Smith Douglas Homes · Quick Move-In
441 Fair Oak Lane
The Colby plan at Fair Oak · Calhoun, GA
$254,900
3 Beds2.0 Baths1,137 Sq Ft1 Car Garage1 Story
availableAbout this home
Quick move-in Colby plan at 1,137 sq ft on a Fair Oak home site. Single-story ranch with 3 bedrooms, 2 baths, and a one-car garage, including builder-selected interior finishes.
Features
- •Quick move-in
- •Single-story ranch
- •3 bedrooms, 2 baths
- •Primary bedroom on main
- •One-car garage
- •Open kitchen and family room
- •Builder-selected interior package
- •Covered front porch
Monthly payment estimator
Estimated all-in monthly cost. Excludes special tax districts, flood insurance, and earthquake riders.
Estimated total monthly
$2,162 /mo
- Principal & interest
- $1,571
- Property tax
- $181
- Insurance
- $85
- HOA
- $175
- PMI
- $151
Down: $12,745Loan: $242,155
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 The Colby plan
This home is built on the The Colby floor plan. See floor plan details →
About the community
This quick move-in is at Fair Oak in Calhoun, GA, a Smith Douglas Homes community. See community details + all available homes →
Fair Oak is a Smith Douglas Homes single-family community in Calhoun, Gordon County GA, about 2 miles southwest of downtown Calhoun and just off I-75. The community is planned for 144 entry-level ranch and two-story homes from 1,137 to 2,231 sq ft with two and three bedrooms. The Buford II designer model is open on site.
Neighborhood
What's nearby
Grocery stores
- Food City2.3 mi
- Kroger3.0 mi
- Walmart Supercenter2.6 mi
Request a tour
Community location & sales center
Fair Oak
Smith Douglas Homes
105 Fair Oak Lane, Calhoun, GA, 30701
Hours
- mon
- 10AM-6PM
- tue
- 10AM-6PM
- wed
- 12PM-6PM
- thu
- 10AM-6PM
- fri
- 10AM-6PM
- sat
- 10AM-6PM
- sun
- 12PM-6PM
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.
