bus journey time calculator

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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Speed, Distance & Time Calculator

Use this speed calculator to easily calculate the average speed, distance travelled and the trip duration of a vehicle: car, bus, train, bike, motorcycle, plane etc. Works with miles, feet, kilometers, meters, etc..

Related calculators

• Speed, Distance & Time Calculation
• Average Speed formula
• Distance formula
• Duration (Time) formula
• How to calculate the average speed of a car?

    Speed, Distance & Time Calculation

In order to use the above speed, distance & time calculator, or do such math on your own, you will need to know two out of three metrics: speed, distance, time. You will need to convert the metrics to the same time and distance units, e.g. miles, kilometers, meters, yards, feet, and hours, minutes or seconds. For example, if you have speed in mph (miles per hour), time should also be in hours. If you have distance in kilometers, then speed should also be in km/h (kilometers per hour).

The unit of the result will depend on the units you input, but our speed calculator will conveniently display additional units where appropriate.

    Average Speed formula

The formula for average speed, also called average velocity in physics and engineering, is:

where v is the velocity, d is the distance, and t is the time, so you can read it as Speed = Distance / Time . As noted above, make sure you convert the units appropriately first, or use our speed calculator which does that automatically. The resulting unit will depend on the units for both time and distance, so if your input was in miles and hours, the speed will be in mph. If it was in meters and seconds, it will be in m/s (meters per second).

Example: If you took a plane from New York to Los Angeles and the flight was 5 hours of air time, what was the speed of the plane, given that the flight path was 2450 miles? The answer is 2450 / 5 = 490 mph (miles per hour) average speed. If you want the result in km/h, you can convert from miles to km to get 788.58 km/h.

    Distance formula

The formula for distance, if you know time (duration) and the average speed, is:

Example: If a truck travelled at an average speed of 80 km per hour for 4 hours, how many miles did it cover in that time? To find the miles covered, first, calculate 80 * 4 = 320 km, then convert km to miles by dividing by 1.6093 or by using our km to miles converter to get the answer: 198.84 miles.

    Duration (Time) formula

The time, or more precisely, the duration of the trip, can be calculated knowing the distance and the average speed using the formula:

where d is the distance travelled, v is the speed (velocity) and t is the time, so you can read it as Time = Distance / Speed . Make sure you convert the units so both their distance and time components match, or use our trip duration calculator above which will handle conversions automatically. For example, if you have distance in miles and speed in km/h, you will need to convert speed to mph or distance to kilometers. The time unit of the result will match the time unit of the speed measure, so if it is measured in something per hour, the result will be in hours. If it is measured in some unit per second, the result will be in seconds.

Example: If a train can travel 500 miles with an average speed of 50 miles per hour, how long it would take it to complete a 500-mile route? To find the answer, use the formula and substitute the values, resulting in 500 / 50 = 10 hours.

    How to calculate the average speed of a car?

Say you travelled a certain distance with a car or another vehicle and you want to calculate what its average speed was. The easiest way to do that would be by using the calculator above, but if you prefer, you can also do the math yourself. Either way, you need to know the distance to a satisfactory approximation, for which you can use a map (e.g. Google Maps) to measure the distance from point to point. Make sure you measure closely to the path you took, and not via a straight line, unless you travelled by air in which case that would be a good approximation. Of course, having a GPS reading of the distance would be more precise. Then you need to know the travel time. Make sure you subtract any rests or stops you made from the total trip duration.

If the total distance travelled was 500 miles and the time it took you was 5 hours, then your average speed was 500 / 5 = 100 miles per hour (mph). If the distance was 300 kilometers and it took you 5 hours to cover it, your speed was 300 / 5 = 60 km/h (kilometers per hour).

Cite this calculator & page

If you'd like to cite this online calculator resource and information as provided on the page, you can use the following citation: Georgiev G.Z., "Speed Distance Time Calculator" , [online] Available at: https://www.gigacalculator.com/calculators/speed-calculator.php URL [Accessed Date: 05 May, 2024].

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Discover Journey Times with a Travel Time Calculator

3 minute read

By: evelina bezubec

Calculating a journey by distance tells you how far away a point of interest is in miles or kilometers. However, points of interest search tools often assume that you are travelling as the crow flies. In reality, a journey needs to take into account road networks, transport schedules and congestion at certain times of day. This is where a travel time calculator tool can come in handy. A travel time calculator takes all these elements into account. So, no matter the distance, you will get a result that shows you how long it will actually take to reach your desired location. Let’s take a look at some examples.

