Welcome to 8216 Lilly Stone Drive, a remarkable mid-century modern Glenmore model home in the sought-after Carderock Springs neighborhood of Bethesda. This unique and rarely on the market model features 5 bedrooms and 3 bathrooms, standing out as one of the few models where you walk in on the main level, offering convenience and accessibility. The main floor hosts the primary bedroom with an ensuite bath along with two additional bedrooms and a bath.

Upon entering this main level, prepare to be captivated by the renovated and expanded living/dining/kitchen area, boasting a pitch high ceiling adorned with delightful skylights. A magnificent wall of glass, comprised of windows and sliding doors, floods the space with natural light and offers picturesque views of the beautifully landscaped backyard. Adjacent to the sliding doors is a charming nook, perfect for an office space, leading to a wonderful Trex deck with great entertaining space and stairs that descend to the enchanting backyard, featuring a charming tree house--and another ideal setting for entertaining guests. Additionally, the dining room boasts an oversized picture window, allowing you to savor your meals while feeling immersed in nature.

Downstairs, a spacious family room with sliding doors opens up to the backyard, creating a seamless indoor-outdoor flow. Additionally, the lower level boasts two more bedrooms, a laundry room, and a full bath, offering ample space and versatility.

This home includes a one-car garage, perfect for both parking and storage needs.

Nestled in a vibrant community, residents enjoy access to the Carderock Springs Swim and Tennis Club, proximity to the Bethesda coop, and a variety of dining options on Macarthur. Furthermore, the home is conveniently located near Potomac Village, offering the perfect blend of convenience and charm. Moreover, the neighborhood's inclusion in the National Historic Registry underscores its timeless appeal, while covenants, an architectural board, and a tree committee contribute to the preservation of its unique character.