3110 Rolling Rd, Chevy Chase, MD 20815

Stunning French Normandy Tudor with 5 bedrooms and 4.5 bathrooms, designed by the renowned architect Waverly Taylor. This home features an attached, renovated two-story guest suite, perfect for hosting guests, accommodating extended family, or serving as a private office space. The guest suite's main floor includes a living room, a renovated full bath, and a well-appointed kitchenette equipped with a sink, refrigerator and dishwasher. The upstairs has a bedroom boasting soaring beamed ceilings, recessed lighting, rich wood flooring, and custom railings. This guest suite has multiple glass doors that open onto a spacious patio, perfect for entertaining. This 1935 architectural gem sits on one of Rollingwood's most scenic streets, showcasing a steep slate roof, copper gutters, intricate brickwork, and vintage iron garden gates on a spacious 8,167 sq ft lot. The main house updates feature a new open-concept gourmet kitchen with white shaker-style cabinets, stunning black marble-look quartzite countertops, and high-end stainless steel appliances, including a Wolf gas stove and Sub- Zero refrigerator, with newly refinished hardwood floors throughout. The spacious living room offers gorgeous, newly refinished hardwood floors, high ceilings, wall-to-wall box molding, and a wood-burning fireplace with an original built-in "ash pit" feature for easy clean-up. The living room opens into a sunroom with a dramatic peaked ceiling that has sliding glass doors to a private travertine patio with a water feature, surrounded by mature landscaping. The top floor boasts an owner’s suite complete with a walk-in closet and en-suite bath, along with two additional bedrooms and a hall full bath. This level also includes a new stacked washer/dryer. The expansive attic offers ample storage space or room for expansion. On the lower level, you'll find a family room with high ceilings featuring hardwood floors, a fireplace, recessed lighting, along with a fourth bedroom, a full bath, and a bonus workout space.