CBRE, as the exclusive sales agent, is pleased to present 30 School Parade, Marrickville – offered to the market for the first time in 50 years.
Presented as a six unit apartment block in one of Sydney’s most sought after Inner West precincts, this property offers an outstanding opportunity to secure a stable, income generating asset in a market poised for future growth.
The property benefits from the following key attributes:
– Robust, well-maintained apartment block comprising 4 x 2-bedroom and 2 x 1-bedroom apartments with an accompanying garage.
– 480sqm* land area, 410sqm* internal area with flexible R1 General residential zoning across 45.5m* of street frontage
– Flexibility for purchaser to revert rents, refurbish, redevelop or strata-title and sell down (STCA).
– Uplift in planning controls through the application of the Transport Oriented Development program allowing for a potential 2.5:1 FSR and 22m height limit (STCA).
– Unrivalled accessibility – just a 3-minute* walk to Dulwich Hill Metro Station, light rail & shops.
– Within proximity of the entry point to “Greenway’ – a brand new 6km* environmental, walking and cycling corridor linking the Cooks River at Earlwood with the Parramatta River at Iron Cove and the Bay Run.
– Highly desirable setting surrounded by a plethora of schools, lavish parks, waterfront walking tracks and neighbourhood amenities creating a village-like ambience ideal for students, professionals and young families.
– Strategically positioned amongst the Sydenham to Bankstown Urban Renewal Corridor, Sydney Metro City & Southwest expansion, and the recent redevelopment of Marrickville Metro, allowing the property to capitalise on future growth prospects.
– Exceptional investment opportunity in a highly tenanted area, with a vacancy rate of 1.0%^ (November 2025), underwriting Marrickville’s strong rental demand.
For Sale by On-Site Auction Saturday, 28th February 2026.
For more information or to request access to the due diligence room, please contact the exclusive sales agents.
Approximate*
^Sourced from SQM Research