28 Priscilla Lane, Acton, ME, 04001

Let the seller buy down your interest rate! Seller is willing to pay up to 3 points! Nestled in the heart of Acton, Maine, a stones throw from the New Hampshire border this exquisite new listing beckons those who seek a harmonious blend of nature's splendor and architectural finesse. This residence, a veritable sanctuary of refined living, boasts a classic white exterior that exudes timeless elegance, while its black windows provide a striking contrast that speaks to the discerning eye. Step inside, and you'll find yourself enveloped in 1,380 square feet of meticulously crafted living space. The interior is a testament to the quality of build, where every detail has been carefully considered to create an atmosphere of unparalleled comfort and sophistication. The primary bedroom, a true retreat within this haven, boasts an en-suite bathroom and a walk-in closet that would make even the most fastidious organizer swoon. For the nautically inclined, access to Horn Pond awaits, promising aquatic adventures mere steps from your doorstep. Whether you're an aspiring captain or simply enjoy the therapeutic lull of waves against your kayak. Efficiency meets luxury with a gas heating system, ensuring that you remain cocooned in warmth during those crisp Maine evenings. The rear deck offers an additional vantage point to soak in the surrounding beauty, perfect for those moments when you wish to contemplate life's mysteries or simply decide between a Merlot or a Cabernet. Practicality is not forgotten, a two-car attached garage stands ready to shelter your vehicles, while a mudroom offers a buffer between the great outdoors and your immaculate interior. In this new subdivision, your home stands as a beacon of taste and refinement. With its maintenance-free exterior, you'll find more time to enjoy the finer things in life, rather than tending to tedious upkeep. This isn't just a house, it's a statement, and quite possibly, the location of your future in Maine

Listing courtesy of Real Estate 2000 ME/NH