Omio calculates train, bus and flight options between cities in Europe.

• Enter your start location and your destination
• Enter your travel date(s)
• Select your preferred mode of transport
• Click ‘Search’
• See your results in list and map view

https://www.omio.co.uk/

Calculate an A to B route using the TravelTime routing tool. You can calculate the time it takes using different transport modes.

• Enter your preferred mode of transport
• Enter date and time of departure 
• Enter starting point and destination
• Add a waypoint (optional)
• Click the departure time 
• View the results on list and map view

https://app.traveltime.com/

Unlike other A to B routing tools you can map all the places you can get within a time limit. For example: How far can I travel within 30 minutes by car from my house at 8 am? Try this type of search here . 

Skyscanner is a travel time calculator that allows you to search for flight options from all the different operators.

• Click ‘one way’, ‘return’ or ‘multi-city’ option
• Enter your starting and destination airports
• Enter your preferred departure and return dates
• Select the number of passengers
• Click ‘Search flights’
• View results in a list view
• Add further filters, such as fastest route, direct route, preferred airline

https://www.skyscanner.net/

Citymapper is a transport app that allows users to search for driving, cycling, walking and public transport routes in urban areas. 

• Enter your starting address or use current location
• Enter your destination
• Click the green arrow 
• View your results in a listview separated by mode of transport
• See Citymapper’s suggested route based on fastest travel time

Open Source Routing Machine

The Open Source Routing Machine (OSRM) is an open-source router designed for use with data from the OpenStreetMap project to calculate drive times.

• Enter your starting location or address
• Use the + sign to add an optional waypoint
• Click ‘enter’ 
• View the driving route on the map

http://project-osrm.org/

Try the TravelTime travel time calculator today

DRAW FREE TRAVELTIME MAPS

Using TravelTime it's possible to make bespoke travel time polygons showing where's reachable within a travel time area. To discuss your bespoke project, get in touch .

Calculate thousands of travel times with the TravelTime API

Driving Time Calculator

Driving time between two cities.

Travelmath helps you find the driving time based on actual directions for your road trip. You can find out how long it will take to drive between any two cities, airports, states, countries, or zip codes. This can also help you plan the best route to travel to your destination. Compare the results with the flight time calculator to see how much longer it might take to drive the distance instead of flying. You can also print out pages with a travel map.

You may want to search for the driving distance instead. Or if you're thinking about flying, make sure you compare flight times between airports. For a long road trip, check the cost calculator to see if it's within your budget.

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Tracc travel time analysis.

The Leading Multi-Modal Travel Time Analysis Tool

Introduction

Our tracc software is the market leader in public transport analysis. tracc creates accurate multi-modal journey time calculations, including walking, cycling, public transport and car helping people calculate access and create detailed what-if scenarios..

How TRACC works

Download Datasets

Create journey times from many origins to many destinations at local, regional or national scale. TRACC has industry compatibility, to ensure inclusion for data you have.

Edit/Customise Data

Upload transport networks such as buses, trains, walking or cycling routes into the application. Start making changes to timetables, routes and roads to see how these changes impact access across the network.

Publish Maps Export results visually or using detailed reports to show your analysis to internal and external stakeholders.

Features in TRACC

• Advanced Public Transport Analysis
• Accurate Analysis
• Travel Time Visualisations

Different Output Options

PTAL Championed by Transport for London and now utilised all over the world, PTALs combine walk times from a chosen point to the network (stations and bus stops, for example) together with service frequency data at these locations to give an access score to highlight areas poorly served by scheduled transport services.

O/D Matching The ability to run calculations for specific OD pairs. When calculations run into the billions, this allows data to be cherry picked to ensure TRACC runs quickly and does not calculate what you don’t need.

Local Accessibility

Want to know how far away a development is from a bus stop, TRACC’s powerful local accessibility calculation allows a user to show distance away from a stop at a specific frequency to help users plan where development should be targeted.

Stop Frequency Analysis

TRACC allows a user to see where there are high frequency of services in specific corridors, this allows users to make informed decisions about new routes.

