Property Details: • Type: House

• Bedrooms: 4 • Bathrooms: 2

Description: This double storey home is in a prime location, located in the family friendly suburb of Leopold, with a park located just metres away at the end of the street! Close to all major amenities such as supermarkets and a shopping centre, within easy walking distance of Leopold Primary School. Public transport is also readily accessible, while the Bellarine Rail Trail is on your doorstep. The Master Bedroom is located upstairs which offers a parent's retreat, consisting of a spacious master bedroom, en-suite with shower, basin and toilet and walk in robe. An open plan light filled kitchen with modern appliances and a walk in pantry, spacious living and multi-function dining area are also located on the top level of this well presented home. Downstairs consists of a further 3 bedrooms, 2 with built in robes and 1 with a walk in robe. A main modern bathroom and separate toilet plus an additional living area makes this the perfect spot for the kids! This property also features a balcony leading from the family room, a large generously sized back yard, secure parking in a double garage and well maintained front yard area. Please note: All rental payments will be a fortnightly amount of $1200.00. One Month's Bond will also be required to secure the property - $2607.00. To view all available rental properties with Whitford, please go to www.whitfordproperty.com.au All information offered by Whitford is provided in good faith. It is derived from sources believed to be accurate and current as at the date of publication and as such Whitford merely do no more than pass the information on. Use of such material is at your sole risk. Whitford does not have any belief one way or the other as to whether the information is accurate and prospective purchasers are advised to make their own enquiries with respect to the information that is passed on. Whitford will not be liable for any loss resulting from any action or decision by you in reliance on the information from Whitford.