3307 Sweetwater Blvd.
Murrells Inlet, S.C., 29576

Status: Active    On Market: 59    MLS#: 2226196
$215,000
3307 Sweetwater Blvd., Murrells Inlet, S.C., 29576

Property Description

Welcome to this fully furnished 3 bedroom 2 bathroom located in the highly sought after community, Sweetwater at Indian Wells. This unit features a spacious open floor plan of the main living areas with updated flooring and well-coordinated furnishings throughout, making it feel very clean and spacious. The kitchen is equipped with all appliances, all updated high end cabinets with granite countertops, and a breakfast bar connecting into the living and dining areas. Each bedroom includes a ceiling fan, plenty of closet space, and easy access to a bathroom, while the master also includes a large walk in closet and private master bath with a linen closet. A washer and dryer in the unit add ease and convenience for rentals or everyday living! Enjoy afternoons relaxing on your screened-in balcony overlooking the pool, or at the outdoor community pool and tennis courts within Sweetwater. Perfectly located just minutes from the beach, schools, grocery, and all of the famous dining of Murrells Inlet's Marsh Walk, golf courses, Garden City Pier, and more! You won't want to miss this. Schedule your showing today!

Key Details

  • $215,000
  • 3
    Bedrooms
  • 2.0
    Bathrooms
  • 0
    Acres
  • 0
    Heated Sq. Ft.
  • 0
    Total Sq. Ft.
  • Neighborhood:
  • Type: Condo/townhouse
  • Built: 1994
  • County: Horry
  • Area: 28B Surfside Area-Glensbay to GC Connector

Schools

  • Elementary School : Seaside elementary school
  • Middle School : Saint james middle school
  • High School : Saint james high school

Showing Agent

Property Features

  • Property Type: Condo

Property Map

Inquire about this property

  • This field is for validation purposes and should be left unchanged.

Showing Agent

  • Listing Agent: The Mills Group
  • Listing Office: Century 21 Barefoot Realty

Mortgage Calculator

$
$ %
years
%
$ %per year
$ %per year

$