50 Sister Haultain Avenue, Bardia NSW 2565
50 Sister Haultain Avenue, Bardia NSW 2565
4-bed, 3-bath house | 201m² lot with 48% coverage | Bushfire overlay present | FTTP NBN & 5G coverage
This house presents a competitively sized family offering in Bardia, with its four-bedroom, three-bathroom configuration and dual living areas providing a practical layout that exceeds typical local stock. The inclusion of solar panels, air conditioning, and full fencing delivers immediate cost savings and privacy, positioning it well for owner-occupiers seeking move-in readiness. Its prime catchment for Bardia Public School, just 300 metres away, solidly targets the family buyer segment, while the reliable fibre internet supports modern work-from-home needs.
The confirmed bushfire overlay imposes specific insurance premiums and potential future compliance costs, a direct financial risk that must be quantified. Discrepancies in reported garage spaces require immediate clarification during inspection. Given the wide variance in automated valuations, a precise, evidence-based assessment of its true market price is essential before auction. This property is best held as a long-term family home, where its functional layout and school proximity will sustain demand. Our tailored report would definitively resolve its real market valuation and provide a detailed checklist for locality-specific risks, including bushfire insurance implications.
Detailed Independent Property Report prepared by PropCred Analyst team for 50 Sister Haultain Avenue, Bardia NSW 2565
Market Insight:
Bardia is a high-growth, family-oriented suburb driven by young professional households. Demand is anchored by its youthful demographic, with a significant concentration of couples with children seeking established family homes. The market demonstrates robust capital appreciation and strong rental growth, reflecting sustained buyer competition. Future performance is underpinned by this demographic profile, though its rapid price escalation warrants monitoring for affordability pressures.