James Bond Island and Naka Island by Speed Catamaran with Lunch - Full-Day Tour

Informazioni generali

Destinazione
Phuket, Thailandia

Il programma nel dettaglio

Experience the trip to iconic Phang Nga Bay with maximum style and luxury on board our catamaran. This tour takes you to the magical world of Phang Na Bay. This is the best tour that helps you discover the amazing biodiversity of Phang Na Bay in one day. Visit James Bond Island and explore the sea caves of Hong Island by kayak. Enjoy a beautiful sunset ocean panorama while having dinner onboard.



James Bond Island is a famous spot to discover the distinctive sheer limestone cliffs spearing up from the emerald-green water. This is where James Bond's" The Man with the Golden Gun" was filmed. Hong Island is a fantastic site of limestone cliffs and dazzling turquoise water and an area to experience the fine white powdered sand beach. Panyi Island is a fishing village built on the stilts over the shallow sea. It is a cultural destination to experience the community's daily life. Panak Island is well known for its incredible cave, stalactites and lagoons. Naka Island has broad and sandy beaches with a breathtaking view across Phang Nga Bay. Rung Yai island has a treasure hiding the pearl farm and has high privacy.



Our boat ensures all the modern luxuries, fabulous meals, great music, and a lively dance floor, as you sail in between many of the islands we take you to.



This is going to be a day full of activities, and explorations and we are going to make it fun by offering you the best relaxation and comfort as you step in the boat after each island hopping planned on this action-packed itinerary.



Itinerary

8:30am: Pick up from Hotel

10:15am: Departure from the Pier

11am: Hong Island

12pm: James Bond island

1pm: Panyi Island, Sightseeing

1:15pm: Lunch at Panyi Island

2:40pm: Panak Island, Sightseeing

3:10pm: Naka Island, relaxing on the beach

4:20pm : Rung Yai island, relaxing on the beach

5:30pm : Return to the pier

*Timings are weather-dependent and may change