Single Family Home
17352 ROBINSON AVENUE
17352 Robinson Avenue, Port Charlotte, FL, 33948
One or more photo(s) has been virtually staged. Experience the ultimate in luxury living with this completely remodeled home featuring your dream kitchen, abundant storage, and spacious bedrooms. Step outside to a stunning heated pool complete with a large sun shelf and splash pad, perfect for relaxation and entertainment. The oversized lanai offers ample space for both lounging and dining, with convenient access to a bathroom directly from the pool area. Enjoy seamless indoor-outdoor living with sliders from the living room, dining room, kitchen, and master bedroom that open to the lanai and pool. With a new roof and skylights, this home is bright and inviting, exuding warmth and love from the moment you enter. Rest easy knowing this property has never flooded or experienced water intrusion, even during hurricanes. The large yard is already fenced in for the safety of your pets. Must see!!
Lot Info
- Lot Size Square Feet 10355
- Legal PCH 044 3285 0005 PORT CHARLOTTE SEC44 BLK3285 LT 5 265/578 1030/1958 1950/1901 DC3438/772-MR 4455/107 AFF4473/1993 CT3352992
- Subdivision PORT CHARLOTTE SEC 044
- County Charlotte
Waterfront
- Water Frontage No
Details
- Pool Yes
- Garage Yes
- Garage Size 2
- Parking Details Driveway
- Virtual Tour View
- Interior Design Built-in Features, Cathedral Ceiling(s), Ceiling Fan(s), Eating Space In Kitchen, High Ceilings, Kitchen/Family Room Combo, Living Room/Dining Room Combo, Open Floorplan, Primary Bedroom Main Floor, Solid Wood Cabinets, Thermostat, Window Treatments
- Flooring Luxury Vinyl
- Construction Block, Stucco
- Air Conditioning Central Air
- Heating Central, Electric
- Fireplace No
- Utilities Public, Sewer Connected
- Appliances Bar Fridge, Built-In Oven, Cooktop, Dishwasher, Dryer, Electric Water Heater, Exhaust Fan, Microwave, Range Hood, Refrigerator, Washer, Wine Refrigerator
- Pool Features Gunite
- Listing Date 2025-07-15
- Roof Shingle
- Lot Size Acres 0.24
HOA Fees
- Amount $ 0