Type: Condo Townhouse
Style: 2-Storey
Size: 1800-1999 Sq Ft
Age: Years
Maintenance: $0
Pets: Restrict
Taxes: $0 (0)
Updated: 2024-08-07
Discover Your New Home in Glen Abbey. Welcome to this charming end-unit townhouse with 3 beds and 3 baths, where space and comfort come together beautifully. Move-In Ready. Modern finishes throughout, including a renovated kitchen with heated floor, stainless steel appliances, upgraded bathrooms, and beautiful flooring. The open-concept living and dining area with pantry storage is great for entertaining, with laminated floors, pot lights, an open balcony, an
Conveniently located near the Glen Abbey Recreation Centre, transit, shopping, Glen Abbey Golf Course, the QEW, hospital, and picturesque trails.
Status: Lease
MLS #: W9242713
Price: $3,600
Address: 15-1540 Reeves Gate
Type: Condo Townhouse
Style: 2-Storey
Size: 1800-1999 Sq Ft
Age: Years
Taxes: $0
Tax Year: 0
Maintenance: $0
Pets: Restrict
Neighbourhood: Glen Abbey
Nearest Intersection: Upper Middle Road &
City: Oakville
Postal Code: L6M 3J4
DOM: 205 Days
Last Update: 2024-08-07
Bedrooms: 3
Bathrooms: 3
Rooms: 9
Kitchens: 1
Balcony: Open
Exposure: Ne
Ensuite Laundry:
Family Room: Y
Fireplace: Y
Basement: Fin W/O,
Central Vacuum:
Exterior: Brick, Vinyl Siding
Garage: Attached
Parking Spaces: 1
Locker: None
Bbqs Allowed
Visitor Parking
Condo Corporation: HCC
Corporation Number: 254
Heat Type: Forced Air
Heat Source: Gas
Air Conditioning: Central Air
Condo Taxes Included:
Building Insurance Included: Y
Cable TV Included:
Central A/C Included:
Common Elements Included: Y
Heat Included:
Hydro Included:
Parking Included: Y
Water Included:
Hospital
Library
Park
Public Transit
Rec Centre
School
Living
Main
7 x 5
Fireplace
Dining
Main
3 x 3
Balcony
Kitchen
Main
3 x 3
Heated Floor, B/I Appliances
Bathroom
Main
2 x 1
2 Pc Bath
Prim Bdrm
2nd
5 x 4
3 Pc Ensuite
2nd Br
2nd
4 x 3
Laminate
3rd Br
2nd
3 x 4
Laminate
Bathroom
2nd
2 x 3
3 Pc Ensuite
Bathroom
2nd
2 x 3
3 Pc Bath
Rec
Bsmt
7 x 5
W/O To Deck, French Doors, Access To Garage
Laundry
Bsmt
0 x 0