10 College Ave, Montclair Twp., NJ 07043
- 3 beds |
- 1 bath
Single-Family Home
Built in 1948
—— sqft lot
1 car garage
$——/sqft
Listed 7 days ago
Property Description
Impeccably maintained, this pristine 3 bedroom Colonial in Upper Montclair offers timeless charm and modern living, just moments from the Montclair Heights train station. Inside, a sunny living room with a cozy wood-burning fireplace flows seamlessly into the dining room and charming screened porch. The updated kitchen features stainless steel appliances, plenty of cabinets and Caesarstone countertops. A convenient powder room finishes this level. The second floor offers a spacious primary bedroom with generous closet space and access to a walk-up unfinished attic for extensive storage, along with two additional bedrooms and a full hall bath. The basement provides a versatile finished family room, laundry, and extra storage. Central air. Immaculate hardwood floors. Upgrades include repointed and relined chimney, newer driveway, sidewalk, and garage door.Outside, the very private fenced backyard oasis features perennial gardens, a patio, and a shed. Located across from Bradford Elementary School and playground, and close to Montclair State University, Mills Reservation, Presby Iris Gardens, the town pool and Montclair's most popular sledding hill. Just unpack and move right in!
- Listing Status:
- Active
- Date Added:
- July 23, 2026
- Data Last Updated:
- July 29, 2026 at 1:41AM
- Listing Office:
- KELLER WILLIAMS - NJ METRO GROUP : 973-783-7400
- MLS ID:
- 4042347
- General: Aluminum SidingCurbsPatioFencPrivSidewalkStorageFencVnyl
- Style: Colonial
- Parking: Parking spaces: 2
- Roofing: Asphalt Shingle
- County: Essex
- Driveway: 1 Car WidthBlacktop
- Zoning: 1613-01001-0000-00005-0000-
- Utilities: ElectricGas-Natural
- Water: Public WaterWater Charge Extra
- Sewer: Public SewerSewer Charge Extra
This listing courtesy of KELLER WILLIAMS - NJ METRO GROUP
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $






