Coach Villa San Giovanni to Rome

687 km 7h 30min From £ 13
FlixBus Villa San Giovanni Rome
Find your coach tickets from Villa San Giovanni to Rome

The Villa San Giovanni - Rome coach journey

Recommended
🚌
Coach
From
£ 13*
Duration
7h 30min
Book your coach ticket →
🚆
Train
From
£ 19*
Duration
5h 41min
✈️
Flight
From
£ 49*
Duration
1h 10min

* Indicative lowest prices observed.

687 km
Road distance
7h 30min
Estimated coach duration
102 kg
CO2 saved vs car

Everything about the coach from Villa San Giovanni to Rome

Everything about the coach from Villa San Giovanni to Rome economical, often cheaper than the train, practical and eco-friendly. The journey covers approximately 687 km and takes approximately 7h 30min. Coach tickets from Villa San Giovanni to Rome are available from £ 13.

This route is served by FlixBus, with several departures per week. Book in advance for the best fares.

From an environmental perspective, choosing the coach over the car for this journey saves approximately 102 kg of CO2, equivalent to 4.1 trees planted.

Your carbon saving

By taking the coach instead of the car between Villa San Giovanni and Rome

By car
122 kg CO₂
By coach
20 kg CO₂
Saving
−102 kg CO₂
Trees planted
≈ 4.1

Everything about the coach between Villa San Giovanni and Rome

How much does the coach from Villa San Giovanni to Rome cost?

Coach tickets from Villa San Giovanni to Rome are available from £ 13. Prices vary by date and availability.

How long does the coach journey from Villa San Giovanni to Rome take?

The coach journey between Villa San Giovanni and Rome takes approximately 7h 30min.

How far is it from Villa San Giovanni to Rome?

The road distance between Villa San Giovanni and Rome is approximately 687 km.

Which coach companies operate the Villa San Giovanni to Rome route?

The Villa San Giovanni to Rome route is served by FlixBus.

Is the coach from Villa San Giovanni to Rome eco-friendly?

Yes! By taking the coach instead of the car between Villa San Giovanni and Rome, you save approximately 102 kg of CO2.