Backing directly onto the rolling greens of Heritage Glen Park, this spectacular location offers an incredible backdrop and an idyllic setting for families walking to top-ranked Heritage Glen Public School (Fraser Ranking 8.1) and St. Bernadette Catholic School (Fraser Ranking 8.2). From the moment you arrive, the commanding curb appeal captivates with a newly completed stucco and natural stone/granite stucco front exterior facade. Cross the threshold to discover a breathtaking, architectural masterpiece: a grand, central lantern atrium foyer drawing inspiration from classic Roman design, where a double-height layout is flooded with natural light from a massive overhead central skylight. Tailored for active family life, the carpet-free main level boasts premium engineered hardwood, large-format porcelain tiles, a custom-designed mudroom with effortless garage access, and a family room anchored by a gas fireplace. The remodelled chef's kitchen features rich Shaker cabinetry, quartz counter tops, stainless steel appliances, a built-in pantry, and an instant hot/filtered cold water tap. Step out from the sun-drenched breakfast area into a private backyard oasis, where an expansive composite deck and concrete aggregate patio are beautifully framed by a towering, mature tree line that provides ultimate privacy. Upstairs, four spacious bedrooms showcase rich hardwood flooring, highlighted by a primary retreat with a private den and a spa ensuite with a Jacuzzi tub and full-body jet shower. The fully finished basement ('23) expands your footprint with a wet bar, a hard-wired surround-sound media room, an electric fireplace, a private office, a gym, and an updated 3-piece bath. Complete with an owned water heater, upgraded roof, new electrical panel, and a comprehensive 8-camera security system, this turnkey masterpiece is just 3.5km from the Bronte GO Station and top high schools like Abbey Park (9.3). Minutes to the lake, highways, shopping and downtown Oakville.

Virtual Tour: https://vimeo.com/1202285006?share=copy&fl=sv&fe=ci