Event and Time
Event Description
The case concerns a development application (DA/2021/304) for the substantial demolition of an existing building and the construction of an 18-storey boarding house with ground floor retail and associated facilities located at 93-105 Quay Street, Haymarket, NSW. The case was remitted for re-examination based on an earlier decision by Duggan J. in The Council of the City of Sydney v EMAG Apartments Pty Limited, which required the consent authority to assess the development against specific criteria, particularly design excellence outlined in the Sydney Local Environmental Plan 2012 (LEP 2012).
Application and Claims
- The appellants sought approval for a new 18-storey boarding house with various amenities.
- The initial concerns from the Council of the City of Sydney focused on the design aspects, particularly whether the development meets the design excellence criteria set forth in LEP 2012, which influences the development's overall height, character, and interactions with the urban environment.
Judicial Decisions
- The Court upheld the appeal, granting development consent, subject to specific conditions outlined in Annexure A.
- It confirmed the findings from the First Judgment regarding the satisfaction of preconditions in the planning instruments and assessed the development against the design excellence criteria.
Dispute Points and Legal Basis
Dispute Points
- Appellant’s Arguments:
- The proposed architectural design meets the standards required under LEP 2012 and contributes positively to the urban landscape. - The development seeks the adaptive reuse of existing structures while improving amenity and integrating sustainable features.
- Respondent’s Arguments:
- The development fails to exhibit design excellence due to the inadequacy of retained structural elements and the integration of new components. - Concerns were raised regarding the usability of communal spaces (e.g., indoor garden viability due to roof cover) and the potential negative impact on aesthetic quality and functionality.