

Best for intermediate divers, 7-25m, shore & boat entry, mild current.
Svenskehavn is a reef and wall dive located off the coast of Bornholm, Denmark. The site features a topography that drops from 7 metres to a maximum depth of 25 metres. Divers can expect visibility ranging between 5 and 15 metres. Access is possible via both shore and boat, though shore entries require caution due to potential surf and sharp rocks. The current is generally mild, but divers should be aware of potential entanglement risks and overhead environments. Given the water temperatures of 4 to 15 degrees Celsius, a drysuit or a well-sealed wetsuit is necessary for all dives.
55.08880, 15.15792
The shore entry can be complicated by surf and sharp rocks, so scout the entry point before gearing up and enter only when the water is calm. Check locally for any current facility information, as on-site amenities are not confirmed.
Located on the eastern coast of Bornholm, Denmark.
Expected in this region. No sightings logged here yet.
Depth
7-25m
Visibility
5-15m
Skill Level
Intermediate
Entry
Shore & Boat
Water Temp
4-15°C
Current
Mild
Typical Dive
45 min
Best Time
Jun, Jul, Aug
The site features a reef and wall structure that ranges from 7 metres to 25 metres deep.
No, this site is rated for intermediate divers due to the presence of overhead environments, potential entanglement risks, and challenging shore entries.
Yes, shore entry is possible, but it can be complicated by surf and sharp rocks. It is recommended to scout the entry point and enter only when the water is calm.
Water temperatures range from 4C in the winter months to 15C in September, making thermal protection essential.
Diving at Svenskehavn in Nexø requires the following certifications: Open Water. Always dive within your training limits.
A drysuit recommended is recommended for diving at Svenskehavn in Nexø. Water temperatures range from 4°C to 15°C.
The best months to visit Svenskehavn in Nexø are June, July, and August. Conditions outside these months can still be good but are less predictable.