68/3 Amie Court, Springwood QLD 4127
68/3 Amie Court, Springwood QLD 4127
2 bed | 1 bath | parking inconsistent | 87 sqm | built 1985 | school catchment
This townhouse is competitively positioned within Springwood’s established townhouse market, offering a low-maintenance, move-in-ready configuration that appeals strongly to first-home buyers and downsizers. Its 87 sqm internal size is typical for an older build but is presented as immaculate, and the location within school catchments for Springwood Road State School and Springwood State High School adds a layer of demand stability that is often sought in this suburb. The property’s place in a 1.81 ha complex suggests shared grounds and a strata-style setting, which may suit those wanting a lock-and-leave lifestyle without the upkeep of a detached house.
The unresolved parking discrepancy between one and two spaces may materially affect the property’s value, as parking is a key differentiator in this market and a single space could limit appeal for some buyers. The 1985 construction date may imply original finishes that are not fully verified, so the condition of the kitchen, bathroom, and flooring should be inspected closely to confirm the “immaculate” claim. Without confirmed aspect or floor level, the unit’s natural light and privacy cannot be assumed, and these factors could influence how it compares to similar townhouses in the complex.
Detailed Independent Property Report prepared by PropCred Analyst team for 68/3 Amie Court, Springwood QLD 4127
Checks found:
Value Risk
✕
2
Liquidity Risk
✕
2
Planning Risk
✕
2
Income Risk
✓
Execution Risk
✕
2
Insight: Springwood QLD 4127
Springwood is a well-connected suburb attracting a professional demographic, with demand driven by young families and established households. The market exhibits robust growth across both houses and units, supported by strong rental increases and moderate sales activity. Future prospects are underpinned by ongoing infrastructure development, though affordability pressures and supply fluctuations present notable constraints to sustained momentum.