63 VEEVERS Drive, Hamilton, L8K5P6

Home Overview

Description

Luxury Living Meets Natural Serenity. Tucked away on one of Hamilton’s most sought-after streets, 63 Veevers Drive offers a rare blend of refined indoor living and extraordinary outdoor beauty. Backing onto the lush ravine along Red Hill Creek, this exceptional two-story home provides direct access to scenic trails and is just minutes from seven of Hamilton’s picturesque waterfalls. Conveniently located near the Red Hill Parkway, this home checks all of the boxes! Located in a highly desirable East Mountain neighbourhood near the Stoney Creek border, this meticulously updated home offers over 2500 sq ft of finished living space, including 6 bedrooms, spacious principal rooms, and elegant finishes throughout. The main floor welcomes you with hand-scraped acacia engineered hardwood, a bright and open family room, powder room, and convenient garage access. At the heart of the home is a stunning kitchen with quartz countertops, stainless steel appliances, and plenty of soft-close cabinetry—flowing into a generous dining room with sliding doors to your backyard oasis, complete with a shade pavilion and a family fire pit area. The main floor also includes a spacious family room and powder room. The upper level features four spacious bedrooms and a beautifully updated 4-piece bath. The lower level is ideal for multi-generational living or guests, with two additional bedrooms, a rec room, gym space, updated bathroom, and organized storage. The entire lot has been meticulously landscaped with a wide variety of low maintenance perennials that add pops of colour in all seasons. Updates you’ll appreciate: Roof (2024) New front windows (2022) Backyard concrete patio (2022) Central Vac Newer mechanicals A true sanctuary within the city—this home is a must-see for those who value luxury, space, and connection to the outdoors. (id:39198)

3 days

On Market

Single Family

Property Type

$6,018 / Year

Est. Taxes

House

Style

-

Garage

Finished, Full

Basement

Location & Areas