4460 S 2450 ST, Roy, UT 84067
- 5 beds |
- 3 baths |
- 2,250 sqft
Single-Family Home
Built in 1967
9,583sqft lot
—— car garage
$178/sqft
Listed 10 days ago
Property Description
Tucked away in a quiet, low-traffic cul-de-sac, this classic rambler offers the perfect mix of peaceful living with unbeatable convenience-just minutes from Hill AFB and Ogden! Inside, you'll find a thoughtful layout featuring a dedicated primary bathroom, a rare find that brings added comfort to your daily routine. Big-ticket updates are already taken care of with a newer roof (under 2 years old) and a brand-new water heater (under a year old). Bring your favorite design ideas and cosmetic touches to transform this sturdy home into your dream space while building instant equity. Outside, enjoy a spacious, fully usable yard perfect for weekend BBQs, gardening, or relaxing evenings. Homes in quiet circles like this don't last long-schedule your tour today!
- Listing Status:
- Active
- Date Added:
- November 4, 2026
- Data Last Updated:
- November 15, 2026 at 12:41AM
- Listing Office:
- Revolution Real Estate LC : 801-915-1132
- Listing Agent:
- John M. Roberts : 801-810-4253
- Contact:
- 801-915-1132
- MLS ID:
- 2194675
- General: Double Pane WindowsPatio: CoveredSliding Glass Doors
- Style: Rambler/Ranch
- Parking: CoveredStorage AboveParking spaces: 5
- Roofing: AsphaltPitched
- Windows: Blinds
- General: Blt./Standing
- Originating MLS: UtahRealEstate.com
- School District: Weber
- County: Weber
- Topography: Cul-de-SacCurb & GutterFenced: FullSprinkler: Auto-Full
- Landscaping: Landscaping: FullMature TreesVegetable Garden
- Zoning: Single-Family08-081-0016
- Current Use: Single Family
- Utilities: Natural Gas ConnectedElectricity ConnectedSewer ConnectedSewer: PublicWater Connected
- Water: CulinarySecondary
- Sewer: Sewer: ConnectedSewer: Public
- Source: UtahRealEstate.com
This listing courtesy of John M. Roberts , Revolution Real Estate LC
Monthly Payment
- Principal & Interest $
- Property Taxes $
- Home Insurance $
- VA Funding Fee $






