Rarely available and thoughtfully updated, this end-unit 2-car garage townhome in Burke offers a unique and spacious floor plan that stands out from typical designs. With 4 bedrooms and 3.5 bathrooms, the home combines modern updates with an open, airy feel throughout.

Soaring ceilings and abundant natural light highlight the expansive main living areas, creating a bright and inviting atmosphere. The updated kitchen features slate gray cabinetry, Calcutta quartz countertops, a porcelain backsplash, and stainless steel appliances, flowing seamlessly into the living and dining spaces ideal for both everyday living and entertaining.

Upstairs, the home continues to impress with generously sized bedrooms and updated bathrooms. A major functional upgrade sets this home apart; a second HVAC system was added specifically for the upper level, improving comfort and efficiency beyond the original design.

The lower level has been thoughtfully reconfigured to maximize usability, with the basement rec room converted into a true bedroom suite with a full bath, offering flexibility for guests, extended family, or a private workspace.

Additional updates include a new gas water heater, gas furnace, refinished hardwood flooring, painted stair risers, and gutter guards, adding both style and long-term practicality. A new architectural shingle roof further enhances peace of mind.

As an end-unit backing to woods, the home offers exceptional privacy along with direct access to a wide, open common area, providing additional outdoor space rarely found in townhome living, perfect for relaxing, playing, or simply enjoying the setting.

Located within the highly sought-after Lake Braddock school pyramid, and just minutes to the Rolling Road VRE station, Burke Nursery, H Mart, and a variety of shopping and dining options, this home delivers both convenience and lifestyle.

A rare opportunity to own a newer-style, open-concept townhome in one of Burke’s most desirable communities—enhanced with upgrades that improve both style and everyday functionality.