Home

Properties at The Real Estate Blvd ®

Property Description

Experience the perfect blend of comfort and serenity in this stunning waterfront property, featuring a breathtaking lake view and an abundance of natural light. The split floor plan offers both privacy and functionality, with tile flooring throughout for a seamless flow. Enjoy peace of mind with a newer roof (2023) and newer A/C (2017). Sitting on an oversized lot, this home boasts an open-concept design, perfect for entertaining. Plus, a generator receptacle (installed in 2023) ensures you’re always prepared. Located in the sought after 24-hour guard-gated community, Bonita Lakes, you’ll have access to a clubhouse, pool, tennis courts, and gym. Conveniently close to restaurants, shopping, parks and major highways. An opportunity you don’t want to miss!

Features
Central
Central Air
Fenced
Lake
Dishwasher, Disposal, Microwave, Refrigerator, Electric Water Heater, Electric Range
Pool, Clubhouse, Exercise Room, Additional Amenities, Tennis Court(s)
Ceramic Floor
2
First Floor Entry, No Additional Rooms
Less Than 1/4 Acre Lot
Driveway
Curved/s-tile Roof
Public Sewer
Lake, Lake Access, Wf/no Ocean Access
Address Map
FL
Miami-Dade County
Miami
33186
12239 SW 140th St
0
W81° 36' 30.7''
N25° 38' 16.7''
South
FOUR LAKES SEC 5
Additional Info
RE/MAX Advance Realty II
Drusso Calenzani
Detached, One Story
$220
Monthly
0
3308866
ADVA01
Conventional, All Cash
House
$9,125
2024
Municipal Water
0101
02/11/2025 15:46:14
$0

12239 SW 140th St, Miami, Florida 33186

12239 SW 140th St, Miami, Florida 33186

3 Bedrooms
2 Bathrooms
1,978 Sqft
$690,000
Listing ID #A11740979
Basic Details
Property Type : Residential
Listing Type : For Sale
Listing ID : A11740979
Price : $690,000
Bedrooms : 3
Bathrooms : 2
Square Footage : 1,978 Sqft
Year Built : 2000
Lot Area : 8,088 Sqft
Standard Status : Active
Bathrooms Total : 2
Building Area : 2,542 Sqft
MLS Status : Active
Property Type : Single Family Residence
Contact Agent
Mortgage Calculator
$
$ %
years
%
$ %per year
$ %per year

$