Home

Properties at The Real Estate Blvd ®

Property Description

NEW CONSTRUCTION of an addition. Created for the casual Florida lifestyle, the house was designed surrounding a central courtyard pool making the pool into a centerpiece. Open concept generous living area integrated to a kitchen with a 4th bedroom or den .Generous two bedrooms (14”x12”)with walk in closets .The MASSIVE PRIMARY SUITE , (17’6”x 23′ 6) features walk in closet and spa bath with a soaking free standing tub and shower in a separated wet area, and toilet closet with linen closet. The house also has a dedicated laundry. All impact rated window, security cameras, circular pavered access & driveway ,custom Italian design cabinetry, SS appliances, and more .Located in Poinsettia Heights, this home is convenient close to shopping, dining, beaches & downtown.

Features
In Ground
Electric
Central Air, Electric
Fenced
Garden
Unfurnished
Dishwasher, Disposal, Dryer, Microwave, Refrigerator, Electric Water Heater
Public Road
High Impact Doors
Lighting
Other
1
Walk-in Closet(s), Other, First Floor Entry, Cooking Island
Less Than 1/4 Acre Lot
Circular Driveway
Flat Tile
Public Sewer
Address Map
FL
Broward County
Fort Lauderdale
33305
1616 NE 17th Ter
0
W81° 52' 29.9''
N26° 8' 55.3''
West
PROGRESSO
Additional Info
Global Luxury Realty LLC
Andrea Bottelli
One Story, Attached
79
3142750
BGAR01
Conventional, All Cash
1
New Construction
Pool Only, House
$6,521
2019
Municipal Water
r1
12/28/2021 20:21:29
FLL3292578
$0

1616 NE 17th Ter, Fort Lauderdale, Florida 33305

1616 NE 17th Ter, Fort Lauderdale, Florida 33305

4 Bedrooms
3 Bathrooms
2,598 Sqft
$1,398,000
Listing ID #A11140450
Basic Details
Property Type : Residential
Listing Type : For Sale
Listing ID : A11140450
Price : $1,398,000
Bedrooms : 4
Bathrooms : 3
Square Footage : 2,598 Sqft
Year Built : 1953
Lot Area : 8,382 Sqft
Bathrooms Total : 3
Building Area : 3,040 Sqft
MLS Status : Closed
Property Type : Single Family Residence
Contact Agent
Mortgage Calculator
$
$ %
years
%
$ %per year
$ %per year

$