MYSPACE and CPG are proud to present 16–18 Harp Street, Campsie — a landmark new industrial estate by DEWCORP offering a premium collection of architecturally designed warehouse, showroom, and storage units. Combining innovation, practicality, and long-term investment value, this estate is positioned in the heart of Campsie’s industrial precinct with fast access to Kingsgrove Road and Canterbury Road.

Key Features - Industrial units Lots 1-11
✅ Building Areas from 232-591 m²*
✅ Brand-new showroom and warehouse units
✅ Integrated concrete mezzanine offices with air-conditioning and natural light
✅ High-clearance warehousing
✅ E4 General Industrial zoning
✅ Durable concrete construction with sleek modern design
✅ 24/7 gated access and CCTV security
✅ NBN-ready high-speed connectivity to every unit
✅ Automated roller doors for easy access
✅ Vehicle and truck access to both levels
✅ Ample on-site parking and manoeuvring space

Key Features - Storage units Lot 12-34
✅ Building Areas from 11-28m²*
✅ Brand-new storage units
✅ Automated roller doors for easy access
✅ 24/7 gated access and CCTV security
✅ Vehicle access to unit for ease of loading

Whether you’re an owner-occupier wanting to secure a premium facility in one of Sydney’s key logistics corridors, or an investor chasing a low-maintenance asset with strong rental demand and exceptional long-term depreciation advantages, 16–18 Harp Street delivers the perfect blend of performance, versatility and future growth.

Location Highlights
📍1.5 km From Belmore Station
📍Minutes from the M5 & M8 Motorways
📍27mins* to Sydney CBD
📍Opposite Clempton Park Villages

📅 On-site appointments available

📞 For plans, pricing, and availability, contact the exclusive agents:
Rob McLaurin - 0425 303 741
Arthur Mihail - 0499 767 745
Mitch Owen - 0401 451 889
Ben Panayotopoulos - 0430 140 683

* Approximate sizing, distances and amounts have been applied.

* Unless this document expressly states otherwise, all consideration to be provided under this document is exclusive of GST.

*Sizes and Dimensions are Approximate.