4 bedroom detached house for sale

*FOUR BEDROOMS. EXECUTIVE DETACHED. OFF ROAD PARKING AND DOUBLE GARAGE. MOVE IN READY. IDEAL FAMILY HOME. FREEHOLD TENURE. NEFF APPLIANCES. HIGHLY REGARDED LOCATION. EARLY VIEWING ADVISED.*Adams Real Estate are delighted to bring to market this impressive four bedroom detached family home, tucked away in a quiet cul-de-sac within the ever popular residential location of Norton. Perfectly positioned for family life, the property is within easy reach of highly regarded schools, excellent local amenities and major transport links, as well as beautiful green spaces such as St. Berteline’s Woods and Norton Park just a short walk away.The property offers spacious and versatile accommodation throughout, comprising a welcoming entrance hall, generous bay-fronted lounge, separate dining room to the rear, and a useful study, ideal for home working or play room. There is also a downstairs WC, a modern fitted kitchen with integrated 'Neff' appliances, utility room with additional sink and external access, and a conservatory accessed via sliding doors, which opens out onto the rear garden — perfect for entertaining and family living.To the first floor, there are four well-proportioned bedrooms, including a master bedroom with en-suite shower room with Jacuzzi bath, and a family bathroom featuring a Jacuzzi bath.The lounge and two bedrooms also benefit from the addition electric blinds.Externally, the property occupies a generous plot with a large driveway, double garage with electric roller door, side access and a beautifully landscaped rear garden offering plenty of outdoor space.Early viewing is strongly advised to fully appreciate everything this fantastic family home has to offer. Call today to arrange yours.ViewingBy prior appointment only through our Runcorn Office.NoteAll measurements are approximate. No appliances or central heating systems referred to within these particulars have been tested and therefore their working order cannot be verified. Floorplans are for guide purposes only and all dimensions are approximate.