WORKS & EVENTS

Multipurpose Stadium preparatory works – activity on site

1. Dilapidation Survey Works

Dilapidation surveys have been conducted on properties and infrastructure within 100 metres of the Macquarie Point precinct prior to Stage 1 – Bulk Earthworks construction commencing early in Q4 2026.

A dilapidation survey is an independent existing condition assessment that documents the existing state of nearby buildings, structures, and infrastructure. These surveys serve to protect both building owners, tenants, the community and the Macquarie Point Corporation by establishing a clear baseline record before Stage 1 – Bulk Earthworks begin.

Expected impact and management in place:

We are engaging directly with owners and managers of sites and infrastructure.

No broader impacts are expected.

2. Archaeological works

Archaeological works commenced in July 2026.

Archaeological excavations are a typical preliminary step as part of major development projects. These works target early colonial development associated with the Kings Yard (1804), a place of skilled convict labour. Protocols are also in place for the management of any Aboriginal heritage that may be discovered.

Archaeological works are being carried out Macquarie Point to address permit conditions of the State Policies and Projects (Macquarie Point Precinct) Order 2025.
These works are taking place at the western end of the Macquarie Point site.
Having commenced in July 2026, the survey work is expected to last approximately 12 weeks, working Monday-Friday.
Works involve using machinery to remove the upper layers of fill, before progressing to careful hand excavation.
Any footings, features and artefacts located are carefully recorded before removal. Soil is being stockpiled and managed.
The results of the archaeological excavation will be available for future site interpretation.
Targeted remediation of material is also likely to be undertaken as part of these initial works.
Once completed, more substantive, Stage 1 - Bulk earthworks will get underway across the site.

Expected impact and management in place:

Working Hours
Standard working hours will be in accordance with approved construction hours, typically: Monday to Friday: 7:00am – 6:00pm.

Anticipated Noise, Vibration, Dust
Some noise is anticipated with site establishment, investigation works, and use of related plant and equipment from July 2026. Noise generating activities will be managed to minimise disruption. Site-specific noise controls are implemented to monitor noise, vibration and dust (see below) within established requirements.

Traffic
There may be minor increases in construction vehicle movements to and from the site on Evans Street. Traffic management measures are implemented to maintain safety and minimise disruption. This includes timing deliveries to avoid peak periods where possible, signage and, when required, traffic controllers will be in place for public safety. Access to surrounding roads and properties will continue.

Management and monitoring

Environmental Management

We have developed a Site Environmental Management Plan (SEMP) to guide development on site. The SEMP sets out environmental controls, procedures, and performance requirements to ensure activities are conducted safely, sustainably, and in compliance with regulatory approvals. The SEMP is updated regularly and reviewed by the Environment Protection Authority (EPA)

The SEMP provides a framework to identify and manage environmental risks before and during works, implement appropriate controls and monitoring to minimise impacts, and maintain clear documentation and reporting processes.

This includes the management of water, contaminated soil and incident management.

Noise, Vibration, and Dust Monitoring

We have installed a network of noise, vibration and dust sensors to continuously monitor the site and surrounding areas.

This real-time data allows us to:

monitor noise, vibration and dust levels to ensure adherence to regulations, protecting the community from excessive disturbance.

promptly identify and action any noise, vibration or dust concerns that may arise during construction.

inform future activity informed by the data collected.

minimise potential impacts on nearby neighbours.

Groundwater Monitoring

As part of the remediation and development process at Macquarie Point, groundwater monitoring is undertaken. Monitoring groundwater quality is important to confirm the success of on-site remediation efforts.
Groundwater monitoring is a low impact activity.

Removal of roof test rig netting, scaffolding and turf

BlackCap Construction is starting work this week to remove the netting, scaffolding and turf from the temporary roof test rig at Yard 16, Macquarie Point.

This work is expected to take around two weeks to complete and will be carried out Monday to Friday, between 7am and 5pm.

The roof test rig has been in place since February to assess how the Multipurpose Stadium roof may affect light, shadows and turf conditions.

What to expect

Temporary loss of a small number of car spaces from the Macquarie Point car park.
Intermittent noise from machinery during soil removal.
Use of rock breakers to remove the concrete slab beneath the cricket pitch.

While noise and vibration levels during most activities will be similar to those currently experienced across the Macquarie Point site, concrete removal works are expected to generate temporarily higher temporary noise and vibration levels.

This work is currently expected to be completed on either Friday, 18 September or Monday, 21 September, subject to site and weather conditions. It is expected to occur over approximately half a day and will be timed and managed to minimise impacts to nearby properties.

Noise and vibration monitoring will be undertaken in accordance with the Stadium Project’s Construction Noise and Vibration Management Framework.

The netting and turf will be repurposed, and soil from the test rig will be reused where possible as part of ongoing stadium site works.

Questions?

Email contact@macpoint.com and our team will be happy to assist.