D.R. Horton · Quick Move-In
4995 Thalley Creek Drive
Bellview plan at Thalley Creek Estates · Cumming, GA
$614,990
4 Beds3.0 Baths3,080 Sq Ft2 Car Garage2 Stories
availableAbout this home
This Bellview plan spec home at 4995 Thalley Creek Drive offers 4 bedrooms and 3 bathrooms across 3,080 sq ft in Thalley Creek Estates, Cumming. Features an open-concept main level with kitchen island and upper-level primary suite.
Features
- •4 bedrooms, 3 bathrooms
- •3,080 sq ft
- •Open kitchen with island
- •Upper-level primary suite
- •2-car garage
- •Home Is Connected smart home package
Monthly payment estimator
Estimated all-in monthly cost. Excludes special tax districts, flood insurance, and earthquake riders.
Estimated total monthly
$4,970 /mo
- Principal & interest
- $3,789
- Property tax
- $436
- Insurance
- $205
- HOA
- $175
- PMI
- $365
Down: $30,750Loan: $584,241
Builder-preferred lender programs often include rate buy-downs, closing-cost credits, or extended rate-lock options on new construction. Ask about current incentives →
Built on the Bellview plan
This home is built on the Bellview floor plan. See floor plan details →
About the community
This quick move-in is at Thalley Creek Estates in Cumming, GA, a D.R. Horton community. See community details + all available homes →
Thalley Creek Estates is a D.R. Horton single-family community in Cumming, Forsyth County GA, off Thalley Creek Drive. Homes run from 3,073 to 4,301 sq ft with 4–5 bedrooms and are zoned for Forsyth County Schools including Sawnee Elementary, Otwell Middle, and Forsyth Central High. The community features sidewalk-lined streets and walking trails near Sawnee Mountain Preserve and Lake Lanier.
Walking TrailsSidewalks
Green: Home Is Connected Smart Home
Neighborhood
What's nearby
Grocery stores
- Publix Super Market
Request a tour
Community location & sales center
Thalley Creek Estates
D.R. Horton
4960 Thalley Creek Dr, Cumming, GA, 30040
June
Pick a day to open the booking form.
QA · opt-in toggles
Toggle to inspect each surface. Hide buttons on the surfaces themselves do the same thing.
