1927 Wayne Avenue Haddon Heights, NJ 08035

* OPEN HOUSE CANCELLED. PLEASE HAVE ALL OFFERS IN BY 5:00 ON THURSDAY 2/13.*Discover this unique and generously sized storybook split-level ranch ideally situated between Wayne Avenue and New Jersey Avenue in Haddon Heights. Set on an expansive 50' x 170' lot just 1.5 blocks from Haddon Lake Park, this charming home offers 3 bedrooms and 2.5 bathrooms, along with thoughtful features inside and out. A welcoming front entrance is located on Wayne Avenue, while a convenient two car driveway on New Jersey Avenue leads to a walkway and secondary entry. A detached shed provides additional storage. The home features a 30 year architectural shingle roof installed in 2017. Upon entering from either the front or rear, you are immediately greeted by an impressive custom great room addition. This striking space boasts vaulted wood plank ceilings, a gas fireplace set against a floor to ceiling stone wall, new carpeting, oversized windows that frame scenic views and fill the room with natural light, a coat closet, and buffet in the dining area. Half-flight staircases on each side of the great room lead to the cool eat- in kitchen featuring a high ceiling, floor to ceiling cabinetry, gas cooking, a window above the sink, and an eye catching range hood. The main level also includes a convenient laundry closet and a half bath. Adjacent to the kitchen, the living room provides easy access to all three bedrooms and a full hall bath with a tub. The primary bedroom includes double closets and a private full bath with a walk- in shower and a linen closet. Pull down stairs in the hallway offer access to the attic. The full basement provides exceptional storage capacity and endless potential for customization. It includes a utility room, a workshop, and a bar area—ideal for hobbies or an entertainment room. This home presents a wonderful opportunity to create your dream living space in a prime location with quick access to major highways for an easy commute. Schedule your appointment today! Room sizes are approximate.