Viceroy Residences Clearwater Beach

551 Gulf Boulevard, Clearwater, FL 33767

Viceroy Residences Clearwater Beach is a beachfront development at 551 Gulf Boulevard, built directly on the white sands of Clearwater Beach as two nine-story waterfront towers holding a combined 86 private residences. The two-tower arrangement is the project's central design decision: it breaks the building into smaller pieces, giving each a shorter corridor, a more private relationship to the water, and a residence count close to forty per building rather than a single eighty-six-unit slab. The towers are designed to provide privacy, unobstructed water views and a resort-oriented residential experience, and the height is capped deliberately at nine stories so that no home sits far above the sand it faces. Residences feature light-filled interiors with soaring ceiling heights, floor-to-ceiling glass and expansive private terraces positioned to capture views of the Gulf of Mexico and the surrounding waterways, and floor plans emphasize open living spaces that connect indoor and outdoor environments. The amenity program is curated to deliver a full-service beachfront lifestyle: a resort-style pool, a beach bar, beachfront dining and lounging areas, a signature restaurant, spa and wellness facilities, a sunset deck and resident-focused social spaces. Hospitality services and lifestyle programming are provided in collaboration with the Viceroy brand, which means the building is staffed and run to a hotel standard rather than a condominium one, with the day-to-day operation handled by an operator whose business is service. The development occupies a private enclave within Clearwater Beach while remaining accessible to dining, entertainment and coastal activities, which is the balance most beachfront buildings promise and few can deliver once the surrounding parcels are built out. Estimated delivery is January 2028, so buyers are contracting ahead of completion, with the service model already defined and the two towers rising together rather than in phases.