

Best for advanced divers, 14-40m, boat entry, strong current.
Chumphon Pinnacle is a large granite formation located 11 kilometres from Koh Tao. The site consists of a main pinnacle surrounded by smaller rock formations, creating a complex reef and wall topography. Depths range from 14 to 40 metres, with an average depth of 22 metres. Due to its offshore location, boat access is required. Divers should be prepared for strong currents and potential surf at the surface. A deep thermocline is sometimes present between 25 and 30 metres, while water temperatures generally remain between 28 and 30 degrees Celsius. This site is suitable for advanced divers capable of managing variable visibility and currents.
10.16190, 99.81130
Adding Nitrox to your dive plan is a good choice to extend bottom time at this deep site.
The site is located approximately 5 to 12 kilometers northwest of Koh Tao and Koh Nangyuan, requiring a 30 to 45 minute boat journey.
Recorded at this site
Depth
14-40m
Visibility
10-40m
Skill Level
Advanced
Entry
Boat
Boat required
Water Temp
28-30°C
Current
Strong
Typical Dive
60 min
Best Time
Mar, Apr, May, Sep, Oct
No, this site is intended for advanced divers due to the depth, strong currents, and open-water conditions.
The site ranges from 14 to 40 metres deep, with an average depth of 22 metres.
Boat access is required to reach this pinnacle, which is located 11 kilometres from the shore.
Visibility ranges from 10 to 40 metres, and water temperatures are consistently between 28 and 30 degrees Celsius.
Divers should be cautious of strong currents, surface surf, and the presence of lionfish.
Diving at Chumphon Pinnacle in Koh Tao requires the following certifications: Advanced, Deep. Always dive within your training limits.
A rashguard or 2mm shorty is recommended for diving at Chumphon Pinnacle in Koh Tao. Water temperatures range from 28°C to 30°C.
The best months to visit Chumphon Pinnacle in Koh Tao are March, April, May, September, and October. Conditions outside these months can still be good but are less predictable.