Train Newton Aycliffe - Wigan prices from £18.77

How long is the journey from Newton Aycliffe to Wigan by train?

Traveling from Newton Aycliffe to Wigan by train will usually take 5 hrs 10 mins. This journey covers a distance of 86.2 mi . When planning your trip, bear in mind that 5 hrs 10 mins is an average, and route times may vary from day to day. Weather conditions, issues with transport, unexpected diversions, and local events could all cause delays to your journey. Please keep the possibility of these exceptional events in mind when making travel plans. The journey from Newton Aycliffe to Wigan covers a distance of 86.2 mi. On average, you can expect your journey to last roughly 5 hrs 10 mins. However, booking the fastest option will see you reach your destination in approximately 2 hrs 58 mins. For faster journeys, look for express routes. Please remember that these may only depart at certain times of day, or on particular days of the week. You may also find that you can go from Newton Aycliffe to Wigan faster by making connections, rather than taking a direct route.

What time are the first and last departures from Newton Aycliffe to Wigan?

If you prefer to travel early, you will usually find the first departure from Newton Aycliffe to Wigan leaving at 08:21. Although things may change depending on the day, in general the last daily departure leaves at 21:21.If you have some flexibility over the day on which you travel, you might find more options available to you. For example, some providers may only run early morning routes on weekdays, when people are traveling to work. You will often find fewer options available on weekends or public holidays. If you want to set off early, take the first departure of the day from Newton Aycliffe to Wigan, which usually leaves at 08:21. The last scheduled departure of the night is normally at 21:21. These timetables may vary depending on the day of the week, or at different times of year.

Which stations can I use on the Newton Aycliffe to Wigan route?

You will be able to leave Newton Aycliffe by using stations such as Newton aycliffe. These connect you to stations including Wigan, Hallgate,Gathurst in Wigan. Check carefully before making a booking. Some or all of these stations will appear on the route, depending on the transport provider you use for your trip. Check carefully to see which route your chosen transport provider follows, to see if it passes through a station that is convenient for your needs. It may be necessary to make a short journey between stations either in Newton Aycliffe or in Wigan, for your convenience while traveling.

How many daily journeys are there from Newton Aycliffe to Wigan?

The exact number of journeys from Newton Aycliffe to Wigan can vary from day to day. Some services may only run on particular days of the week, while others might be seasonal. In general, an average of 12 departures leave each day. These are run by a number of different transport providers, including . On particularly busy days, there can be up to departures. You can usually expect there to be more connections on weekdays. Many providers run fewer journeys on weekends or public holidays. As a traveler, you may prefer to take a direct route from Newton Aycliffe to Wigan. However, you will find more options available to you if you are willing to take a connecting route. These pass through one or more different cities, and you'll have to change along the way. Not all travelers feel comfortable making multiple connections, but if you are, then you will enjoy greater flexibility when making your booking. The exact number of daily departures from Newton Aycliffe to Wigan varies, but in general, you can expect to find 0 direct connections with no changes leaving each day. Travelers who are happy to take an indirect route will find, on average, 12 journeys with one change or more. Unfortunately, no connection was found for your trip from Newton Aycliffe to Wigan. Selecting a new departure or arrival city, without dramatically changing your itinerary could help you find connections.