929 BRUCE AVENUE, CLEARWATER FL 33767

NORTH CLEARWATER BEACH REDEVELOPMENT OPPORTUNITY – BUILD YOUR DREAM COASTAL RETREAT! An exceptional opportunity awaits in the highly desirable North Clearwater Beach community! Located at 929 Bruce Avenue, this property offers buyers, builders, and investors the chance to create a custom coastal residence just a short walk from the beautiful white sands and sparkling Gulf waters of world-famous Clearwater Beach. Situated in an established beachside neighborhood, this property is being offered primarily for its LAND VALUE AND REDEVELOPMENT POTENTIAL. The existing 2-bedroom, 2-bath residence sustained significant flooding during the 2024 hurricanes and has remained in distressed condition, with extensive water damage and mold contamination. The property is being sold AS-IS, with the expectation that a buyer may elect to demolish the existing structure and construct a new residence, subject to applicable building codes, zoning regulations, and permitting requirements. The grounds have recently undergone substantial clearing and cleanup, including the removal of overgrown vegetation, brush, and debris, making it easier to appreciate the property’s setting and redevelopment possibilities. Imagine designing your own elevated coastal retreat, tailored to your lifestyle, just moments from the beach, spectacular Gulf sunsets, neighborhood restaurants, shopping, recreational activities, and everything that makes Clearwater Beach one of Florida’s most sought-after coastal destinations. THE VALUE IS IN THE LAND, THE LOCATION, AND THE OPPORTUNITY! Whether you envision a full-time coastal residence, seasonal getaway, or custom-built beach home, this property offers an opportunity to start fresh in an established Clearwater Beach neighborhood. Property is being sold strictly AS-IS, with no representations regarding the condition or habitability of the existing improvements. Buyers are encouraged to conduct their own due diligence regarding demolition, redevelopment, zoning, floodplain requirements, and construction feasibility