Welcome to the Enclaves, NORTH OAKVILLE'S BEST KEPT SECRET. This exceptional detached home offers the perfect combination of modern sensibilities and a mature, lush neighbourhood surrounded by amazing walking trails, parks and TOP-RATED SCHOOLS. Beautifully maintained, this home sits on a tree-lined private lot BACKING GREEN SPACE. The Sunningdale neighbourhood is prized for some of Ontario's highest-rated schools, as ranked by the Fraser Institute, including Sunningdale Public School and White Oaks Secondary, with its RENOWNED IB PROGRAM. Inside, the home has been meticulously updated throughout. Rich, newly installed WIDE-PLANK HARDWOOD FLOORING flows seamlessly across the main and second floors. The CHEF-INSPIRED KITCHEN is a standout feature, complete with stainless steel appliances, a professional gas range, double wall ovens, quartz countertops, an oversized island, and a second prep sink with filtered water. The open concept kitchen flows seamlessly into the family room with a TRADITIONAL WOOD-BURNING FIREPLACE, creating the perfect hub for family life. A wall of windows brings the beauty of nature and natural light into the space, creating an organic, comfortable haven. The upper level hosts four spacious bedrooms, highlighted by a primary suite with a GAS FIREPLACE and a 4-piece ensuite. One bedroom features a VAULTED CEILING WITH SKYLIGHTS, creating a bright and airy space for a home office, fitness area or a wonderful bedroom. The fully finished basement adds a FIFTH BEDROOM and a large recreation room. The incredible outdoor space features a HEATED IN-GROUND SALTWATER POOL, a deck, interlocked patios, and a gas BBQ line, making it an ideal setting to kick back on the weekend. Steps away from the wooded ravine trails of Sixteen Mile Creek and close to Sunningdale Park. Residents enjoy easy access to the Sixteen Mile Sports Complex, premier golf courses like Glen Abbey, the Trafalgar GO Train, and the 407. This truly is the best of both worlds.

Virtual Tour: https://vimeo.com/1200049110?share=copy&fl=sv&fe=ci