This unmissable full-day tour takes you by speed boat to two of southern Thailand’s best known islands – Phi Phi Don and Phi Phi Lay – where you’ll have time to snorkel, sunbathe, relax and enjoy a delicious lunch in the stunningly beautiful surroundings.
After being collected from your centrally located Phuket hotel, you’ll be taken to board the speed boat and begin the scenic hour-long journey out to the Phi Phi Islands.
During your time in Phi Phi Lay, the smaller of the two islands, you’ll see Maya Bay which was made famous in the Leonardo di Caprio film, ‘The Beach’.
Enjoy a delightful Thai lunch at a beachside restaurant in Phi Phi and spend the rest of the day snorkelling, swimming or simply relaxing on the pristine white beaches of the islands.
At the end of the day, you’ll be returned safely to your hotel.
Please note that due to Government restrictions, no stop can be made in Maya Bay, instead other snorkeling stops will be made elsewhere in the beautiful PhI Phi Islands.
Tour Information
Tour Availability: Daily, all year round.
Departure Location: The tour departs from centrally located hotels in Phuket.
Departure Times: You will be collected from your hotel at 8-8.30am approx.
Duration: Please allow a full day (approx. 8 hours) for this tour.
Inclusions: English speaking guide, lunch and hotel transfers from centrally located Phuket hotels.
Exclusions: Any other services not mentioned above.
Additional Information:
- There is no pick up from Avista Resort & Spa. Guests may be ask to go to a nearby hotel to be collected.
- Please Note: A cost of approx. £35 (roundtrip) will apply for pick ups from hotels outside of the immediate area and these locations; Patong, Kata, Karon and Kamala. Pick-ups are free of charge on Tuesdays and Thursdays only.
When you’ve Booked: You’ll receive an initial confirmation from us immediately. We will then send you the specific details within 48 hours once they are confirmed with our supplier. This will include the local operator’s contact details and any further information.