There are 4 ways to get from Hamilton to Kippa-Ring by train, bus, taxi, or car
Select an option below to see step-by-step directions and to compare ticket prices and travel times in Rome2Rio's travel planner.
Train
best- Take the train from Eagle Junction station, platform 4 to Kippa-Ring station, platform 1train Sprp / ...
59 min$2Line 310 bus, line 690 bus
- Take the bus from Sandgate Rd at Toombul, stop 32 to Hornibrook Hwy at Eventidebus 310
- Take the bus from Hornibrook Hwy at Eventide to Kippa-Ring station, stop Abus 690
2h 14m$2Taxi
- Take the taxi from Hamilton to Kippa-Ringtaxi 26.6 km
27 min$65–85Drive 26.6 km
- Drive from Hamilton to Kippa-Ringcar 26.6 km
27 min$5–7
Hamilton to Kippa-Ring by train
Questions & Answers
The cheapest way to get from Hamilton to Kippa-Ring is to train which costs $2 and takes 59 min.
The fastest way to get from Hamilton to Kippa-Ring is to taxi which takes 27 min and costs $65 - $85.
No, there is no direct bus from Hamilton to Kippa-Ring station. However, there are services departing from Kingsford Smith Dr at Bretts Wharf, stop 19 and arriving at Kippa-Ring station, stop A via Sandgate Rd at Toombul, stop 32 and Hornibrook Hwy at Eventide. The journey, including transfers, takes approximately 2h 14m.
No, there is no direct train from Hamilton station to Kippa-Ring station. However, there are services departing from Ascot station, platform 1 and arriving at Kippa-Ring station, platform 1 via Eagle Junction station, platform 4. The journey, including transfers, takes approximately 59 min.
The distance between Hamilton and Kippa-Ring is 36 km. The road distance is 26.6 km.
The best way to get from Hamilton to Kippa-Ring without a car is to train which takes 59 min and costs $2.
It takes approximately 59 min to get from Hamilton to Kippa-Ring, including transfers.
Hamilton to Kippa-Ring bus services, operated by Translink, depart from Sandgate Rd at Toombul, stop 32 station.
Hamilton to Kippa-Ring train services, operated by Translink, depart from Eagle Junction station, platform 4.
The best way to get from Hamilton to Kippa-Ring is to train which takes 59 min and costs $2. Alternatively, you can line 310 bus and line 690 bus, which costs $3 and takes 2h 14m.
What companies run services between Hamilton, QLD, Australia and Kippa-Ring, QLD, Australia?
Translink operates a train from Eagle Junction station, platform 4 to Kippa-Ring station, platform 1 every 15 minutes. Tickets cost $1 and the journey takes 45 min. Alternatively, you can take a bus from Kingsford Smith Dr at Bretts Wharf, stop 19 to Kippa-Ring station, stop A via Toombul Interchange, Sandgate Rd at Toombul, stop 32, and Hornibrook Hwy at Eventide in around 2h 14m.
Train from Eagle Junction station, platform 4 to Kippa-Ring station, platform 1
- Ave. Duration
- 45 min
- Frequency
- Every 15 minutes
- Estimated price
- $1
- Website
- Translink
- Ave. Duration
- 27 min
- Estimated price
- $65–85
Black & White Cabs
- Phone
- +61 13 32 22
- Website
- blackandwhitecabs.com.au
Yellow Cab Co
- Phone
- +61 13 2227
- Website
- yellowcab.com.au
Want to know more about travelling around Australia
Rome2Rio's Travel Guide series provide vital information for the global traveller. Filled with useful and timely travel information, the guides answer all the hard questions - such as 'How do I buy a ticket?', 'Should I book online before I travel? ', 'How much should I expect to pay?', 'Do the trains and buses have Wifi?' - to help you get the most out of your next trip.
Related travel guides
10 amazing places to get away from it all in Australia
Read the travel guide
4 of the smartest ways to explore Australia
Read the travel guide
More Questions & Answers
Hamilton to Kippa-Ring bus services, operated by Translink, arrive at Hornibrook Hwy at Eventide station.
Hamilton to Kippa-Ring train services, operated by Translink, arrive at Kippa-Ring station, platform 1.
Yes, the driving distance between Hamilton to Kippa-Ring is 27 km. It takes approximately 27 min to drive from Hamilton to Kippa-Ring.
There are 539+ hotels available in Kippa-Ring.


