Venue

Druitt Landing


Where
Druitt Landing
Adjacent to Wheat Road
Darling Harbour
Get directions
Map, showing Druitt Landing

Druitt Landing is situated in the south-eastern corner of Cockle Bay in Darling Harbour adjacent to Wheat Road.

The Druitt Landing site provides pedestrian entry into Darling Harbour from Druitt Street.

The site is well suited to sampling, activations and filming & photography.

The site can provide a cityscape or water backdrop for your activity in a main pedestrian thoroughfare. 

Application and booking information

Appropriate use
  • Photography Photography
  • Product sampling Public product displays Product sampling Public product displays
  • Commercial promotions Promotional activity Commercial promotions Promotional activity
  • Activations Activations
  • Events Events
  • Filming Filming
  • Pedestrian access to Druitt Steps
  • Maintaining public access
  • Limited vehicle access
  • Limited power
  • Surface
    Surface

    Paved

  • Toilets
    Toilets

    Cockle Bay Wharf building and under Pyrmont Bridge (including accessible toilets)

  • Pedestrian access
    Pedestrian access

    Via Druitt Street steps, Iron Wharf Place, Bathurst Street pedestrian bridge, and Darling Harbour Promenade
    Lift access: Druitt Street

  • Vehicle access
    Vehicle access

    Via Wheat Road and Cockle Bay Promenades

  • Parking
    Parking

    Darling Quarter car park, Harbourside car park (access from Murray Street, Pyrmont) and the ICC Sydney car park

  • Power
    Power

    10 amp single phase and 32 amp three phase (5 pin Wilco outlet) from adjacent overpass pylon

  • Water
    Water

    None 

In addition to general standards/criteria, the proposed event must:

  • Not obstruct pedestrian access – continuous public access along the Cockle Bay pedestrian waterfront promenade is to be maintained
  • Maintain at least 1.5 metre set back off Druitt Street steps, hoarding and furniture at all times
  • Consult with PMNSW before any vehicle movements on timber decking areas due to weight loading restrictions.