785 OAKLEAF PLANTATION, Orange Park, Florida 32065 MLS 2104539

785 OAKLEAF PLANTATION, Orange Park, Florida 32065

QR Code
Property Description

LOWEST PRICE, BEST FIND in the Preserve! Ground floor condo in the heart of Oakleaf! Priced to sell and move-in ready! This home features a spacious open floorplan, recent upgrades including updated tile and lighting, and a screened back patio perfect for relaxing. Washer & Dryer included! Enjoy access to both Oakleaf amenity centers with pools, fitness, parks, and more. Conveniently located near top-rated schools, shopping centers, dining, and the First Coast Expressway for an easy commute. A fantastic opportunity to own in one of the area’s most desirable communities!

Features
Heating System:
Central, Electric
Cooling System:
Central Air, Electric
Interior Amenities:
Breakfast Bar,Ceiling Fan(s),Entrance Foyer,Pantry,Primary Bathroom - Tub with Shower,Split Bedrooms,Walk-In Closet(s)
Patio And Porch Features:
Rear Porch, Screened
Road Surface Type:
Asphalt
Appliances
Major Appliances:
Dishwasher,Dryer,Electric Oven,Electric Range,Electric Water Heater,Freezer,Microwave,Refrigerator,Washer
Address Map
Country:
US
State:
FL
County:
Clay
City:
Orange Park
Subdivision Name:
The Preserve At Oakleaf Plantation
Zipcode:
32065
Street:
OAKLEAF PLANTATION
Street Number:
785
Street Suffix:
Parkway
Longitude:
W82° 9' 0.7''
Latitude:
N30° 10' 18.2''
MLSAreaMajor:
139-Oakleaf/Orange Park/NW Clay County
MLS Information
Timestamp:
02-09-2024 00:31:53
Status:
Active
Status Change Date:
08-19-2025
Unit #:
1413
Elementary School:
Plantation Oaks
High School:
Oakleaf High School
New Construction Y/N:
N
Stories:
3
Listing provided courtesy of :
BERKSHIRE HATHAWAY HOMESERVICES FLORIDA NETWORK REALTY
Association Y/N:
1
Residential For sale
MLS #:
2104539
Bedrooms:
3
Bathrooms:
2
Square Footage:
1,521 Sqft
$184,000
Agent info
Mike Schwiebert, REALTOR ®
INI Realty
3603 Cardinal Point Drive. Jacksonville, FL 32257
May I Schedule a Tour?
Mortgage Calculator
$
$ %
years
%
$ %per year
$ %per year

$