Technical dive-site guide with summer visibility, depth, and marine-life details.
Italy · Northern Sardinia (La Maddalena and Tavolara)
Deep Tavolara wall dive with fissures and coralligenous life.
Deep Tavolara wall dive with fissures and coralligenous life.
Occhio di Dio is a Tavolara boat dive with a steep wall, an eye-shaped fissure, boulders, and low-light coralligenous structure. It suits experienced divers who want a deeper, route-driven dive where buoyancy, orientation, and a controlled mooring-buoy entry matter more than easy beach logistics, and where the best dive is the one that stays disciplined along the wall instead of drifting off it.
Site Conditions
Safety Notes
Plan the descent and ascent around the mooring buoy, keep off the wall, and stay conservative in the deeper sections and low-light cracks.
Access Restrictions
Boat access only through a mooring buoy; private dives are allowed in the marine protected area, but this is not a public shore entry.
Legal Notes
Follow Tavolara Punta Coda Cavallo marine reserve rules and mooring-buoy guidance for private diving in Zone C.
Community notes to help plan your visit.
Scuba Diving
Best as an advanced boat dive with planned depth control and a guide who knows the wall and fissure layout.
Freediving
Not a practical freedive site because of the depth, boat access, and wall structure.
Snorkeling
Not a practical snorkel site; the main features are deep and boat-accessed.
Species commonly reported at this site, with direct links into their wildlife guides.
Conservative baseline from public research. No community dives logged yet.
Last Updated
Research Sources
Technical dive-site guide with summer visibility, depth, and marine-life details.
Official marine-protected-area page confirming the site’s Zone C status and mooring-buoy access for private diving.
Operator page with route depth, fissure description, and marine-life details.

Deep boat dive with a rare black-coral colony and gorgonians.

Current-prone Sardinia shoal with rich wall life.

Spargi shoal with gorgonians and current-driven structure.