4 Barker Street, Cambridge Park NSW 2747
4 Barker Street, Cambridge Park NSW 2747
Large 923mยฒ block | 3-bed, 1-bath, 4-car house | R2 low-density zoning | Low yield at 2.91% | Family or value-add buyer fit
This detached house sits on a 923mยฒ lot that is substantially larger than typical suburban blocks in Cambridge Park, offering a rare landholding for the area. Its three-bedroom, one-bathroom configuration with four car spaces reflects an older, modest family profile, while the R2 low-density residential zoning and large parcel size suggest future potential subject to council approval. The property is best suited to owner-occupiers or value-add buyers seeking land bank or renovation opportunity, supported by local public school catchment access and an established suburban setting without detected flood or bushfire overlays.
Value may be influenced by the house’s modest internal area of 116mยฒ and single bathroom, which could limit immediate appeal compared to renovated or larger stock. The estimated rental yield of 2.91% signals low gross return relative to capital value, and the absence of confirmed building age or finish quality means renovation costs should be weighed when forming a view on price. Buyers may also consider the property’s recent sale history as a reference point for current market positioning.
Detailed Independent Property Report preparedย by PropCred Analyst team forย 4 Barker Street, Cambridge Park NSW 2747
Market Insight:
Cambridge Park is a well-established Western Sydney suburb with strong transport links and family-friendly amenities, positioning it as a balanced residential market. Demand is driven by a diverse mix of families, first-home buyers, and investors, attracted by its accessibility and range of housing options. Recent price trends indicate robust and sustained growth, with the market currently reflecting stability near its long-term trend. Future values are underpinned by its core fundamentals of location and infrastructure, presenting a balanced environment with typical market sensitivities.