Shark Reef & Yolanda Reef

Sharm El Sheikh · Sinai Peninsula · Egypt

Shark Reef and Yolanda Reef together form what many experienced Red Sea divers consider the single greatest dive in Egypt. Located at the extreme southern tip of the Sinai Peninsula within Ras Mohammed National Park, these two coral towers rise from deep water and are exposed to open ocean currents that bring nutrients, plankton, and predators in abundance. The standard dive follows a drift route that covers both reefs, delivering dramatic changes in scenery across a single unforgettable descent. I remember my first time dropping into the blue off Shark Reef's north wall and immediately spotting three grey reef sharks cruising below at around 30 meters. The wall itself is a vertical coral cliff covered in soft corals, gorgonian fans, and massive plate corals. Napoleon wrasse of extraordinary size patrol the wall edge, utterly indifferent to passing divers. Schools of bohar snapper stack up in the current, their silver flanks flashing as they shift formation. Looking into the blue, the silhouettes of barracuda and jacks are constant. The drift carries you across a sandy saddle at around 15 meters to Yolanda Reef. Here the dive transforms into something genuinely surreal. Scattered across the reef slope lie the remains of the MV Yolanda's cargo: porcelain toilet bowls, bathtubs, and washbasins sitting upright on the seabed, encrusted with coralline algae and surrounded by curious reef fish. The contrast between pristine coral and bathroom fixtures is simultaneously absurd and beautiful. Yolanda Reef itself offers superb coral gardens in the shallows between 5 and 15 meters, with table corals and branching formations hosting dense communities of anthias, butterflyfish, and wrasse. Giant moray eels peer from crevices, lionfish hover under ledges, and blue-spotted stingrays scatter from sandy patches. The combination of pelagic drama at Shark Reef and the unique character of Yolanda makes this a dive that justifies its legendary reputation, delivering something different every time conditions change.