995 9th avenue south 4

Rare opportunity to own a fully renovated, luxurious townhome in the heart of downtown Naples at an incredible value. Ideally located in the exclusive Naples Marina Villas, this residence offers a truly walkable lifestyle just steps from the Naples Boat Club, Tin City, Fifth Avenue South, Cambier Park, waterfront dining, boutique shopping, art galleries, marinas, and everything that makes downtown Naples one of the most desirable destinations in Florida. Opportunities to enjoy this level of convenience, lifestyle, and proximity to Naples' most coveted attractions at this price point are exceptionally rare.

This spacious residence features two oversized primary suites, a spacious first floor den that can be used as a dedicated workspace/office or third bedroom, floor-to-ceiling impact glass, and four private balconies, perfect for enjoying Naples' year-round sunshine. A fully renovated up and upgraded kitchen features ample soft-close cabinetry, matching GE appliances and quartz counters with a waterfall edge. A private attached two-car garage is a highly sought-after and uncommon feature in Olde Naples, along with additional private and guest parking, which provides convenience rarely found in downtown living. The pet-friendly property also includes plenty of outdoor yard space, a new washer and dryer on the first floor, new HVAC and water heater as well as a newer roof on the building.

Nestled within a quiet boutique community of only six residences, this impeccably maintained home offers the perfect combination of privacy and walkability. For investors, the property boasts a strong rental history and exceptional income-producing potential, allowing for both seasonal and long-term leasing opportunities. Memberships to the marina across the street for boat slip and pool access add even more lifestyle value. Whether you're seeking a full-time residence, the perfect seasonal retreat, or an investment property with strong income history, this downtown Naples gem delivers unmatched value, location, and flexibility.