

The SS Oakland rests at 25 to 27 metres off the New South Wales coast, offering advanced divers a substantial wreck dive with proper overhead environment challenges. This steamship went down in 1903, and over a century of submersion has transformed her iron hull into an artificial reef supporting various reef species. The wreck sits upright and largely intact, though you'll need to carefully plan your penetration routes and manage your gas supply at this depth. Visibility ranges from 7 to 18 metres depending on conditions, giving you decent sight lines for navigation and orientation. Mild currents make the descent manageable, but the depth and overhead environments demand solid buoyancy control and wreck diving experience. The structure's age means you'll encounter weakened sections, so keep your fins up and avoid disturbing sediment. Your bottom time will be limited at this depth, so make your first dive a survey of the exterior before attempting any penetration. Various reef species have colonised the wreck, adding marine life interest to the historical structure.
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January and February offer the best conditions for this site, so if you're scheduling a trip, aim for those months. Confirm current facility and charter availability locally before committing, as support infrastructure can vary.
The site is accessed via a boat trip, which is approximately a 30-minute ride from Nelson Bay Marina. Several dive operators in Nelson Bay, such as Feet First Dive, offer charters to the wreck. A mooring line is attached to the stern of the wreck for descent.
The depth requires appropriate certification and dive planning. Wobbegong sharks are frequently found resting on the horizontal surfaces of the wreck, so divers should be careful with hand placement.
Depth
24-28m
Visibility
7-18m
Skill Level
Advanced
Entry
Boat
Boat required
Current
Moderate
Typical Dive
40 min
Best Time
Year-round
The SS Oakland wreck near Nelson Bay, New South Wales requires advanced diving certification and experience. The wreck sits at depths between 25 and 27 metres, which exceeds recreational entry-level limits. Divers must be comfortable with deep diving procedures and overhead environments, as the wreck structure presents potential penetration hazards.
The SS Oakland wreck lies at depths between 25 and 27 metres off Nelson Bay, New South Wales. This depth range requires advanced diving certification and appropriate deep diving training. The consistent depth across the site allows divers to plan their bottom time and decompression requirements accurately.
The SS Oakland wreck near Nelson Bay is best dived during January and February, which correspond to the Australian summer months. These months typically offer the most favourable sea conditions and optimal visibility for exploring the wreck. Divers should check local forecasts, as the site can be affected by seasonal weather patterns.
The SS Oakland wreck near Nelson Bay is accessed by boat from the harbour. Divers must arrange transport with a local charter operator familiar with the wreck's location and the area's marine conditions. The boat journey allows operators to assess surface conditions and select the optimal entry point above the wreck.
The SS Oakland wreck presents two primary hazards: overhead environments and deep depth between 25 and 27 metres. The wreck structure creates potential entrapment risks if divers attempt penetration without proper training and equipment. The depth requires careful air consumption management and decompression planning, with mild currents adding to the complexity of the dive.
Diving at SS Oakland Wreck in Nelson Bay requires the following certifications: Advanced. Always dive within your training limits.
SS Oakland Wreck in Nelson Bay is home to wobbegong sharks, Port Jackson sharks, fiddler rays, shovelnose rays, rock cod, and blue wrasse. Marine life sightings vary by season and conditions.
SS Oakland Wreck in Nelson Bay has depths ranging from 24 metres to 28 metres.
A typical dive at SS Oakland Wreck in Nelson Bay lasts approximately 40 minutes. Actual dive time depends on depth, air consumption, and conditions.