Trains from Xi'an to Chongqing
Your latest searches will appear here.
- Lowest price from CN¥458.54 ≈ ¥10,833
- Average duration 5h 36m
- Connections per day 15
- Distance 568 km
- CO₂ per person 8 kg
train from Xi'an to Chongqing
The journey from Xi'an to Chongqing is about 568 km. On average a train trip takes 5h 36m with 15 connections per day.
| Lowest price | CN¥458.54 ≈ ¥10,833 |
|---|---|
| Trip duration | 5h 36m |
| Connections per day | 15 |
| Lowest price | CN¥458.54 ≈ ¥10,833 |
| Highest price | CN¥499.41 ≈ ¥11,798 |
| First departure | 07:40 AM |
| Last departure | 05:10 PM |
| Distance | 568 km |
| Departure | Xi'an |
| Arrival | Chongqing |
| Travel operator | China Railway China Railway |
CO₂ emissions by mode
The train journey between Xi'an and Chongqing emits 39.76kg of CO₂.
Taking the train between Xi'an and Chongqing saves 73.84kg of CO₂ compared to a flight, 2.84kg compared to the bus and 51.12kg compared to the car.
FAQ
A train ticket from Xi'an to Chongqing costs CN¥480.33 (≈ ¥11,348). Prices vary by how far ahead you book and the time of day. Tickets start from CN¥458.54 (≈ ¥10,833).
The cheapest ticket from Xi'an to Chongqing costs CN¥458.54 (≈ ¥10,833). Book as early as possible and avoid peak times.
Xi'an and Chongqing are 568 km apart.
The journey from Xi'an to Chongqing takes about 5h 36m on average. The fastest option takes 5h 16m.
This route is served by 1 operators: China Railway.
There are about 15 connections per day from Xi'an to Chongqing.
The first train from Xi'an to Chongqing leaves at 07:40 AM. Check times on your travel date.
The last train from Xi'an to Chongqing leaves at 05:10 PM. Check times on your travel date.
We recommend booking as early as possible. The train we found costs CN¥458.54 (≈ ¥10,833) but prices can change.
There are about 15 direct connections from Xi'an to Chongqing.
The shortest train journey between Xi'an and Chongqing takes 5h 16m.
Yes, there is a direct train between Xi'an and Chongqing.
The train journey from Xi'an to Chongqing generates 8 kg of CO₂.