$1,295,000 - 16115 4th Street E, REDINGTON BEACH

Rare opportunity to own an exceptional waterfront property in the highly desirable Town of Redington Beach, offering approximately 116 feet of seawall on a spacious pie-shaped lot with breathtaking open Intracoastal Waterway views stretching nearly one mile across to Millennium Park. This unique setting provides an ever-changing backdrop of spectacular sunrises, colorful sunsets, and abundant marine life, creating an extraordinary coastal lifestyle. The existing 3-bedroom, 3-bath residence with a bonus room offers the flexibility to renovate, expand, or build a custom waterfront estate. Surrounded by luxury waterfront homes, the property presents an outstanding opportunity to create your dream residence in one of Tampa Bay's premier boating communities. A private dock and concrete seawall provide direct access to the Intracoastal Waterway, with a short boat ride to John's Pass and the Gulf. Enjoy boating, paddleboarding, kayaking, fishing, and island hopping right from your backyard. Recent improvements include a new roof (2023) and high-impact windows (2021). The sale also includes an assumable flood insurance policy, elevation certificate, land survey, geotechnical soil report, and custom architectural plans by a respected local waterfront architect, providing valuable resources for future redevelopment. Ideally positioned just a 5- to 7-minute walk from the Gulf white sand beaches, residents also enjoy convenient access to waterfront dining, shopping, parks, and recreational amenities. The property's north-facing orientation offers protection from prevailing weather while maximizing comfortable outdoor living and showcasing beautiful sunrise and sunset views. A future multi-story home could also capture partial Gulf views, further enhancing this remarkable waterfront setting. Whether you're seeking a waterfront retreat to update or the ideal site for a custom luxury home, this is a truly rare opportunity to own one of Redington Beach's most distinctive open-water properties.