136 Gilmore Road Queanbeyan NSW 2620

Colliers are delighted to present adjoining industrial assets for sale. The properties are offered as part of an entire portfolio sale, or can be purchased individually via an Expressions of Interest (EOI) campaign, closing Friday 7th of June 2024 at 4pm AEST.

Representing a unique opportunity to acquire 4 individually titled sites all adjacent to another with a combined site area of ~3,036m² and a Gross Floor Area (GFA) of circa 1,059m². The properties included in the portfolio are:

+ 136 Gilmore Road, Queanbeyan NSW 2620 728m² site with ~662m² of GFA.
+ 138 Gilmore Road, Queanbeyan NSW 2620 828m² site with ~247m² GFA.
+ 30 John Bull Street, Queanbeyan NSW 2620 740m² site with ~100m² GFA.
+ 32 John Bull Street, Queanbeyan NSW 2620 740m² site with ~50m² GFA.

These four sites offer an incoming purchaser existing accommodation to occupy or lease out for immediate income generation, and two highly undeveloped rear lots for development upside, GFA expansion or rear yard storage space.

The site was previously utilised by a local joinery business and is still setup for a new trade to come-in and commence occupation with little-to-no downtime.

The two sites on Gilmore Road feature E4: General Industrial zoning which is the standard NSW industrial zoning allowing a multitude of high yield uses. The two rear parcels on John Bull Street offer E3: Productivity Support which includes majority of E4 uses but also includes highly attractive land uses including: Office premises; Hardware and building supplies; Hotel or motel accommodation; Centre-based childcare facilities.

Queanbeyan offers end-users a highly pivotal location with proximate access to Fyshwick, Hume, Queanbeyan CBD & Canberra airport along with the majority of the ACT population all within a 20-minute drive radius. The precinct is historically tightly held with minimal opportunities of this scale arising in recent times.

For further information or a copy of the information memorandum, please contact the Colliers exclusive agents today.