20651 PRINCE RANIER Place, Leesburg, FL 34748

Exceptionally expanded and modified Stirling model in Royal Highlands, a gated 55+ golf community offering space, comfort, and impressive upgrades throughout. With 2,692 square feet under air plus an enclosed Florida room adding nearly 300 additional square feet of living space, this home delivers large, spacious rooms and a flexible layout designed for everyday living and entertaining. Recent major updates include a 2021 HVAC and 2015 roof. Curb appeal shines with stunning surrounding landscaping, privacy landscaping in the rear, a paver entry and walkway, and an executive-style entry. Inside, you will find tall ceilings, crown molding, architectural accents, tray and cathedral ceilings, abundant closet space, casual and formal living and dining areas, with an impressive gas fireplace. The cook’s kitchen overlooks the main living areas and features wood cabinetry, Quartz counters, pull-outs, stainless steel appliances, a 6-burner gas range, pantry, and glass tile backsplash. The spacious primary suite includes an en-suite bath with vanity, soaking tub, and step-in shower. The third bedroom is currently used as a library/office and can easily be returned to a large bedroom. Additional highlights include inside laundry, all appliances conveying, water softener, central vacuum, workshop space, BBQ gas line on the back patio, and a full three-car garage with “Magic Stairs” attic access for added safety and convenience. The attic has ample shelving for storing additional household items and decorations. Royal Highlands offers golf, two pools, a fitness center, courts, a great hall with dance floor and theater stage for live performances, a full-service restaurant, putting green, driving range, and many clubs and activities. Conveniently located near the Florida Turnpike, Orlando International Airport, area attractions, shopping, dining, and everything Central Florida has to offer. Buyer to verify all association rules, fees, amenities, golf availability, and age-restriction requirements.