cards.

What should I do now?

The points and payments systems won’t change until the agreement is approved, which is expected in late 2024 or early 2025, according to a news release from Mastercard.

But the topic should remind travelers of the reality of playing with points: The rules always change. Values tend to fall as redemption levels rise, which companies issuing these currencies are free to adjust at will.

If you have points, spend them, say experts like Sara Rathner, a travel and credit card specialist at the financial website NerdWallet . “They’re not a trophy to dust and admire.”

Follow New York Times Travel on Instagram and sign up for our weekly Travel Dispatch newsletter to get expert tips on traveling smarter and inspiration for your next vacation. Dreaming up a future getaway or just armchair traveling? Check out our 52 Places to Go in 2024 .

Open Up Your World

Considering a trip, or just some armchair traveling here are some ideas..

52 Places:  Why do we travel? For food, culture, adventure, natural beauty? Our 2024 list has all those elements, and more .

Mumbai:  Spend 36 hours in this fast-changing Indian city  by exploring ancient caves, catching a concert in a former textile mill and feasting on mangoes.

Kyoto:  The Japanese city’s dry gardens offer spots for quiet contemplation  in an increasingly overtouristed destination.

Iceland:  The country markets itself as a destination to see the northern lights. But they can be elusive, as one writer recently found .

Texas:  Canoeing the Rio Grande near Big Bend National Park can be magical. But as the river dries, it’s getting harder to find where a boat will actually float .