Analyse with Authoritative Data

TRACC can load a variety of datasets from open source data that is freely available, data held internally by your organisation to detailed authoritative datasets from the world's biggest mapping suppliers.

This data can add value by showing demographical information of population-based from national censuses to more detailed studies. TRACC can also utilise detailed speed datasets derived from up-to-date vehicle movements to give accurate bus routing and driving analysis.

Images are really powerful at showing travel time and distance, TRACC allows detailed and accurate isochrones/contours to be created showing customised time bands and colours. These can then be exported out to third party software if required.

When looking at more detailed analysis around irregular points, then a thematic map can be individually styled and exported to third party software showing users different frequency levels of services at bus stops, closest destination analysis or individual routes to name a few.

While allowing detailed visuals, TRAC has a powerful reporting engine that can create various unique reports: -

• Large matrices showing every origin to destination
• Enhanced outputs showing time spent on each mode, interchanges, and dwell time
• Service analysis showing which routes are used most for access
• Frequency reports showing where high-frequency stops are on the network
• Demographic data to show how many people have access
• OD Path files show the exact routes used to create personal journey plans
• PTAL reports showing how the scores are calculated

These files can all be loaded in common office formats allowing users to have a deeper dive into different accessibility metrics..

What have customers used TRACC for?

Sustainable development.

Ensuring new development sites have access to key locations using different modes of transport to encourage modal shift

15 Minute Cities & 20 Minute Neighbourhoods

Providing information how accessible cities are from different modes of transport to key services to allow more sustainable modes to be utilised

Creating Accessibility Indexes

Using different ways to measure access outside of time metrices such as PTAL

Editing Transportation Networks

Look at performance of current transport networks and creating new public transport services and roads to improve access

Assessing Active Travel

Looking at how current footways and cycle ways perform and model benefits such as low traffic neighbourhoods

Fair & Accurate School Catchment

Generate accurate walking and cycling routes for pupil enrolment and promoting modal shift

Get Results Instantly

★ Accurate travel times for public transport, cycling, walking and driving

★ Output as travel time, distance, PTAL score

★ Create millions of journey plans with time spent on each mode

★ Enhance your outputs with detailed contours and thematic maps

★ Add additional information to rank access by utilising demographic data

Success Stories

Tracc used to overturn decision to close nhs emergency centre.

In the spring of 2014, Somerset CCG set out to discover how a proposed centralised stroke service, based at Taunton Hospital, would affect the population of Somerset as a whole

Improving Parking Permit Systems and Promoting Active Travel

Oxford Health NHS Foundation Trust (OHFT) needed to introduce a sustainable car parking permit solution for staff, patients, visitors and service users following increased pressure on their existing car parks.

Department for Transport Uses TRACC to Inform Policy Decisions

The UK Department for Transport (DfT) have been developing and publishing journey time statistics for over 10 years

TRACC Clients

Testimonials.

Using TRACC has allowed us to get much more accurate results; we can put in the whole of our regional bus, rail and road networks. Visualising access better to make decisions.

Joanne Keay

Strategy Officer, Staffordshire County Council

Analyzing accessibility in small geographies such as census blocks reveals hotspots with very poor accessibility that will not show up when bigger geographies are used. TRACC helped us estimate travel times and accessibility between tens of thousands of census blocks within a reasonable time-frame, a task no other software I was familiar with was able to handle.

Amir Poorfakhraei

Senior Transport Planner, East-West Gateway

TRACC Licenses

Standard desktop license, remote server license, concurrent license.

• TRACC Web License

Access TRACC via a local machine, such as a laptop or desktop computer. This user has access to the software that is capable of undertaking large calculations.

✅ User Capacity: One per license

✅ Number of Installs: One

❌ Remote Access:

Machine Requirements: Local Install with Minimum Hardware Requirements.

Accessed remotely, covering cloud services in addition to local installations.

✅Remote Access

Installed on multiple machines/servers, access is controlled via active users.

✅ Number of Installs: Unlimited

An extension of our other licenses with the added advantage of being used anywhere in the world without using capacity on your machine, as well as automatic backups and updates. This license covers the use of TRACC hosted in the Cloud, single login available.

Why TRACC Web? ➊ Unlimited Database Size

➊ Hardware options for your requirement ➊ Hassle-Free Access ➊ Improved Productivity

➊ TRACC Web is ISO 27001 certified