Welcome to 342 Germain Avenue, an unparalleled coastal retreat on an extraordinary gulf access tip lot in the prestigious Conners area of Vanderbilt Beach. This exquisite estate epitomizes the pinnacle of Naples coastal living, offering a unique blend of luxury, privacy and breathtaking waterfront views. At end of Germain Avenue's cul-de-sac, this premium property spans .37 acres and boasts 175 feet of pristine waterfront with western sunset exposure. Just minutes from the open gulf, Vanderbilt Beach, the Ritz-Carlton Beach Resort, and upscale shops and restaurants at Mercato, this location offers the ultimate in convenience and exclusivity. This is a rare opportunity to customize or rebuild a home tailored to your dreams. The existing two-story architectural masterpiece features a grand entryway with massive iron doors, soaring ceilings and dual curved marble staircases that frame a stunning view of the bay. The house includes five bedrooms and 5.5 baths, with two bedrooms and two full baths on the first floor, along with a pool bath. The expansive kitchen, dining room and living areas offer sweeping water views and are ready for your personal touch. The second floor features a luxurious primary suite with a study and two terraces, one overlooking the water and the other offering extraordinary sunrise views. The second level also features two guest bedrooms, both are en suite with large closets and gorgeous waterfront balconies. One of the most extraordinary features of this home is the vast outdoor space, ideal for grand entertaining or a private oasis. The outdoor kitchen and dining area provide a shady respite, while the resort-style saltwater pool and spa, boat and jet ski lifts, gazebo and deck spanning the entire seawall create the ideal backdrop for relaxation and entertainment. If you are seeking an exclusive boater's paradise in the heart of Naples, look no further than 342 Germain Avenue. This is coastal living at its finest. Please note the photos depicting the kitchen, dining area and living room are virtual renderings.