Trains from Leicester to Newark on Trent

  • Lowest price from £17.10
  • Average duration 1h 3m
  • Connections per day 19
  • Distance 52 km
  • CO₂ per person 1 kg

train from Leicester to Newark on Trent

The journey from Leicester to Newark on Trent is about 52 km. On average a train trip takes 1h 3m with 19 connections per day.

Lowest price £17.10
Trip duration 1h 3m
Connections per day 19
Lowest price £17.10
Highest price £17.10
First departure 10:43 AM
Last departure 08:44 PM
Distance 52 km
Departure Leicester
Arrival Newark on Trent
Travel operator East Midlands Railway
Find the best price
East Midlands Railway3.64 kg CO₂
17:19Leicester Railway Station
1h 2m
18:30Newark-on-Trent, Newark Castle Railway Station
£6.50
1 changes
East Midlands Railway3.64 kg CO₂
06:41Leicester Railway Station
58 min
08:03Newark-on-Trent, Newark Castle Railway Station
£6.50
1 changes
East Midlands Railway3.64 kg CO₂
19:44Leicester Railway Station
1h 15m
20:59Newark-on-Trent, Newark Castle Railway Station
£6.50
direct

Carriers on this route

Learn more about carriers on this route.

East Midlands Railway is a train operating company that provides passenger services across the East Midlands region of England. It was formed in 2019, taking over the franchise previously operated by East Midlands Trains. The company operates services on routes including London St Pancras to Sheffield, Nottingham to Liverpool, and Norwich to Liverpool. East Midlands Railway also operates local services within the East Midlands, connecting towns and cities such as Derby, Leicester, and Lincoln.

CO₂ emissions by mode

train 3.64kg
bus 3.9kg
flight 10.4kg
carpool 8.32kg
How much CO₂ is emitted travelling by train from Leicester to Newark on Trent?

The train journey between Leicester and Newark on Trent emits 3.64kg of CO₂.

How much CO₂ do I save by taking the train between Leicester and Newark on Trent?

Taking the train between Leicester and Newark on Trent saves 6.76kg of CO₂ compared to a flight, 0.26kg compared to the bus and 4.68kg compared to the car.

FAQ