| Train Ticket Price: | $214 |
|---|---|
| Avg. Train Duration: | 47h 3m |
| Train Companies: | Amtrak |
| Daily Trains: | 2 |
| Trains depart from: | Salisbury |
| Trains arrive in: | Evansville |
Information about the train from Salisbury to Evansville. The train is one of the safest modes of transportation in existence, and offers a comfortable atmosphere for you to relax on your journey from Salisbury to Evansville. Best of all, getting from Salisbury to Evansville is budget-friendly, with train tickets starting at just $214. This is an estimate, so please contact the train ticket seller directly for precise information.
According to our database, the best route to go from Salisbury to Evansville is through O'Fallon. Take a look at the route we propose for this trip. We show you all available schedules for each train trip.
Salisbury Station
O'Fallon Station
44h 18m
$202
Amtrak
O'Fallon Station
Evansville Station
6h 13m
$49
Amtrak
O'Fallon Station
Evansville Station
8h
$50
Amtrak
If you want to get cheap train tickets from Salisbury to Evansville we recommend that you book in advance as the best Amtrak tickets sell out fast.The cheapest ticket is usually $214 and the most expensive one to go to Evansville is approximately $252. .
The first train leaves at 02:32 from Salisbury and costs $202 while the last one arriving at Evansville costs $50 and it is at 07:35.
The companies that can help you are: Amtrak.
Each company has its rules and depending on the ticket, price, and offer different refund policies apply. We recommend that you contact the company where you bought the ticket to get a solution.
In Goticket we try to give a solution for every trip the user asks. Sometimes is not possible but we do our best to group different train direct routes to in order to create a multi-step journey that satisfies the user. This is the route we recommend::
1.- Salisbury -> O'Fallon
2.- O'Fallon -> Evansville
The approximate distance between the two places is 790 km. With the route we propose, it will take approximately 47h 3m.